Barriers (technological, financial and institutional) observed among the developing countries
\r\n\tIn sum, the book presents a reflective analysis of the pedagogical hubs for a changing world, considering the most fundamental areas of the current contingencies in education.
",isbn:"978-1-83968-793-8",printIsbn:"978-1-83968-792-1",pdfIsbn:"978-1-83968-794-5",doi:null,price:0,priceEur:0,priceUsd:0,slug:null,numberOfPages:0,isOpenForSubmission:!1,hash:"b01f9136149277b7e4cbc1e52bce78ec",bookSignature:"Dr. María Jose Hernandez-Serrano",publishedDate:null,coverURL:"https://cdn.intechopen.com/books/images_new/10229.jpg",keywords:"Teacher Digital Competences, Flipped Learning, Online Resources Design, Neuroscientific Literacy (Myths), Emotions and Learning, Multisensory Stimulation, Citizen Skills, Violence Prevention, Moral Development, Universal Design for Learning, Sensitizing on Diversity, Supportive Strategies",numberOfDownloads:null,numberOfWosCitations:0,numberOfCrossrefCitations:null,numberOfDimensionsCitations:null,numberOfTotalCitations:null,isAvailableForWebshopOrdering:!0,dateEndFirstStepPublish:"September 14th 2020",dateEndSecondStepPublish:"October 12th 2020",dateEndThirdStepPublish:"December 11th 2020",dateEndFourthStepPublish:"March 1st 2021",dateEndFifthStepPublish:"April 30th 2021",remainingDaysToSecondStep:"3 months",secondStepPassed:!0,currentStepOfPublishingProcess:4,editedByType:null,kuFlag:!1,biosketch:"Dr. Phil. Maria Jose Hernandez Serrano is a tenured lecturer in the Department of Theory and History of Education at the University of Salamanca, where she currently teaches on Teacher Education. She graduated in Social Education (2000) and Psycho-Pedagogy (2003) at the University of Salamanca. Then, she obtained her European Ph.D. in Education and Training in Virtual Environments by research with the University of Manchester, UK (2009).",coeditorOneBiosketch:null,coeditorTwoBiosketch:null,coeditorThreeBiosketch:null,coeditorFourBiosketch:null,coeditorFiveBiosketch:null,editors:[{id:"187893",title:"Dr.",name:"María Jose",middleName:null,surname:"Hernandez-Serrano",slug:"maria-jose-hernandez-serrano",fullName:"María Jose Hernandez-Serrano",profilePictureURL:"https://mts.intechopen.com/storage/users/187893/images/system/187893.jpg",biography:"DPhil Maria Jose Hernandez Serrano is a tenured Lecturer in the Department of Theory and History of Education at the University of Salamanca (Spain), where she currently teaches on Teacher Education. She graduated in Social Education (2000) and Psycho-Pedagogy (2003) at the University of Salamanca. Then, she obtained her European Ph.D. on Education and Training in Virtual Environments by research with the University of Manchester, UK (2009). She obtained a Visiting Scholar Postdoctoral Grant (of the British Academy, UK) at the Oxford Internet Institute of the University of Oxford (2011) and was granted with a postdoctoral research (in 2021) at London Birbeck University.\n \nShe is author of more than 20 research papers, and more than 35 book chapters (H Index 10). She is interested in the study of the educational process and the analysis of cognitive and affective processes in the context of neuroeducation and neurotechnologies, along with the study of social contingencies affecting the educational institutions and requiring new skills for educators.\n\nHer publications are mainly of the educational process mediated by technologies and digital competences. Currently, her new research interests are: the transdisciplinary application of the brain-based research to the educational context and virtual environments, and the neuropedagogical implications of the technologies on the development of the brain in younger students. Also, she is interested in the promotion of creative and critical uses of digital technologies, the emerging uses of social media and transmedia, and the informal learning through technologies.\n\nShe is a member of several research Networks and Scientific Committees in international journals on Educational Technologies and Educommunication, and collaborates as a reviewer in several prestigious journals (see public profile in Publons).\n\nUntil March 2010 she was in charge of the Adult University of Salamanca, by coordinating teaching activities of more than a thousand adult students. She currently is, since 2014, the Secretary of the Department of Theory and History of Education. Since 2015 she collaborates with the Council Educational Program by training teachers and families in the translation of advances from educational neuroscience.",institutionString:"University of Salamanca",position:null,outsideEditionCount:0,totalCites:0,totalAuthoredChapters:"0",totalChapterViews:"0",totalEditedBooks:"0",institution:{name:"University of Salamanca",institutionURL:null,country:{name:"Spain"}}}],coeditorOne:null,coeditorTwo:null,coeditorThree:null,coeditorFour:null,coeditorFive:null,topics:[{id:"23",title:"Social Sciences",slug:"social-sciences"}],chapters:null,productType:{id:"1",title:"Edited Volume",chapterContentType:"chapter",authoredCaption:"Edited by"},personalPublishingAssistant:{id:"301331",firstName:"Mia",lastName:"Vulovic",middleName:null,title:"Mrs.",imageUrl:"https://mts.intechopen.com/storage/users/301331/images/8498_n.jpg",email:"mia.v@intechopen.com",biography:"As an Author Service Manager, my responsibilities include monitoring and facilitating all publishing activities for authors and editors. From chapter submission and review to approval and revision, copyediting and design, until final publication, I work closely with authors and editors to ensure a simple and easy publishing process. I maintain constant and effective communication with authors, editors and reviewers, which allows for a level of personal support that enables contributors to fully commit and concentrate on the chapters they are writing, editing, or reviewing. I assist authors in the preparation of their full chapter submissions and track important deadlines and ensure they are met. I help to coordinate internal processes such as linguistic review, and monitor the technical aspects of the process. As an ASM I am also involved in the acquisition of editors. 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In Cancun in 2010, the parties agreed to organize the Technology Executive Committee (TEC) and the Climate Technology Centre and Network (CTCN) (UNFCCC 2011). The developed countries have committed to provide $100 billion yearly to assist the developing countries in mitigation and adaptation through the Green Climate Fund (UNFCCC 2011).[1] - The scheme of the Fund is currently under discussion at the Transitional Committee for the design of the Green Climate Fund.
This paper consists of two parts. The first part of the paper attempts to show a broad landscape of barriers in technology diffusion in the developing countries by addressing two levels of barriers. The first level is about the barriers that are commonly observed among the developing countries (Section 2.1). The paper classifies these barriers into technological, financial and institutional barriers. The second level is about the barriers that are technology-specific (Section 2.2 and 2.3). Section 2.3 summaries the results of previous case studies that were conducted to uncover technology-specific barriers in diffusing clean energy technologies in Asia. These case studies include both technologies for industrial use such as wind, bio-energy and building energy efficiency and technologies for individual use such as LED (Light Emitting Diode) and Photovoltaic (PV) panels. It also contains technologies at the innovation stage such as Integrated Gasification Combined Cycle (IGCC) and Carbon Capture and Storage (CCS). Section 2.3 presents an analysis of the barriers through a comparison of the results of the case studies.
The second part of the paper explores roles of institutions to overcome identified barriers in diffusing clear energy technologies in Asia (Section 3). It addresses theoretical discussions on functions (or roles) of international and national institutions in technology innovation. It then attempts to match the barriers in technology diffusion identified in Section 2 with the functions of national and international institutions. The results of matching indicate that there are important roles of institutions both at the early and advanced stages of technological development to encourage R&D cooperation from the public site (early stage) and enhance the enabling environment and facilitate finance for the technologies (advanced stage).
Understanding barriers in technology diffusion lead to important lessons in designing policy instruments and institutions for diffusing clean energy technologies in the developing countries. With this understanding, researching about barriers has been part of the tasks under the UNFCCC as well as United Nations Environmental Program (UNEP) (UNFCCC 2011; UNEP Risø Centre on Energy, Climate and Sustainable Development 2011). Painuly indicates that there are several levels to explore and analyze such barriers. Painuly adds that the first level is a broad category of barriers and the lower levels include more detail and specific barriers (Painuly 2001). Section 2.1 illustrates barriers at the first level. Section 2.2 lists case studies that address barriers at a lower level that are more technology specific. Section 2.3 presents an analysis of the barriers through a comparison of the results of the case studies.
The barriers at the first level are the barriers that are commonly observed among the developing countries. There are substantial amounts of research projects that have attempted to identify the barriers at this level including Painuly (2001), OECD/IEA (2001), Painuly and Fenhann (2002) and Raddy and Painuly (2004). Table 1 summaries key barriers identified through these and other research. The barriers are classified into technological, financial and institutional barriers[1] -[1] -:
\n\t\t\t\tBarriers\n\t\t\t | \n\t\t\t\n\t\t\t\tBarriers\n\t\t\t | \n\t\t\t\n\t\t\t\tExplanations\n\t\t\t | \n\t\t\t\n\t\t\t\tSource(s)\n\t\t\t | \n\t\t
Technological | \n\t\t\tLimited capacity to assess, adopt, adapt and absorb technological options | \n\t\t\t• These technologies are primarily targeted at rural areas or poor customers, who have limited capacity to absorb these technologies. There is a general resistance to change, which is magnified due to lack of capacity to understand, adopt and adapt the technologies for greater benefit. The capacity constrains are not only linked to its use but in its production. There is limited manufacturing capacity and as a result not much innovation has taken place. Scale-up of manufacturing and therby reduction in the associated costs has not taken place. (Ravindranath and Balachandra pp.1010) • Technology not freely available in the market, technology developer not willing to transfer technology, problems in import of technology/equipment due to restrictive policies/taxes etc. (Painuly pp.82) | \n\t\t\t(Ravindranath and Balachandra 2009)(Painuly 2001) | \n\t\t
Lack of knowledge of technology operation and management | \n\t\t\t• Lack of knowledge of technology operation and management as well as limited availability of spare parts and maintenance expertise (Doukas et al p.1139) | \n\t\t\t(Doukas et al 2009) (Luken and Rompaey 2008) (OECD/IEA 2001) | \n\t\t|
Lack of skilled personnel/training facilities | \n\t\t\t• This can be a constraint for producers (Painuly p.80) • Lack of experts to train, lack of training facilities, inadequate efforts. (Painuly pp.83) • In China and much of South East Asia, there is a need for technically trained people and people with strong management skills. Where training of local workforce is provided, it should be recognized that Asians tend to learn more effectively by coping, rather than as individuals, when local language is used and with a practical "hands-on" approach. Also the issue of training in intellectual property rights is important. This is a long term issue but will be important for long term changes in attitudes to intellectual property rights in China. (Guerin pp.71) | \n\t\t\t(Painuly 2001) (Usha and Ravindranath 2002) (Jagadeesh 2000) (IPCC 2000) (Guerin 2001) (Worrell et al. 2001) (Flamos et al. 2008) (OECD/IEA 2001) | \n\t\t|
Technological | \n\t\t\tLack of standard and codes and certification | \n\t\t\t• Product quality and product acceptability is affected. (Painuly pp.80) • Lack of institution/initiative to fix standards, lack of capacity, lack of facilities for testing/certification. (Painuly pp.83) • A degree of standardization would improve the penetration of photovoltaics (PVs), it would enable PVs to become more user friendly. (Oliver and Jackson pp.381) • Lack of standardization in system components resulting from the wide range in design features and technical standards, and absence of long-term policy instruments have resulted in manufacturing, servicing and maintenance difficulties of wind turbines. (Jagadeesh pp. 162) | \n\t\t\t(Painuly 2001) (Oliver and Jackson 1999) (IPCC 2000) (Joanna 2007) (Jagadeesh 2000) (OECD/IEA 2001) (Oltz and Beerepoot 2010) | \n\t\t
Financial | \n\t\t\tLack of access to financing | \n\t\t\t• High first costs and investments associated with mass manufacturing remain as barriers. Both the users and the manufactures have very low capital. This problem is further accentuated by the rigid lending procedures that limited access to financing even when financing is available on standard norms. (Ravindranath and Balachandra pp.1010) • Capital costs may go up due to increased risk perception. Adverse effect on competition and efficiency. (Painuly pp.79) • Small and medium scale enterprises (SMEs) above all lack the finances for cleaner technologies, but also contact with larger technology manufacturers and formal information channels. (UNFCCC 2003, p.12) • Limited capital availability will lead to high hurdle rates for energy efficiency investments because capital is used for competing investment priorities...High inflation rates in developing countries and CEITs, lack of suffcient infrastructure increase the risks for domestic and foreign investors and limit the availability of capital (Worrell et al 2001, pp.6-7) • International public finance is no longer going into energy (electricity) infrastructure, which is now seen as of interest to the private sector under the neo-liberal or privatization agenda (Thorne, p.3) | \n\t\t\t(Ravindranath and Balachandra 2009) (Painuly 2001) (UNFCCC 2003) (Worell et al. 2001)(Jagadeesh 2000) (IPCC 2000)(Thorne 2008) | \n\t\t
Financial | \n\t\t\tPotential lack of commercial viability | \n\t\t\t• In general, technology imported from industrialized countries is more efficient but also more expensive than technology manufactured locally, and it therefore requires higher initial investment costs. This is of particular importance for the transfer of environmentally sound technologies. Furthermore, as a result of their typically early commercialization stage, environmentally sound technologies are often considered riskier than existing commercial technologies (Karakosta et al., p.1551) | \n\t\t\t(Karakosta et al, 2010) | \n\t\t
Lack of financial institutions to support renewable energy technologies, lack of instruments | \n\t\t\t• Adverse effect on competition and efficiency. (Painuly pp.79) • Under-developed capital markets, restricted entry to capital markets, instruments unfavorable regulations. (Painuly pp.83) | \n\t\t\t(Painuly 2001) (Jagadeesh 2000) | \n\t\t|
Institutional | \n\t\t\tUncertain governmental policies | \n\t\t\t• Many of the renewable energy technologies in India are still in the development stage. There are no sufficient governmental regulations/ incentives to stimulate the adoption of renewable energy technologies by business and industries. They include: (a) lack of explicit national policy for renewable energy at end-use level; (b) incomplete transition to cost-based electric tariffs for most residential and some industrial customers; (c) poor availability of credit to the purchase of renewable energy technologies in the economy; and (d) lack of application of modern management skills in energy development agencies. (Reddy and Painuly pp.1436) • It creates uncertainty and results in lack of confidence. May also increase cost of project. (Painuly pp.80) • Uncertainty in policies, un-supportive policies, inadequately equipped governmental agency, red tape, lack of governmental faith in RETs, lack of policies to integrate renewable energy technologies products with the global market, inadequately equipped governmental agency to handle the product.(Painuly pp.84) • National trade and investment policies may limit the inflow of foreign capital. This might be a barrier to technology transfer (Worrell et al. 2001, p.7) • Uncertain ownership, lack of intellectual property-rights protection and unclear arbitration procedures. (OECD/IEA p.14) | \n\t\t\t(Redd and Painuly 2004) (Painuly 2001) (Worell et al. 2001) (Schneider and Hoffman 2008) (Doukas et al. 2009) (Karakosta et al. 2010) (OECD/IEA 2001) | \n\t\t
Institutional | \n\t\t\tLack of infrastructure | \n\t\t\t• Problems related to availability of infrastructure such as roads, connectivity to grid, communications, other logistics. (Painuly pp.84) • The places where energy infrastructure has not yet been extended to are, by-and-large, areas where people are poor and unlikely to be able to cover the costs of infrastructure, nor would the users be able to consume sufficient service to make the investment financially feasible alone. Perversely, these are the development niches where many of the immature environmentally sound technologies may already provide least energy cost options. (Thorne pp.3-4) | \n\t\t\t(Painuly 2001) (Thorne 2008) | \n\t\t
Lack of information and awareness | \n\t\t\t• It increases uncertainty, and hence costs. (Painuly pp.79) • Lack/low level of awareness, inadequate information on product, technology, costs, benefits & potential of the renewable energy technologies, O&M costs, financing sources etc. Lack of agencies, or agencies ill equipped to provide information. Also, feedback mechanism may be missing or inadequate. Lack of knowledge/access to renewable energy technologies resource assessment data, implementation requirements. (Painuly pp.82) • It is generally believed that the adoption of renewable energy technologies are often not undertaken as a result of lack of information or knowledge on the part of the customer, or a lack of confidence in obtaining reliable information. Households and small firms and commercial establishments face difficulties in obtaining information on renewable energy technologies compared to the simplicity of buying conventional energy technologies. There is hardly any knowledge (software and/or hardware) about renewable energy technologies that is readily available and easily accessible for the consumers. Under these circumstances, information collection and processing consume time and resources which is difficult for small firms and individual households. (Reddy and Painuly pp.1435) | \n\t\t\t(Kathuria 2002) (IPCC 2000) (Painuly 2001) (Reddy and Painuly 2004) (UNFCCC 2003) (Worrell et al. 2001) (Flamos et al. 2008) (Karakosta et al. 2010) (Luken and Rompaey 2008) (OECD/IEA 2001) | \n\t\t|
Institutional | \n\t\t\tLack of consumer acceptance | \n\t\t\t• Adoption of renewable energy technologies are generally influenced by consumer perceptions of the quality and usefulness of these items when compared to conventional technologies. Renewable energy technologies are often perceived to be used with discomfort or sacrifice rather than as providing equivalent services with less energy and cost. Also, while purchasing a technology, consumers take the advice of their friends rather than obtaining information from the experts and take decisions which may not be economically rationale. (Reddy and Painuly pp.1436-1437) • Unknown product, aesthetic considerations, products lacks appeal, resistance to change, cultural reasons, high discount rates of consumers, inadequate information. (Painuly pp.84) • Many potential users of sustainable energy technologies have no or little experience with their application and the assistance provided in the development of such technologies is insufficient. Moreover, dissemination of EU experience sustainable energy technology implementation to other countries in the world has been limited (Flamos, p.5) | \n\t\t\t(Reddy and Painuly 2004) (Painuly 2001) (Flamos et al. 2008) | \n\t\t
Barriers (technological, financial and institutional) observed among the developing countries
Technological barriers include not only limited access to the international technology market but also limited capacity to assess, adopt, adapt and absorb technological options (Ravindranath and Balachandra 2009; Painuly 2001). As the table indicates, lack of knowledge of technology operation and management as well as lack of skilled personnel/training facilities can be a major barrier for successful diffusion of clean energy technologies (Doukas et al. 2009; Luken and Rompaey 2008; Painuly 2001; Usha and Ravindranath 2002; Jagadeesh 2000; IPCC 2000; Guerin 2001; Worrell et al. 2001; Flamos et al. 2008; OECD and IEA 2001). Lack of standard and codes and certification can be a barrier too since product quality and product acceptability is affected (Painuly 2001).
A lack of financing is a major part of the financial barriers (Ravindranath and Balachandra 2009; Painuly 2001; UNFCCC 2003; Worell et al. 2001; Jagadeesh 2000; IPCC 2000; Thorne 2008). Ravindranath and Balachandra (2009) states that “high first costs and investments associated with mass manufacturing remain as barriers. Both the users and the manufactures have very low capital. This problem is further accentuated by the rigid lending procedures that limited access to financing even when financing is available on standard norms.” At this point, Karakosta et al. (2010) further elaborates that “in general, technology imported from industrialized countries is more efficient but also more expensive than technology manufactured locally, and it therefore requires higher initial investment costs. This is of particular importance for the transfer of environmentally sound technologies.” Lack of financial institutions to support renewable energy technologies as well as lack of financial instruments is also highlighted as part of the financial barriers (Painuly 2001; Jagadeesh 2000).
Institutional barriers include lack of explicit forms of institutions such as goals, policies, regulations and incentive programs as well as lack of implicit form of institutions such as information, awareness, social acceptance, and conditions of the surrounding environment. As for explicit forms of institutions, Painuly (2001) points out uncertainty in policies, un-supportive policies, inadequately equipped governmental agency, red tape, lack of governmental faith in renewable energy technologies, lack of policies to integrate renewable energy technologies products with the global market, inadequately equipped governmental agency to handle the product. Lack of infrastructure is another aspect of institutional barriers, pointed out by Painuly (2001), that is, problems related to availability of infrastructure such as roads, connectivity to grid, communications, and other logistics. As for implicit form of institutions, Painuly (2001) points out lack/low level of awareness, inadequate information on product, technology, costs, benefits and potential of the renewable energy technologies, O&M costs, financing sources. Flamos et al. (2008) addresses lack of customer acceptance as an institutional barrier. It points out that “many potential users of sustainable energy technologies have no or little experience with their application and the assistance provided in the development of such technologies is insufficient” (Flamos et al. 2008).
Section 2.1 addressed barriers that are commonly observed among the developing countries. Section 2.2 illustrates case studies addressing technology-specific barriers.
There are a number of research initiatives that have attempted to identify barriers through the case study approach. The advantage of the case study approach is that it helps to uncover technology-specific barriers, while other studies looking at the developing countries or clean energy as a whole may overlook these barriers. Table 2 lists the case studies that are reviewed in this paper[1] -:
\n\t\t\t | \n\t\t\t\tResearch organization/individuals\n\t\t\t | \n\t\t\t\n\t\t\t\tInformation on each case study\n\t\t\t | \n\t\t\t\n\t\t\t\tSources\n\t\t\t | \n\t\t|
\n\t\t\t | \n\t\t\t | \n\t\t\t\tCountry\n\t\t\t | \n\t\t\t\n\t\t\t\tTechnology\n\t\t\t | \n\t\t\t\n\t\t |
Case study 1 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tWind power | \n\t\t\tOckwell, D., J. Watson et al. (2009) | \n\t\t
Case study 2 | \n\t\t\tSPRU at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tIntegrated Gasification Combined Cycle (IGCC) | \n\t\t\tA: Ockwell, D., J. Watson et al. (2007) B: Ockwell, D., J. Watson et al. (2009) | \n\t\t
Case study 3 | \n\t\t\tSPRU at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tLED (Light Emitting Diode) | \n\t\t\tOckwell, D., J. Watson et al. (2007) | \n\t\t
Case study 4 | \n\t\t\tSPRU at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tBiomass | \n\t\t\tOckwell, D., J. Watson et al. (2007) | \n\t\t
Case study 5 | \n\t\t\tSPRU at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tHybrid vehicles | \n\t\t\tA: Ockwell, D., J. Watson et al. (2007) B: Ockwell, D., J. Watson et al. (2009) | \n\t\t
Case study 6 | \n\t\t\tSPRU at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tPhotovoltaic (PV) panels | \n\t\t\tOckwell, D., J. Watson et al. (2009) | \n\t\t
Case study 7 | \n\t\t\tInternational Institute for Industrial Environmental Economics (IIIEE) at Lund University | \n\t\t\tDeveloping countries | \n\t\t\tCarbon Capture and Storage (CCS) | \n\t\t\tDalhammar, C. et al. (2009) | \n\t\t
Case study 8 | \n\t\t\tIIIEE at Lund University | \n\t\t\tDeveloping countries | \n\t\t\tBuilding energy Efficiency | \n\t\t\tDalhammar, C. et al. (2009) | \n\t\t
Case study 9 | \n\t\t\tUnited Nations Department of Economic and Social Affairs (DESA) | \n\t\t\tChina | \n\t\t\tWind power | \n\t\t\tUnited Nations, DESA | \n\t\t
Case study 10 | \n\t\t\tLewis J. | \n\t\t\tIndia and China | \n\t\t\tWind power | \n\t\t\tA:Lewis, J., (2007a) B:Lewis, J., (2007b) | \n\t\t
Case study 11 | \n\t\t\tMizuno E. (on a publication by UNEP Risø Centre on Energy, Climate and Sustainable Development) | \n\t\t\tIndia | \n\t\t\tWind power | \n\t\t\tMizuno. (2011) | \n\t\t
Case study 12 | \n\t\t\t(Ravindranath and Rao on a publication by UNEP Risø Centre on Energy, Climate and Sustainable Development) | \n\t\t\tIndia | \n\t\t\tBioenergy | \n\t\t\tRavindranath and Rao (2011) | \n\t\t
Case study 13 | \n\t\t\tSuzuki, M., Okazaki B., and Jain K. | \n\t\t\tThailand | \n\t\t\tBiogas | \n\t\t\tA: Suzuki, M., Okazaki B., and Jain K. (2010) B: Jain K., Okazaki B., Suzuki, M. (2011) | \n\t\t
List of case studies reviewed in this paper
The Science and Technology Policy Research (SPRU) at University of Sussex and TERI in India jointly conducted a research project looking into barriers through several case studies in India including wind power, IGCC (Integrated Gasification Combined Cycle), LED (Light Emitting Diode), biomass, hybrid vehicles and photovoltaic (PV) panels (Case Study 1-6) (Ockwell, D., J. Watson et al. 2007; Ockwell, D., J. Watson et al. 2009). This is the most comprehensive research project thus far looking into barriers through the case study approach. The IIIEE at Lund University in Sweden conducted several case studies including Carbon Capture and Storage (CCS) and building energy efficiency (Case Study 7 and 8) (Dalhammar, C. et al. 2009). In addition, there are a number of case studies that are conducted on the individual basis (Case Study 9-13).
It is observed that many of these case studies are conducted in China and India. This is probably relating to the fact that these two countries have the largest potentials in diffusing clean energy technologies among the developing countries. Another point to note among these case studies is that two popular targets for a case study are wind power and bio-energy (including biomass/biogas). This is possibly due to the fact that these two technologies are at the stage where they are successfully implemented in some cases but there are still facing barriers to point out for further diffusion. On the other hand, Table 2 also indicates that there are a variety of research interests with respect to the targeted technologies for analysis. Some research interests are geared toward to the technologies at the innovation stage such as IGCC and CCS. Some research interests are directed to the products for individual use rather than industrial use such as hybrid vehicles, LEDs, and PV. The diversity in the targeted technologies for analysis may lead to interesting finding about barriers.
Section 2.3 compares the results of the case studies identified in Section 2.2. Table 3 summarizes the results of the studies:
\n\t\t\t | \n\t\t\t\tResearch organizations/individuals\n\t\t\t | \n\t\t\t\n\t\t\t\tInformation on case study\n\t\t\t | \n\t\t\t\n\t\t\t\tBarriers\n\t\t\t | \n\t\t||||
\n\t\t\t | \n\t\t\t\tCountry\n\t\t\t | \n\t\t\t\n\t\t\t\tTechnology\n\t\t\t | \n\t\t\t\n\t\t\t\tTechnological barriers\n\t\t\t | \n\t\t\t\n\t\t\t\tFinancial barriers\n\t\t\t | \n\t\t\t\n\t\t\t\tInstitutional barriers\n\t\t\t | \n\t\t||
Case study 1 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tWind power | \n\t\t\t\n\t\t\t | \n\t\t\t | • IPR is the main issue. The transfer of technological know-how to Indian companies was restricted. (p.116) • The high cost of IPR acquisition. (p.118) • In the joint ventures and collaborative ventures, it had been noticed that the [Indian] companies had to depend on their European counterparts for all technical aspects and even operation and maintenance issues. (p.117) • It is very important to develop the indigenous capacity for technology development and manufacturing. Equally important would be to incentivize innovations from the viewpoint of national priority. (p.120) | \n\t\t|
Case study 2 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tIGCC (Integrated Gasification Combined Cycle) | \n\t\t\t• Limited amount of testing of IGCC that has been done with Indian grade coal. All IGCC demonstration plants to date have been based on coals with different characteristics to Indian coal, especially ash content and ash fusion temperature.(A:p.58) • The long-term success of technology transfer in technologies such as gasification relies on building technological capacity within recipient countries. (A:p.58) | \n\t\t\t• The two key risks associated with IGCC are high capital costs and the lack of reliable operational history. The risks associated with high capital cost are amplified by the limited operational history and the new nature of this particular application of gasification. (A:p.58) | \n\t\t\t• Premature to comment on IPR issues related to IGCC, since this technology is not considered to be commercial globally. (B:p.110) | \n\t\t|
Case study 3 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tLED (Light Emitting Diode) | \n\t\t\t• Although the technical competency in India exists in the fields of material science, engineering, control electronics and other relevant fields, they have to be nurtured in the context of LED technology.(p.72) • Indigenous capacity is to be developed quickly so that when technology is transferred it can be taken up. (p.74) | \n\t\t\t• No clear indication about the type of market that exists for LED. (p.69) • The leading players worldwide are not considering India as a potential region for investment as they do not see any market in India at present. (p.72) • Import of LED is much easier and cheaper than to manufacture it because of IPR issues. (p.69) • LED chip manufacturing requires several processes. Each process involves energy as well as capital-intensive equipment. The existing players in India are relatively smaller in size and are not ready/capable of investing huge amounts for LED chip manufacturing. (p.72) | \n\t\t\t• It is a highly protected technology. As there are various processes involved in manufacturing LED chips, each process is patented and requires huge investment. At present the cost of investing in both chip manufacturing and resolving the IPR issues is substantially high compared to importing the chips. Therefore in India, the chips are imported primarily from China, Taiwan, Japan, the US and other countries. (p.72) | \n\t\t|
Case study 4 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tBiomass | \n\t\t\t• The opportunity cost of power outages at briquetting plants. In many regions of India, electricity from the grid cuts out for hours at a time. (p.80) • The lack of accessibility to power presents problems. In India, where electricity connections are often unavailable in rural locales, the power requirement for briquetting machines could prove to be a major barrier to establishing plants in remote areas even if they are rich in agricultural waste products. (p.80) • In the early days of biomass briquetting, Indian machines experienced more breakdowns and required more maintenance than anticipated. Indian entrepreneurs are experiencing high maintenance costs even with ram and die machines. (p.80) | \n\t\t\t• Entrepreneurs and manufacturers alike identified working capital as a primary barrier to successful commercialization of briquettes. (p.79) • Banks are reluctant to finance agro residue projects. These products have traditionally been viewed as waste, with no collateral value. (p.79) • Because of the low repayment record, briquetting has developed a poor reputation and been labeled as an irresponsible undertaking. Most stakeholders interviewed felt that subsidies are not the answer for the briquetting industry and that briquetting ventures will have to stand on their own. (p.80) | \n\t\t\t• As long as ram and die machines were selling and operating at an acceptable level, manufacturers were not willing to begin a new endeavor that carried with it some measure of uncertainty. (p.77) • The raw material situation is quite different in India, where sawdust is a commodity rather than a waste product and is in fact widely used, unprocessed, as a cooking fuel. (p.78) • The statistics about India’s vast biomass resources and statements about the “virtually unlimited” supply of biomass in India can be misleading....Competing uses for rice husk, coffee waste, bagasse, mustard stalks, and many other kinds of waste have caused the prices to rise dramatically. (p.79) • The lack of networking and information sharing among the manufacturers. (pp. 81-82) | \n\t\t|
Case study 5 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tHybrid vehicles | \n\t\t\t• It is as much a concern for governments in developed countries to encourage the development and uptake of this low carbon technology as it is for governments in developing countries. At present, however, all of the companies owning commercially viable hybrid technologies are based in developed countries. (A: p.89) • If foreign firms supplying hybrid technology maintain a high level of integration in their approach to transferring the technology this could make it more difficult for knowledge regarding the technology to diffuse within the recipient country. (A: pp.94-95) | \n\t\t\t\n\t\t\t | • Host country companies may be able to develop technological capacity through involvement in supplying parts for, or maintenance services for vehicles fitted with imported hybrid technology. Even so, there may be IPR issues associated with imitating patented hybrid drive trains. A better understanding of the extent to which IPRs might limit the development of new hybrid drive trains by developing country based manufacturers is an important issue that warrants further investigation.(A: p.95) • IPRs are dominated by a concentrated set of foreign companies rather than domestic players in India. Patents exist in a number of areas, including batteries, electric motors and power electronics, engines and system integration. In addition, patents exist for both products and processes. Thirdly, there is a general consensus by firms and other players (e.g. academic institutions) that they must work together to make advances in this area. (B: pp.84-85) | \n\t\t|
Case study 6 | \n\t\t\tSPRU (Science and Technology Policy Research) at University of Sussex and TERI in India | \n\t\t\tIndia | \n\t\t\tPhotovoltaic (PV) solar | \n\t\t\t• Mature production technology for silicon cells is available on the market without licenses since related patents have expired. (P.65) • Most Indian companies have focused on producing silicon solar modules, the fourth stage of the value chain. This is changing however, as an increasing number of Indian firms are planning on producing the entire PV value chain and are expanding into other areas, such as thin film technology. (P.65) | \n\t\t\t\n\t\t\t | • Many informants also argue that recent PV industry development is largely driven by two additional relatively new national policies: 1. The Government of India’s Semiconductor Policy Guidelines in September 2007, which is essentially a tax holiday until March 2010 and 2. Electricity Generation Based Incentives (GBI) providing a subsidy for grid connected PV power plants.(pp.74-75) • Regarding policies to support technological capacity, there are almost no policies in place to encourage collaboration at the national or international level.(p.76) | \n\t\t|
Case study 7 | \n\t\t\tInternational Institute for Industrial Environmental Economics (IIIEE) at Lund University | \n\t\t\tDeveloping countries | \n\t\t\tCarbon Capture and Storage (CCS) | \n\t\t\t• An immediate conceptual difficulty with CCS is that it is to be made up of an integrated suite of technologies. Moreover, institutional components addressing the CCS chain will also be a crucial system component. As CCS is not market mature and does not have any commercial examples in operation, this report cannot address CCS system transfer. Rather, one example of an incipient technology transfer framework is noted here there are two transfer projects within its remit. (p.69) | \n\t\t\t\n\t\t\t | \n\t\t | |
Case study 8 | \n\t\t\tInternational Institute for Industrial Environmental Economics (IIIEE) at Lund University | \n\t\t\tDeveloping countries | \n\t\t\tBuilding energy efficiency | \n\t\t\t• A fragmented and complex construction process, with an inherent split incentives dilemma: Building markets prefer low initial costs, and get no benefits from life cycle energy savings, whereas users may be willing to pay a high upfront cost if significant economic benefits are possible during the use phase. (p.92) • Uncertain energy savings from equipment due to the influence of users behavior. (p.92) • A lack of formal training and capacity building among construction workers makes it difficult to introduce new techniques and innovation in construction work. (p.93) • Lack of awareness of the potential and importance of energy efficiency measures, lack of financing, and lack of qualified personnel (p.92) • Mandatory energy audits and similar tools require training of auditors, however, there is often a lack of monitoring of quality of audits.(p.93) • Lack of evaluation and follow-up is a major concern.(p.93) | \n\t\t\t• High initial costs for energy efficient and renewable energy equipment. This means that payback periods are long (up to 30 years) for many investments. (p.92) • The limited importance of energy expenditures as compared other household improvement or financial concerns. (p.92) | \n\t\t\t• A lack of awareness and information of the opportunities, technologies and low cost of installing energy saving features. (p.92) • The lack of government interest in energy efficiency and renewable energy, and insufficient enforcement of existing policies also present barriers to energy saving in the building sector. • Poor enforcement of building codes and other mandatory standards, even among front-runner countries. (p.92) • Poor market surveillance and/or certification measures mean that low- quality products can enter the market and destroy consumer confidence in the technology. • Building codes tend to be less effective, due to insufficient implementation and enforcement, and corruption f or instance, in China the compliance rate is much higher in large cities than in rural areas.(p.93) • Adaption to the local situation is crucial, not least for utility demand-side management (DSM) programs, and projects should be designed to fit the local situation.(p.93) | \n\t\t|
Case study 9 | \n\t\t\tUnited Nations Depertment of Economic and Social Affairs (DESA) | \n\t\t\tChina | \n\t\t\tWind power | \n\t\t\t\n\t\t\t | \n\t\t\t | • Notably, the Chinese Government is considering the implementation of local IP requirements for wind power in an attempt to push international companies to transfer more technology. Such stipulations on IP requirements could be contested by international companies under the World Trade Organization or by simply limiting new FDI in this sector. (p.30) | \n\t\t|
Case study 10 | \n\t\t\tLewis J. | \n\t\t\tIndia and China | \n\t\t\tWind power | \n\t\t\t• It took China and India less than 10 years to go from having companies with no wind turbine manufacturing experience to companies capable of manufacturing complete wind turbine systems, with almost all components produced locally. This was done within the constraints of national and international intellectual property law, and primarily through the acquisition of technology licenses or via the purchasing of smaller wind technology companies. While both companies pursued similar licensing arrangements to acquire basic technical knowledge, Goldwind’s technology development model lacks Suzlon’s network of strategically positioned global subsidiaries contributing to its base of industry knowledge and technical capacity. • Suzlon’s growth model particularly highlights an increasingly popular model of innovation practices for transnational firms…Its expansive international innovation networks allow it to stay abreast of wind technology innovations around the world so that it can then incorporate into its own designs through its extensive research and development facilities. (B) | \n\t\t\t\n\t\t\t | • Both China and India have excellent wind resources and aggressive, long-term government commitments to promote wind energy development...Some of the early support mechanisms in China and India, in particular, led to market instability as developers were faced with regulatory uncertainty, especially concerning pricing structures for wind power. In the early years of wind development in China and India, difficulties also resulted from a lack of good wind resource data, and a lack of information about technology performance stemming from little or no national certification and testing. • Policy reforms in the electric power sectors of both countries…has led to a series of regional renewable energy development targets in India, national targets in China, and additional financial support mechanisms for wind in particular. There are two key differences in the policy support mechanisms currently used in China and India: (1) China’s recent reliance on local content requirements to encourage locally sourced wind turbines, which does not exist in India, and (2) India’s use of a fixed tariff price for wind power, versus China’s reliance on competitive bidding to set the price for most of its wind projects. (B) | \n\t\t|
Case study 11 | \n\t\t\tMizuno E. (on a publication by UNEP Risø Centre on Energy, Climate and Sustainable Development) | \n\t\t\tIndia | \n\t\t\tWind power | \n\t\t\t• External factors such as the rapidly increasing high-tech characteristics of wind energy technology systems and the fast structural transformations of the industry at the frontier made it difficult for India to cope with the various changes. (p.46) | \n\t\t\t\n\t\t\t | • A large market size and market certainty and continuity were lacking in India: even though many market demand characteristics were similar to those in the frontier market, without a sizable market and its own pulling power, technology upgrading through replicable technology transfer did not happen. The small market made all demands for technological improvement insignificant.(p.44) • India’s experiences with wind technology have some important lessons for how to encourage private-sector replicable technology transfers from developed to developing countries. The small market size, the non- performance-oriented market mechanism, the policy inconsistency, the institutional problems of the power sector, the lack of technological capabilities to meet the increasingly higher quality requirements of wind energy technology and the persistent infrastructure deficiencies in India, along with tighter technology controls by technology providers and collaborators, all contributed to the increasing technology gaps in both product and capabilities with the frontier after the mid-1990s.(p.46) | \n\t\t|
Case study 12 | \n\t\t\tRavindranath and Rao (on a publication by UNEP Risø Centre on Energy, Climate and Sustainable Development) | \n\t\t\tIndia | \n\t\t\tBio-energy (including biomass gasification, biomass combustion, biogas, efficient cook stoves) | \n\t\t\t• Gas cleaning systems are still not robust and hence high in terms of maintenance (p.136) • Poor understanding of managing moisture content (p.136) • Biomass drying techniques are not well established (p.136) • Lack of knowledge (p.137) • Uncertainty and distrust in the source of information (p.137) • Inadequate training, capacity-building and user-education programs.(p.137) | \n\t\t\t• Dual fuel systems do not seem economically feasible, and hence the focus is on producer gas. But 100% producer gas engines still are not very common, not readily available at all capacities (p.136) • The high initial costs of bio-energy technologies are perceived by many as a key barrier to the penetration of bio-energy technologies vis-à-vis conventional technologies. The principal capital cost of biomass power projects includes the costs of the gasifier, the engine generator, civil construction, biomass preparation unit, electricity distribution network and electrical and piping connections to the site of gasifier installation and need subsidization (p.138). • Mainstream financial institutions have been reluctant to take risks in lending due to a long history of poor recovery of loans in rural area.(p.138) | \n\t\t\t• The abundance of biomass was initially the push [by the government] needed to promote bio energy technologies. There was therefore little or no interaction with rural communities in formulating the technologies. (p.135) • The institutional framework in India currently lacks a viable strategy to empower local communities. Community organizations and institutions are rarely involved in the planning, implementation and management of, say, the rural electrification program through biomass gasifiers. The failure of a large number of small village systems, such as biogas plants, and stand-alone gasifiers is to a large extent related to the fact that there is no coordinated local, institutional and government support. (p.137) • A critical problem has been overcoming issues arising out of bureaucracy...Many developers have mentioned the significant periods of delay in obtaining technical approvals.(p.137) • Climate change is not being seen an immediate threat or priority for rural communities. (p.137) • Social behavior and expectations.(p.137) • Absence of an enabling environment. (p.137) | \n\t\t|
Case study 13 | \n\t\t\tSuzuki, M., Okazaki B., and Jain K. | \n\t\t\tThailand | \n\t\t\tBiogas | \n\t\t\t• There is no centralized information and orientation regarding biogas technologies and the equipments that are available . It is also very difficult to find data related to projects’ performance and information about projects that have already been implemented. (A: p.20) • There is a lack of awareness. There is also a lack of public support in terms of information, and little information regarding biogas is transferred. In addition to this, since the degree of education of the managers is low, the technology of anaerobic digesters and biogas production appears to the managers as being very complex issues. (A: p.21) • The anaerobic digesters are complex and sensitive systems. Often, even the managers do not understand how it works. So, due to a low understanding of the new processes, managers rely heavily on the technology provider. In order to remain focused on the core production process, or to save costs, often the managers do not provide adequate or appropriate training for the operators on the new wastewater/ biogas processes and systems. (A: p.22) | \n\t\t\t• Most of the time, the focus of companies is to maximize the profit over a short period. Frequently the managers have little to no information about biogas or anaerobic digester systems and the subsequent technical implications and costs. (A: p.17) • Most technologies for wastewater systems and biogas came from developed countries (Parr et al., 2000). Proper transfer and adaptation to tropical climates requires investment and will result in costs being incurred (importation taxes, logistics, training, etc.). (A: p.20) • The tapioca and palm oil industries are traditional agro-industries, often managed by families with a basic application of management principles under a simple organizational structure. In addition, biogas production is not considered as important as the core business. Thus, on many occasions the operators are not motivated to perform due to a lack of a company performance reward policy or due to a different remuneration compared to his coworkers in the core production business. (A: p.21) | \n\t\t\t• The managers do not seek professional support when researching biogas technology due to financial reasons. On the other hand, often the managers do not know where to search for the information they need, since there are no standard guidelines or publicly available information about biogas performance and technologies. There is no support from the government and there are very few initiatives in R&D in regions where biogas is prominent. (A: p.18) • The starch and palm oil industries are traditional agro-industries, normally run by families in an informal manner and structure. In addition, many companies have an incorrect perception of the reality of the market. In these circumstances, a long term strategy or the development of a business plan is not realistic, nor is it a common practice for these industries. (A: pp.19-20) | \n\t\t
Results of case studies
Starting from wind power, the results of Case Study 1 and 11 suggest that there are institutional and technological barriers for diffusion in India and China. According to Case Study 1, the cost of IPR acquisition is a major barrier in India. Case Study 1 points out that “the [Indian] companies had to depend on their European counterparts for all technical aspects and even operation and maintenance issues.” Case Study 11 addresses a similar view that technologically, the wind power in India still hinges upon the external development of the industry. It states that “external factors such as the rapidly increasing high-tech characteristics of wind energy technology systems and the fast structural transformations of the industry at the frontier made it difficult for India to cope with the various changes.” On the other hand, Case Study 10 provides a positive evaluation on the development of local wind power production in India and China. It observes that “it took China and India less than 10 years to go from having companies with no wind turbine manufacturing experience to companies capable of manufacturing complete wind turbine systems, with almost all components produced locally.” The results of these case studies on wind in India and China indicate that although there is a great level of success in producing indigenous local power technologies, there are still technological as well as institutional barriers for further diffusion in these countries.
Bio-energy is similar with wind power with respect to its successful implementation in the developing countries. On the other hand, the results of the case studies on bio-energy suggest that it faces different types of barriers for further diffusion. According to Case Study 12, implementations of bio-energy projects in India have met both technological and institutional barriers in the operational phase such as poor understanding of managing moisture content, lack of knowledge, uncertainty and distrust in the source of information and inadequate training, capacity-building and user education programs. The case study on biogas power generation in Thailand comes to a similar conclusion (Case Study 13). It recognizes the “no centralized information and orientation regarding biogas technologies and the equipments” as well as the lack of understanding and awareness as the major barriers for successful implementation of the technologies. The results of these case studies suggest capacity building and knowledge development play an important role in the successful implementation of bio-energy technologies.
The case study on building energy efficiency also suggests that the technological barriers such as lack of knowledge and awareness as well as the institutional barriers such as lack of information on available technologies are major barriers in this case too (Case Study 8). The results of Case Study 8 highlights, as the technological barriers, uncertain energy savings from equipment due to the influence of users behavior, a lack of formal training and capacity building among construction workers, lack of awareness of the potential and importance of energy efficiency measures, lack of financing, and lack of qualified personnel. In the case of building energy efficiency, lack of institutional support is another area of institutional barrier. It points out the lack of government interest in energy efficiency and renewable energy, and insufficient enforcement of existing policies, poor enforcement of building codes and other mandatory standards as major institutional barriers.
Other than wind power, there are studies that identify IPRs as a major barrier for technological diffusion. The case study on hybrid vehicles in India is one of them. It indicates that IPRs are the major barrier in this case as well since “IPRs are dominated by a concentrated set of foreign companies” (Case Study 5). It states “all of the companies owning commercially viable hybrid technologies are based in developed countries.” The results of the case study on LED also suggest that IPRs are the key barrier for the diffusion of LED (Case Study 3). They case study demonstrates that “it is a highly protected technology. As there are various processes involved in manufacturing LED chips, each process is patented and requires huge investment. At present the cost of investing in both chip manufacturing and resolving the IPR issues is substantially high compared to importing the chips.” In this regard, there may be important lessons to learn from the previously mentioned case on wind power for producing local technologies despite the existence of IPRs-related barriers. In the case of LED, however, the results of the study indicate there is a separate key barrier for the diffusion of the technology in India. The case study identifies the size of the market as a major financial barrier for technology diffusion in India. It states that there is “no clear indication about the type of market that exists for LED.” Furthermore, it stresses that “the leading players worldwide are not considering India as a potential region for investment as they do not see any market in India at present.”
Interestingly, in contrast to hybrid vehicles and LEDs, the results of the case study on PV in India suggest that IPRs are not an essential barrier for the diffusion of the technology in India (Case Study 6). It maintains that mature production technology for silicon cells is available on the market without licenses since related patents have expired. Moreover, an increasing number of Indian firms are planning on producing the entire PV value chain and are expanding into other areas, such as thin film technology.
The results of the case studies on IGCC and CCS indicate that technological barriers are dominant for technologies at the innovation stage (Case Study 2 and 7). Financial and institutional barriers are not relevant for the technologies at the innovation stage. As for CCS, Case Study 7 states “As CCS is not market mature and does not have any commercial examples in operation, this report cannot address CCS system transfer.” As for IGCC, Case Study 2 states “It might be premature to comment on IPR issues related to IGCC, since this technology is not considered to be commercial globally”.
Thus far, Section 2.3 discussed technology-specific barriers. Another barrier, which this paper could not address this time, are country-specific barriers. It is recognized that in order to design proper policy instruments and institutions, understanding of barriers that are specific to a certain country or region is equally important. With this regard, Case study 10 is an exception among the selected case studies in highlighting several differences between India and China as to how these two countries overcome barriers to diffuse wind power technologies. It demonstrates that “there are two key differences in the policy support mechanisms currently used in China and India; 1) China’s recent reliance on local content requirements to encourage locally sourced wind turbines, which does not exist in India; and 2) India’s use of a fixed tariff price for wind power, versus China’s reliance on competitive bidding to set the price for most of its wind projects.” In addition, it discusses key differences on corporate strategies between two Chinese and Indian wind turbine manufacturing firms. This type of comparative studies are much needed in order for us to have better understanding of barriers in the diffusion of clean energy technologies.
Section 2 presented the barriers commonly observed in the developing countries as well as the technology-specific barriers. Section 3 explores roles of institutions to overcome these barriers in diffusing clear energy technologies in Asia. Section 3.1 addresses theoretical discussions on the functions of international and national institutions in technology innovation. Section 3.2 attempts to match the barriers in technology diffusion identified in Section 2 with the functions of national and international institutions.
There are theoretical explorations about the roles of institutions in changing a system in the area of innovation economics and innovation theory. For Joseph Schumpeter, who is the patron of innovation economics, an evolving institution is an important factor for economic growth. Inspired by Schumpeter, scholars in innovation theory attempt to define functions or roles of institutions in changing a system. Borrás, for example, defines that they are 1) competence-building and generation of incentives including production of knowledge, diffusion of knowledge, financial innovation, alignment of actors, guidance of innovators; 2) generation of incentives and reduction of uncertainty including appropriation of knowledge, reduction of technological diversity; and 3) establishment of limits and reduction of uncertainty including reduction of risk and control of knowledge usage (Borrás 2004). Another example is a study by Suurs and Hekkert. According to Suurs and Hekkert, there are seven functions of institutions including 1) entrepreneurial activities; 2) knowledge development; 3) knowledge diffusion; 4) guidance of the search; 5) market formation; 6) resource mobilization; and 7) legitimization (Suurs and Hekkert 2009).
There are also research initiatives that attempt to understand the roles of institutions in diffusing clean energy technologies both at the national and international level, although the focus of research is geared toward the national level rather than the international level. At the international level, a study conducted by de Coninck et al. is an example of such research (de Coninck et al. 2008). This study classifies technology-oriented agreements (TOAs) addressing climate change into four broad categories including 1) knowledge sharing and coordination; 2) research, development and demonstration (RD&D); 3) technology transfer; and 4) technology deployment mandates, standards, and incentives (de Coninck et al. 2008). According to a more recent study by Benioff et al., there are three roles of international institutions for innovation and transfer of clean energy technologies including research, development, and demonstration (RD&D) cooperation, enhancement of enabling environment, and financing facilitation and support (Benioff et al. 2010).
It is important to note here that the roles of institutions differ along the technological development of clean energy technologies. At the early stages of technological development, institutional support for the empowerment of research groups is needed to demonstrate and deploy technologies (Suzuki 2012). As the case studies on CCS and IGCC indicated in Section 2, the technologies at the innovation stage require strong R&D efforts to remove technological barriers in order to move forward to the next stage. At the innovation stage, the empowerment of network between international and local research groups is needed to enhance the R&D efforts, especially with a stronger initiative from the public side (Benioff et al. 2010; Morey et al. 2011; UNFCCC 2009).
At the advanced stages of technological development, institutional support as well as policy arrangement for the involvement of the actors in the private sector such as project developers, equity investors, manufactures, and commercial banks is essential in technology diffusion (GtripleC 2010; Carmody et al. 2007). Providing economic incentives for the private sector are an important measure to improve investment conditions and encourage its participations. Therefore, clean energy and carbon finance vehicles may be also effective to introduce technologies at the advanced stage. For example, the economic policy instruments such as CDM may take an instrumental role. If they are designed well, the schemes under discussion for the post-Kyoto regime such as the bilateral carbon crediting mechanism and the sectoral or program-based crediting mechanism can be also a good policy candidate for technology diffusion. At the national level, an introduction of a feed-in-tariff program has received greater attentions among the developing countries, while other economic instruments such as subsidy, emissions trading, and renewable energy certificate scheme can be also recognized as possible policy options. The investment schemes such as co-investments and loans or risk guarantees may help to reduce risk associated with investment from the private sector (Suzuki 2012). In addition, such an arrangement for building a partnership between the private and the public (Public-Private Partnership: PPP) may leverage the interests of the private sector in developing technologies that would not be attracted to clean energy technologies otherwise.
Section 2.3 illustrated technology-specific barriers among different technologies. Section 3.2 attempts to match those barriers with the functions of national and international institutions that were identified in Section 3.1.
The case studies on wind as well as on hybrid vehicles and LED indicated that difficulties associated with IPRs are major barriers in technology diffusions. Indeed, IPRs are complex issues and providing opportunities to learn about the issues can be an important institutional arrangement as the first step. Ockwell, D., J. Watson et al. (2009), on the case of wind in India, states that “there was a need to create awareness among the industry players who do not have deeper understanding of implications of IPR rules and regulations, including those in the context of WTO regime.” Preparing patent pools for licensing inventions is often discussed as a necessary arrangement in diffusing clean energy technologies but it requires careful institutional design not to remove incentives for the private sector and discourage its innovational efforts. At the international level, the World Intellectual Property Organization (WIPO) can facilitate such venues for the private sector in the developing countries to learn about IPRs-related issues.
The case study on LED identified the size of the market as a major barrier. This case, together with the case on building energy efficiency, also pointed out high capital cost as a major barrier. In order to overcome these barriers, the roles of institutions in facilitating and supporting finance are important. On LED, Ockwell, D., J. Watson et al. (2007) states that “as government is already promoting PV integrated energy efficient lighting systems for rural lighting applications, incentives could be provided for LED based PV integrated systems.” As for the case on biomass, low priority in finance is recognized as a major barrier. In this case, knowledge sharing and coordination is the key in overcoming the barrier in technology diffusion. At this point, Ockwell, D., J. Watson et al. (2007) demonstrates that “all the briquetting machine manufacturers felt that there is practically no collaboration or communication among them. The lack of networking and information sharing among the manufacturers is one of the greatest constraints to diffusion of technological developments in the sector. Hence projects aimed at promoting knowledge sharing among the manufacturers and users of biomass briquettes will be very useful for the sector”.
The case studies on bio-energy, biomass, and building energy efficiency all emphasized that lack of the enabling environment is the key barrier in technology diffusion. The case study on bio-energy in India highlighted “poor understanding of managing moisture content, lack of knowledge, uncertainty and distrust in the source of information and inadequate training, capacity-building and user education program” as a major hindrance. The case study on biomass in Thailand pointed out a lack of formal training and capacity building among construction workers, lack of awareness of the potential and importance of energy efficiency measures, lack of financing, and lack of qualified personnel. In order to overcome these barriers associated with a lack of the enabling environment, the case study on bio-energy in India suggested promoting collaboration between industry and academia, for field demonstrations, and promoting feedback and communication between developers and implementers (Ravindranath and Rao 2011). It stated that “the development of training schemes could provide a route to alleviating this skill shortage. It is important to ensure that all staff involved in training and development have been adequately trained themselves. Use of R&D institutions in training could be beneficial” (Ravindranath and Rao 2011).
As for the technologies at the early stage of technological development, the cooperation in R&D between the pubic and the private sectors as well as the cooperation between local and overseas actors are inevitable in order to overcome technological barriers. As emphasized earlier, the strong initiatives from the public side are needed since it is difficult to expect the private sector to play an important role if the business model is not yet visible. The case study on CCS indicated that “given current policy and market conditions, carbon markets appear marginal or inadequate for CCS applications such as industrial-scale demonstration plants to be economically viable without (potentially significant) additional support” (Dalhammar, C. et al. 2009). The case study on IGCC concluded that “one possible approach to overcoming the risks of high capital costs is for government to share the funding of demonstration activities with industry… Financial support from developed to developing countries would be needed to provide for incremental costs and technology transfer fees, through international financing mechanism” (Ockwell, D., J. Watson et al. 2007; Ockwell, D., J. Watson et al. 2009).
Table 4 illustrates both identified barriers and roles of institutions to overcome the identified barriers
\n\t\t\t | \n\t\t\t\tEarly stage\n\t\t\t | \n\t\t\t\n\t\t\t\tAdvanced stage\n\t\t\t | \n\t\t
\n\t\t\t\tBarriers\n\t\t\t | \n\t\t\t\n\t\t\t\t• Technological barriers: Case Study 2 (IGCC), 7 (CCS) • High capital cost: Case Study 2 (IGCC) | \n\t\t\t\n\t\t\t\t• IPRs: Case Study 1 (wind), 9 (wind), 11 (wind), 5 (hybrid vehicles), and 3 (LED) • Market size: Case study 3 (LED) • High capital cost: Case study 3 (LED), 8 (building energy efficiency) • Low priority in finance: Case Study 4 (biomass) • Lack of enabling environment: Case Study 8 (building energy efficiency), 12 (bio-energy),13 (biogas) • Lack of policy support: Case Study 6 (PV), 8 (building energy efficiency) | \n\t\t
\n\t\t\t\tRoles institutions\n\t\t\t | \n\t\t\tIn theory… • R&D cooperation • Financing facilitation and support (“resource mobilization” and “market formation”) • Entrepreneurial activities | \n\t\t\tIn theory… • Knowledge sharing and coordination (including “guidance of the search”) • Enhancement of enabling environment (including “legitimization”) • Financing facilitation and support (including “market formation” and “resource mobilization”) | \n\t\t
\n\t\t\t\tIdentified roles\n\t\t\t | \n\t\t\t\n\t\t\t\tIdentified roles\n\t\t\t | \n\t\t|
R&D cooperation • Public-supported centers for technology innovation and transfer. • Strengthening bilateral and multilateral network for R&D. Financing facilitation and support • Technology funding mechanisms for the developing country participants in R&D. • Global clean technology venture capital fund. Entrepreneurial activities • Clean energy incubator incentives. | \n\t\t\tKnowledge sharing and coordination/enhancement of enabling environment • Patent pools for licensing inventions. • Various capacity building programs covering a whole supply-chain. • Business matching venues among various business actors such as project developers, manufacturers and investors (local and international). Financing facilitation and support • Various clean energy finance and carbon finance vehicles including CDM, bilateral crediting scheme, co-benefit approach at the int’l level, feed-in-tariff, subsidy at the national level. • Co-investments, loans or risk guarantees. • Public-Private Partnerships (PPPs). | \n\t\t
Identified barriers and roles of institutions to overcome the identified barriers
This paper consisted of two parts. The first part of the paper attempted to show a broad landscape of barriers in technology diffusion in the developing countries by addressing two levels of barriers: generic barriers and technology-specific barriers (Section 1 and 2). Section 2.3 summarized the results of previous case studies that were conducted to uncover technology-specific barriers in diffusing clean energy technologies in Asia.
The second part of the paper explored roles of institutions to overcome the identified barriers in diffusing clear energy technologies in Asia (Section 3). It attempted to match the barriers in technology diffusion identified in Section 2 with functions of national and international institutions. The results of matching indicated that there are several different roles of institutions including the role to encourage R&D cooperation from the public site for the technologies at the early stages of technological development and the role to enhance the enabling environment and facilitate finance for the technologies at the advanced stages of technological development.
It is recognized that the existing institutions both at the national and international levels have already been working to overcome barriers in diffusing clean energy technologies. For example, at the national level, the governments in the developing countries are conducting various capacity building programs to enhance knowledge of the private sector about clean energy technologies. At the international level, the financial institutions such as the World Bank and Asian Development Bank are facilitating financial support to encourage diffusion of clean energy technologies. At the innovation stage, there are both bilateral (such as the Global CCS Institute for building a network between Australia and the developing countries) and multilateral (such as the Asia-Pacific Partnership on Clean Development and Climate concluded in April 2011) network to encourage technology innovation. Further research is needed to investigate whether these existing institutions are playing a role in overcoming the barriers that were illustrated in this paper.
Various forms of viral hepatitis represent a world health concern and challenge, generating a considerable socio-economic burden. Of these, hepatitis A as a type of food-borne hepatitis is mainly endemic in developing regions with the condition of inadequate sanitation and hygiene, such as in parts of Africa, Asia, Eastern Europe, South America, and Middle East [1, 2]. With the improvement of public health, the incidence of HAV infections in China have been gradually reduced (published data from 1990 to 2017) [3]. Up to now, 1.5 million cases of hepatitis A virus (HAV) infections are reported worldwide [2], which indicated that hepatitis A remains a primary problem in hygiene and public health. Hepatitis A has a very similar clinical symptom compared to hepatitis E. Except for the severer pathological injuries of hepatitis E than that of hepatitis A, both of two are self-limiting diseases, do not lead to liver cirrhosis and liver cancer, and transmit via orofecal route and person-to-person contact [4]. Consequently, HAV-contaminated water, vegetables, fruits, blood products, and other foodstuffs, especially undercooked shellfish including clams, oysters, and mussels (Figure 1) [5, 6], are the major pathways of infections with hepatitis A [7, 8]. Under certain circumstances, intravenous drug users with the collective use of syringes are at risk categories for HAV infections [9], and also there exist vertical transmissions of HAV from mother to child but occur very rarely (Figure 1) [10]. HAV as the main pathogen causing acute viral hepatitis is classified as a sole member of the genus Hepatovirus of the family Picornaviridae, which includes many medical and veterinary pathogens in 1991 [11, 12, 13]. HAV is a single linear positive-stranded RNA virus whose genomic full length is approximately 7500 nucleotides, which contain 5′-noncoding region (UTR), protein coding region, and 3′-noncoding region (UTR) (Figure 2) [13]. Researchers have found that HAV present in the form of naked, nonenveloped virions in feces aids to the viral transmissions through the environment. However, when HAV emerges in the blood of infected persons, the virion isolates itself from neutralizing antibodies by the way of producing quasi-envelope in host-derived membranes [14]. Epidemiological data showed that the most susceptible populations of HAV are the children in early childhood [2], and the disease prevalence exceeds 90% before the age of 10 [15], albeit most of infected youngers are usually mild or asymptomatic [16]. Hence, accelerating the immunological research and viral vaccine development can improve human immunity and reduce the spread of HAV. World Health Organization (WHO) recommends that vaccination combating HAV be integrated into the national immunization schedule for children aged ≥1 year on the consideration of many factors including cost-effectiveness [17]. What is noteworthiness is that, the illness infected with HAV in those people who are older than 60 will be very severe [18]. Moreover, HAV superinfections in chronic liver disease (CLD) sufferers (e.g., hepatitis B or C) are usually associated with raising morbidity and mortality [19, 20]. To date, animal model is one of the promising tools in the investigation of human HAV infections. Studies on HAV immunopathological mechanism and host immune response mainly used nonhuman primates such as chimpanzees and marmosets as animal models. Due to the lack of other alternative animal models that support HAV infections, the study of the HAV biology and further development of therapies for hepatitis A have been hampered. Here in this chapter, the biological features of HAV will be discussed, the animal models of hepatitis A and their characteristics will be sketched, and the merits and demerits for these models will be analyzed as well.
Diagram showing the possible transmission routes of HAV.
The genome structure, protein structure components and overall structure of HAV. Refer to [28, 35, 36].
As early as 5000 years ago, hepatitis A-like illnesses were documented in ancient China. In Europe, similar disease known as “benign epidemic jaundice” was also described during the Hippocratic era [21]. As time goes by, in 1947, McCallum et al. termed infectious hepatitis as hepatitis A [22]. In the first half of 1967, Krugman et al. found the distinctive features between infectious hepatitis (hepatitis A) and serum hepatitis (hepatitis B) in clinical, epidemiological, and immunological aspects [23]. By 1973, Feinslone et al. firstly detected hepatitis A in feces of patients using the technology of immune electron microscopy (IEM) [24]. Morphologically and structurally, the purified HAV virion, having an outer diameter of 27–80 nm, is an icosahedral nucleocapsid protein granular which contains one linear positive-stranded ribonucleic acid (RNA) genome [25]. The genome encodes a single large polyprotein of 2227 amino acids [26], which is matured and folded to produce 10 biologically active viral proteins, including four structural proteins that construct the capsid (VP4 (~2.5 kDa), VP2 (24–30 kDa), VP3 (21–28 kDa), and VP1pX) and 6 nonstructural proteins that are indispensable for replication of the RNA genome (2B, 2C, 3A, 3B [VPg], 3Cpro [a cysteine protease], and 3Dpol) (RNA-dependent RNA polymerase) (Figure 2) [27]. By using standard serological technique and molecular identification methods, HAV is identified to belong to merely one single serotype, and is divided into seven distinct genotypes of which three genotypes (I, II, and VII) that circulate in humans, one genotype (III) isolated from either humans or owl monkeys, and other three genotypes (V–VII) exist in nonhuman primates [28, 29, 30]. Genotypes I, II, and III are sub-classified into subtypes A and B (Genotypes IA, IB, IIA, IIB, IIIA, and IIIB) [31]. Molecular epidemiology has further revealed that HAV sub-genotype IA is responsible for the most circulations among human population [32]. For sub-genotype IB HAV strains, several reports have declared that they were associated with food such as frozen strawberries in Australia and several countries of Europe [33, 34]. Recent studies of X-ray analysis have uncovered that HAV possesses a primitive capsid architecture related to that of picorna-like viruses infecting insects, which imply a correlation of primeval evolution as well as a novel cellular entrance mechanism for viruses [35]. The structure information (especially the 3D microstructural study) of viral protein is now a robust tool for dissecting their biological functions. In 2018, Stuart et al. reviewed updated studies on the structural features of outer protein shell of HAV and proposed the future researching scopes including relevant structural elucidations of the enveloped particles, as well as the capture of intermediates in the state of assembly, attachment, and/or uncoating [36]. In terms of receptor binding mechanism, Wang et al. pointed out that using a receptor mimic mechanism for neutralization of infectivity may hold promise for the therapeutic intervention of hepatitis A [37]. With regard to the origin of human HAV, phylogenetic analyses show that, in the remote past, these ancient viruses have emerged in different host species, and ancestral state reconstructions indicate HAV is likely to have originated in rodents [38]. What’s more, investigations should be fundamentally focused on therapeutic interventions and new creations of HAV vaccines as a result of hepatitis A vaccine is one of the most effective strategy for the treatment of hepatitis A [39]. To date, four inactivated monovalent HAV vaccines from different manufactures (Havrix®, Epaxal®, Avaxim®, and Vaqta®) have been commercially available to the global markets [40]. Other hepatitis A vaccines such as a Chinese live attenuated vaccine (H2 strain, Zhejiang Academy of Medical Sciences, Hangzhou, PR China) and a Vietnam one are just self-sufficient in domestic production [41]. HAV infections are still an important cause of morbidity and mortality in developed countries such as the United States [42], let alone other nations with poor sanitation. Therefore, the work of scientific research for hepatitis A vaccine is still certainly on the way.
According to literatures, HAV strains of wild type are quite difficult in propagating in vitro. When culturing in cell-conditioned medium, they show low growth rate characteristically, as well as have no apparent cytopathic effects [43]. Additionally, HAV has its own special life history: it primarily replicates in the hepatic tissue, is excreted in biliary system to reach the intestinal contents [44], and is mostly shed in the feces and soil [45], where the viruses may persist for an extended period of time [46, 47]. Consequently, it is significantly important for researchers to find the proper infected models that aim at the investigation of HAV. As Hirai-Yuki and his co-authors have ever pointed out that, it is essential to develop improved animal models for the deeper investigations of the molecular and cellular mechanisms associated virus-hepatocyte interactions within the distinctive environment of liver tissue of hosts [48]. Here are the examples of disease models for HAV infections showed in Table 1.
Authors/year | Animal models | Comments | Refs |
---|---|---|---|
Dienstag et al/1975 | Chimpanzees | Provided evidence for the susceptibility of chimpanzees to HAV | [49] |
Amado et al/2010 | Cynomolgus monkeys | Cynomolgus monkey was confirmed as a suitable model to study HAV infection | [67] |
LeDuc et al/1983 | New World owl monkeys | Confirmed the susceptibility of New World owl monkey to HAV | [53] |
Song et al/2016 | Pigs | First experimental evidence to demonstrate human HAV strains can infect pigs | [76] |
Hirai-Yuki et al/2016 | Mice | Provided a new paradigm for viral pathogenesis in the liver | [83] |
Hornei et al/2001 | Guinea pigs | Useful for studying some aspects of HAV pathogenesis and for testing the safety of vaccines. | [88] |
Zhan et al/1981 | Tree shrews | HAV can replicate in tree shrews and are potential for candidate models for HAV infections | [97] |
Anthony et al/2015 | Harbor seals | Describe the discovery of an HAV-like virus in seals | [98] |
Liu et al/2019 | Pekin ducks | There are differences in the pathogenicity of different subtypes of DHAV in ducklings | [100] |
Wen et al/2019 | Ducks | Provided new insights into the genetics and pathogenesis of DHAV-3 | [101] |
Examples of disease models for HAV infections.
Broadly speaking, NHPs resemble humans in anatomy, physiology, and pathology over any other animals, which make them to be considered as the principal models for diseases including HAV infections. Human HAV has successfully infected various species of NHPs, such as chimpanzees (Pan troglodytes) [49], common marmosets (Callithrix jacchus) [50, 51], Squirrel Monkeys (Saimiri sciureus) [52], New World owl monkeys (Platyrrhines) [53], African green monkeys (Cercopithecus aethiops) [54], owl monkey (Aotus trivirgatus) [55], brown macaques (Macaca arctoides) [56], stump-tailed monkey (Macaca speciosa) [57] and tamarins, etc. (Table 1), but the host range of this virus is still narrow [58], mainly limited to relatively few species. The most common animal models used in laboratories for interrogating HAV infection are mainly marmosets and chimpanzees, which are of scarce resources (Chimpanzees are so expensive that they are not widely available for research use) in most countries. In addition, experimental data indicated that more than 90% of wild chimpanzees carried anti-HAV antibodies [59], which made them less suitable for investigating HAV-infectious diseases, but chimpanzees reared in captivity are more susceptible to infect hepatitis A. Moreover, it is very difficult for laboratory technicians to feed and operate experimentally on these two animals in many situations. And quite importantly, ethical concerns have advocated the decreasing use of chimpanzees for invasive experiments of research [60].
Take chimpanzees for example, they are the candidate experimental subjects that are most closely related to humans genetically, and most probably to be simulative and predictive of human outcomes when used as disease models. In 1962, Deinhardt et al. launched the initial attemption experiment that used chimpanzees to be infected with HAV through inoculating viral materials (serum or feces), but the gained results could not provide conclusive evidences for the transmission of infective hepatitis from humans to chimpanzees [61]. Intriguingly, in 1963, Hillis presented biochemical and histologic evidences that promisingly proved chimpanzees as useful as experimental hosts for human hepatitis viruses [62, 63]. In the mid-1970s, results of most of numerous publishment, which attempt to spread hepatitis A to chimpanzees yielded negative or equivocal results [64]. By 1984, Tsiquaye et al. carried out a study on acute hepatitis A infection occurred in hepatitis B chimpanzee carriers, which showed that superinfection can significantly alter the parameters of HBV chronicity in chimpanzees [65]. The authors pointed out that further observations were needed to establish the degree of severity of concurrent infection of HBV carriers with HAV, since such changes may have implications in some countries where the proportion of HBV carriers is high plus hepatitis A is highly prevalent [65]. For the purpose to locate where does the HAV might duplicate in the body, in 1989, Cohen and his colleagues conducted a study of single chimpanzee involvement in experiment, and found a possible oropharyngeal site for viral replication due to the emergence of HAV in saliva and throat swabs [66]. Similarly, Amado and co-authors acquired an experimental result that salivary gland was an extrahepatic site for early HAV replication in cynomolgus monkeys [67]. In the following two decades, the investigators shifted the focus of animal models to other NHPs instead of chimpanzees either because of the high cost of chimpanzee research or because of the poor contribution of chimpanzee experiments for biomedical applications [68]. Until 2011, Lanford et al. utilized three chimpanzee models to study the early innate immune responses to HAV infections. They found that HAV has a better property of keeping itself latent compared to HCV during early stage of acute resolving infection, and HAV infections represent a distinctly different paradigm in the course of intrahepatic interactions of virus-host [69].
The chimpanzees have been demonstrated to be an invaluable model tools for the investigation on HBV-induced disease pathogenesis and the discovery of novel prophylactic drugs and anti-viral therapies [70]. Optimistically, with the advancement of biotechnology, utilizing chimpanzee and other NHPs as disease models for HAV infection will surely play significant roles in HAV-associated studies in the future.
Compared with NHPs, pigs have several advantages such as easy breeding and rearing, convenient handling and fewer ethical concerns, which make them be widely used in biomedical research [71]. Under natural conditions, it had been reported that HAV infections are being restricted to humans and nonhuman primates [72], and the appropriate models used for HAV infection have been restricted to nonhuman primates [73]. Due to several limitations of such animal models, other surrogate models need to be developed for further study. According to literatures, the immune system in pigs shares many similarities with humans for over 80% of analytical parameters, which made swine as a more suitable and common animal model for humans [74, 75]. Moreover, pigs have been used preclinically as disease models for preclinical studies usually. Until 2016, Song et al. firstly found the experiment evidence to prove human HAV strains can also infect swine [76], which took the first step to approach swine models for HAV infections. In this experiment, Song and colleagues observed that HAV can survive and replicate in pigs, which have replaced NHPs. However, there were no significant changes in the clinical manifestations and serum markers for pigs infected with HAV. Finally, they further suggested that pigs might be a suitable animal model for future studies related to HAV pathogenesis [76].
Over the last two decades, mouse models have been successfully used in tackling various biological questions associated with intrahepatic immune response mechanisms for disease pathogenesis and clearing of HBV [77]. And also, such types of models can be applied to study the adaptive immune response to hepacivirus infection and will play roles in vaccine development. However, HAV is not capable to replicate in mice due to incompatibilities in the interaction of the virus and the innate immune system of mice. Therefore, scientists tackle this difficulty by utilizing chimeric mice, which facilitated the successful replication of HAV in the body through bypassing the cytosolic pattern recognition receptor, MAVS [78].
Generally speaking, certain cellular receptors are the key molecules that mediate viruses of entry into special kinds of cells in the body. Human membrane protein TIM-1 (T cell immunoglobulin and mucin domain protein-1) is a type of phosphatidylserine receptor that was firstly described as HAVCR1 [79], which helps cellular entry and infection with innumerable conventional enveloped viruses that bind phosphatidylserine on their surface [80]. And specially, TIM-3 receptor facilitates HAV for its entrance into target cells in humans [81]. However, recent research showed that TIM-1 is not an essential hepatovirus factor although its PtdSer-binding activity may contribute to the spread of quasi-enveloped virus and liver damage in mice [82]. For most of mouse models, wild-type mice are naturally resistant to HAV infection [83], and murine cell lines still exist defects in viral entry processes functionally [84]. For these reasons, multiple approaches have been developed by investigators to generate “humanize” mice at a genetic level to aid them susceptible to infection with HAV.
Previously, Yang et al. reported that, by using cell culture method, HAV ablates type 1 IFN responses thereby disrupting activation of IRF3 through the MDA5 pathway [85]. In 2013, Pang used HAV to infect SCID-beige/Alb-uPA mice with chimeric human/mouse livers for the purpose to test the susceptibility of mice to HAV. The result shows that these chimeric mice are permissive to HAV infection and represent valuable small animal models for future studies [86]. In 2016, Hirai-Yuki et al. applied the murine models with genetic defects in the induction of type I interferon (IFN) responses for HAV infection to reveal a previously undefined link between innate immune responses to virus infection and acute liver injury, which furnishes a novel paradigm for viral etiopathogenesis in the liver [83]. In 2018, a research team of Hirai-Yuki wrote a review of the study on “Murine models of hepatitis A virus infection” in which they provided an extensive and in-depth perspective into the development and application of mice models for HAV [48]. Additionally, in this chapter, it emphatically introduced the mechanism of degrading MAVS via viral proteases, in which it facilitates long-term survival of virus and spread through escaping from IFN-mediated restriction of virus replication and limiting pathogenesis and hepatic damage [48].
Till now, mouse models have been applied to support infections with HBV, HCV, and even HAV successfully. This probably has to do with building infections in the mouse liver, which is a key point in the development of viral hepatitis. Predictably, it has a promising future for utilizing mice as effective models for the investigation of HAV infection with the technological development of biomedical models.
The guinea pig models are more similar to humans than other small animal models in physiology and immunology. Specifically, the guinea pigs have the property of being analogous to humans in reproductive physiology and estrous cycle [87], etc. Guinea pigs have been used as an HAV infection model, but their use is limited because of the lack of development of anti-HAV antibodies in inoculated guinea pigs. In 2001, Hornei et al. conducted a study to determine whether HAV is capable to infect guinea pigs and whether they can be valid as a disease model for replicating HAV pathogenesis in humans and for the evaluation of vaccines [88]. The authors found that very low levels of HAV were detected in the livers of guinea pigs, which inoculated with human HAV [88]. Furthermore, they also described that the experimental guinea pigs shared similar response pattern with a New World nonhuman primate (Callithrix jacchus) after being challenged with HAV materials [88, 89]. The method of using guinea pigs to establish models for HAV infection is still under controversy. In 2010, de Castro Araujo and colleagues designed a research project to respond to the question “Whether HAV is capable to infect guinea pigs?”. However, they failed to establish a guinea pig as model for HAV [90].
Chinese tree shrew (Tupaia belangeri chinensis), mainly distributing in Yunnan and Guangxi provinces in China, is a class of small animals having a closer evolutionary relationship with humans compared to rodents [91]. Tree shrews have emerged in the vision of scientists for more than 30 years as a result of having many valuable features that are suitable in animals utilized as experimental models in biomedical studies [92], particularly in the fields of toxicology and virology [93]. To date, there are many attempts to employ tree shrews as models for human disorders such as hepatitis B [94] and hepatitis C infections [95, 96]. In 1981, Zhan et al. used fecal suspension of hepatitis A patients (concentration: 5%) to infect nine tree shrews through oral route, and eventually no apparent clinical symptoms of acute hepatitis were found. About 7–13 days after the viral infections, seven tree shrews were detected HAV that lies in their stools in 12–27 days, which indicated that HAV could reproduce in the body of tree shrews. The experimental results indicated that HAV can replicate in tree shrews and are potential for candidate models for HAV infections [97]. Additionally, they also found disease symptoms including increased alanine transaminase (ALT), hepatic hyperemia, hepatic edema, steatosis, and hyperplasia of Kupffer cells in the infected tree shrews, which further manifested that HAV can propagate in tree shrews [97].
Early studies suggested that HAV was unable to lead to infections of any common small laboratory animals successfully except NHPs. However, this “prejudice” has already been challenged and overturned by animal model engineering as well as by new scientific discoveries. In 2015, several strains of human HAV have been found in seals, which may indicate that the first natural nonprimate HAV to be discovered, and provide further understanding for the evolutionary history and pathogenicity of HAV [98]. Moreover, in recent years, HAV-associated hepatoviruses have been found in bats, rodents, hedgehogs [38], duck [99, 100, 101], and woodchucks [102, 103], which suggested that there may be more candidate animals potentially used as animal models of HAV. On the contrary, some scholars believed that these new viruses are substantially more divergent from each other and from human HAV (including simian HAV), which is in accordance with them being assigned to several additional species in taxonomy [78].
The animal experiments definitely play an important role in the development of life sciences and medical sciences. Therefore, ethical analysis concerning animal experiments is essential because it cannot completely avoid the use of animals [104] in the process of biomedicine and preclinical medicine research. Specially, NHPs act as the particularly valuable models for testing interventions against the Ebola and Marburg viruses in the field of studying of current infectious diseases, which can effectively objectively simulate human diseases via infections in these animals [105], and further contribute to the development of new protective and therapeutic vaccines. At a certain level, ethical issues become more important than scientific interest for this type of animal test [104] because such infections are often lethal to the experimental animals, which are commonly viewed as unethical. Similarly, experiments with HAV infection also expose animals (mainly NHPs) to injury or disease. Consequently, how to balance the contradiction between ethical challenges and NHPs infectious experiments becomes a vitally important subject.
Animal model research is entering a new and exciting stage along with the technologies of computational information and molecular biochemistry. For example, it is now possible for us to employ genome-edited techniques (e.g., ZFNs, TALENs, and CRISPR/Cas) to knockout specific genes, to knock in new genes, or to introduce specific mutations, and then to produce valuable animal models that benefited for our investigations. However, as we know, “no model is perfect, but many are useful” [106]. Therefore, establishing susceptible animal models is one of the methods in the research fields of HAV. By using appropriate and reliable animal models, virologist can perform a series of studies associated with hepatitis A including epidemiologic features, viral infectivity, humoral and cellular immunity, cytokine responses, virus pathogenesis, as well as the research and development of antiviral vaccinations.
For the development of hepatitis A vaccines, it is worth mentioning that a highly effective vaccine against HAV was manufactured by classical inactivation of the whole virus generated from cell culture [107], which commendably avoids the ethical controversy of using NHPs models. Moreover, there is a need to provide more support for the studies of long-term protection vaccines against hepatitis A infection [108].
Last but not least, it is very likely that a much wider host range of HAV-associated viruses will be discovered in other mammalian species in the future [38].
The Nobel laureate Peter Medawar have ever succinctly concluded that “No virus is known to do good” [109]. However, as we all know, “viruses are not omnipotent.” For hepatitis viruses, the narrow hepatic tissue tropism maybe is the cause of constraining the host ranges of hepatitis viruses to relatively few special host species. As previously reported, only one serotype of HAV had been found globally [110]. However, according to Bosch et al., there exists the possibility of emergence of a novel serotype originated from zoonotic reservoirs [18]. In summary, it is necessary to further develop candidate animal models for hepatitis A infection although HAV is easily capable of adapting growth in the condition of conventional mammalian cell cultures [92].
In recent decades, HAV has been ignored by viral research circles to a certain extent due to the research spending and interest have shifted to other hepatotropic pathogens. Finally, animal model research, as a preclinical study aiming to hepatitis A, can offer a scientific platform to accelerate the pace for drugs screening and vaccines development.
We would like to express our sincere thanks to Professor Costin Teodor Streba, Professor Cristin Constantin Vere and Professor Ion Rogoveanu for initiating this book project.
No conflicts of interest were reported.
This work was supported in part by grants from the National Key R&D Program Projects (2017YFF0104904), National Key Research and Development Plan (2016YFD0500600), Guangdong Provincial Science and Technology Plan Project (2017B020207004), Maternal and Child Health Molecular Genetic Medicine Research Project of Maternal and Child Health Center in Chinese CDCP (FY-ZX-ZD-0285, MHBD-0833-001), Youth Innovation Project of Sichuan Medical Research (Q16036), Key Science & Technology Project of Leshan in 2018 (18SZD150).
alanine transaminase chronic liver disease duck hepatitis A virus hepatitis A virus hepatitis B virus hepatitis C virus hepatitis D virus hepatitis E virus hepatitis G virus immune electron microscopy type I interferon internal ribosomal entry site nonhuman primates transcription activator-like effector nucleases World Health Organization zinc finger nucleases
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