Greenhouse-gas emission mitigation from the use of agricultural residues: The case of ricehusk

Energy

Volumn 24, Issue 1, 1999, Pages 43-59

  Bhattacharya, S C ^a   Arul Joe, M ^a   Kandhekar, Zahed ^a   Abdul Salam, P ^a   Shrestha, R M ^a  

^a Sch Environ   (Thailand)

Author keywords

[No Author keywords available]

Indexed keywords

AGRICULTURAL WASTES; BIOCONVERSION; BIOMASS; ENERGY UTILIZATION; GREENHOUSE EFFECT;

BIOMASS TECHNOLOGY; GREENHOUSE GAS EMISSION MITIGATION; RICEHUSK;

GAS EMISSIONS;

ALTERNATIVE ENERGY; BIOMASS POWER; EMISSION CONTROL; GREENHOUSE GAS;

EID: 0032945217     PISSN: 03605442     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0360-5442(98)00066-8     Document Type: Article

References (56)

1. 2. Washington DC, USEPA, 1990.
2. Strehler A. Biomass Combustion Technologies, FAO, 1988.
3. Goto T, Kato N, Ohnishi A, Ogawa Y, Sakamoto T. Projections of energy consumption and emissions of substances affecting the global environment in Asia: Summary. NISTEP Report no. 27, National Institute of Science and Technology Policy, Japan, 1990.
4. Avallone EA, Baumeister III T. Marks' Standard Handbook for Mechanical Engineers. Singapore: McGraw-Hill Book Co., 1987.
5. 2 emission intensities in India: a divisia decomposition approach. AIT Thesis no. ET 93-26, Bangkok: Asian Institute of Technology, 1993.
6. Dutt GS, Ravindranath NH. In Renewable Energy: Sources for Fuels and Electricity. In: Johansson TB et al, editors. Washington DC: Island Press, 1993.
7. Intergovernmental Panel on Climate Change. Greenhouse gas inventory reference manual, vol. 3. IPCC WGI Technical Support Unit, UK, 1995.
8. OECD. Energy and environmental technologies to respond to global climate change concerns. International Energy Agency. Organization for Economic Co-operation and Development, France, 1994.
9. USEPA. Compilation of air pollutant emission factors. vol. I. Stationary Point and Area Sources. United States Environmental Protection Agency, 1995.
10. Bhattacharya SC, Pham HL, Shrestha RM, Vu QV. In: Bhattacharya SC, Pittock AB, Lucas NJD, editors. Proceedings of the Workshop on Global Warming Issues in Asia. Bangkok: Asian Institute of Technology, 1993:69-90.
11. Beagle EC. Rice-husk conversion to energy. FAO Agricultural Services Bulletin, no. 31, Rome, 1978.
12. Bhattacharya SC. US-ASEAN Seminar on Energy Technology. Bandung, Indonesia, 1982:85-94.
13. FAO. Agricultural ricehusks: bibliography and quantitative survey. FAO agricultural services bulletin, no. 47, 1982.
14. Yit-Seng Y, Bin Ali B. Proceedings of ASEAN Conference on Energy from Biomass. 1986:357-371.
15. Zhuang Y. Emission from biomass combustion in Asia. Research Centre for Eco-environmental Sciences. China: Chinese Academy of Science, 1986.
16. FAO Production Yearbook. FAO Statistics Series no. 125. Food and Agricultural Organization of the UN, vol. 48. Rome, 1994.
17. BEPP. Rural energy and biomass supply. Bangladesh Energy Planning Project, vol. IV. Planning Commission, Government of Bangladesh, 1985.
18. Eusuf M. Proceedings of the Regional Workshop on Human Resources Development for Utilization of Agricultural Ricehusks as Energy Source. China: ESCAP, May 1993:137-159.
19. TEDDY. Teri Energy Data Directory and Yearbook. India: Tata Energy Research Institute, 1996.
20. Srivastava PR. Proceedings of Seminar cum Study Tour on Gasification of Ricehusk and Other Biomass. China and Rep. of Korea, September 1990:69-93.
21. Gupta CL, Singh KK. Proceedings of the Regional Workshop on Human Resources Development for Utilization of Agricultural Ricehusks as Energy Source. China:ESCAP, May 1993:170-199.
22. Wibulswas P. Industrial Power Production as a Supplement or an Alternative to the Utility. In: Mohanty B, editor. Seventh Asian School on Energy. January 1990:71-87.
23. Amin-Arsala B, Gowen MM, Faulkner MD, Waddle D. Potential for private investment in rice ricehusk power generation: Indonesia. Report no. 88-05, Office of Energy, Bureau for Science and Technology, USAID, 1988.
24. Razak MA, Hoi WK, Gan LT. Biomass for Energy, Industry and Environment: 6th EC Conference. Grassi G et al, editors. London: Elsevier Applied Science, 1991.
25. Myo Oo U. Rice by-product utilisation in selected countries in Asia. In: Dommershuijzen JJ, Lozare JV, editors. Regional network for intercountry cooperation on postharvest technology and quality control. Thailand, 1990:44-57.
26. LSUAC. A Study of Market for RICEHUSK-to-energy Systems and Equipment. Louisiana State University Agricultural Center, May 1996.
27. Vellupillai L, Mahin DB. Proceedings of the Seventh National Bioenergy Conference, vol. 1. 1996:171-178.
28. Intarapravich D, Lim CJC, Resanond A, Santisirisomboon J, Shrestha S, Decosta I. Electricity: Meeting Needs With Least Environmental Impacts. Thailand Environmental Institute, 1995.
29. La Van Chu. Rice by-product utilisation in selected countries in Asia. In: Dommershuijzen JJ, Lozare JV, editors. Regional Network for Inter Country Cooperation on Postharvest Technology and Quality Control. Thailand, 1990:115-117.
30. Imtiaz A. Proceedings of the Regional Workshop on Human Resources Development for Utilization of Agricultural Residues as Energy Source. China: ESCAP, May 1993:229-236.
31. Pathak BS, Jain AK. Energy Management. July-September, 1985:211-215.
32. Chantavorapap S. In Proceedings of Seminar cum Study Tour on Gasification of Ricehusk and Other Biomass. China and Rep. of Korea: ESCAP, 1991:229-236.
33. Yuan-bin H. Technology-wise use of Biomass for Energy in China. Asian Regional Research Programme in Energy, Environment and Climate. Bangkok: AIT, 1996.
34. Sharma M. Techno-environmental assessment of biomass as a source of energy: the case of Nepal. AIT thesis no. ET 95-15. Thailand: AIT, 1995.
35. Quang Khai N. State-of-the-art of the utilization of agricultural residues and other biomass and identification of priority projects in Vietnam. Agricultural Biomass for Sustainable Rural Development, ESCAP, 1993.
36. Reddy B. S. Energy Conversation and Management. 35(4):1993;341-361.
37. DOE. Asian Regional Research Programme in Energy, Environment, and Climate. Status of biomass energy technologies: Philippines. Department of Energy, March 1996.
38. Cabrera M. APEC Energy R and D and Technology Transfer and Renewable Energy Resource Assessment Seminar. Beijing, China, 1996:135-154.
39. Bhattacharya SC, Shrestha RM. Biocoal Technology and Economics. RERIC. Bangkok: AIT, 1990.
40. BSR. Biomass Energy Systems and Technology Project. Bioenergy Systems Report. USAID, 1990.
41. Dhingra S, Mande SP, Kishore VVN, Joshi VR. Status and Potential. International Workshop on Biomass Briqutting, New Delhi, 1995.
42. Bhatia K. Rice by-product utilization in selected countries in Asia. In: Dommershuijzen JJ, Lozare JV, editors. Regional Network for Inter-Country Cooperation on Postharvest Technology and Quality Control. Thailand, 1990:13-23.
43. PNOC. Detailed Feasibility Study for the Pilot Demonstration of Communal Rice Hull Power Plant in the Philippines. Utilizing the VYNCKE Technology at Cabatuan, Isabela. Philippine National Oil Co., Quezon City, 1993.
44. UNDP/ESCAP. Utilization of Agricultural Residues as Energy Source for Productive Activities, 1985.
45. EC-ASEAN Cogen Programme. Business Opportunities for Power Generation from Biomass Ricehusks in ASEAN, vol. 1-3. Bangkok: Asian Institute of Technology, 1994.
46. Wibulswas P., Panyawee S., Terdyothin A. Potential for power generation in a large white rice mill. Renewable Energy. 5(II):1994;796-798.
47. Schenkel Y, Pennington M, Lacrosse, L, Gonzales AD. In: European-ASEAN Conference on Combustion of Solids and Treatement of Products, 1996:139-161.
48. Knoeff HAM, Bussmann PJT, Stassen HEM. Biomass for Energy, Industry and Environment: 6th EC Conference. Grassi G et al, editors. London: Elsevier Applied Science, 1991.
49. ESCAP. Rural Energy Technology: Biomass Conversion. New York: United Nations, 1991.
50. ESCAP. Proceedings of the Regional Workshop on Human Resources Development for Utilization of Agricultural Ricehusks as Energy Source, China, May 1993.
51. Kristforson LA, Bokalders V. Renewable Energy Technologies: Their Applications in Developing Countries, Intermediate Technology Publications, London, 1991.
52. TERI. Tata Energy Research Institute, India. Personal Communication, 1997.
53. Vimal OP, Tyagi PD. Energy from Biomass. An Indian Experience. New Delhi: Agricole Publishing Academy, 1984.
54. MITI. Energy in Japan: Facts and Figures. Agency of Natural Resources and Energy, Ministry of International Trade and Industry, Japan, 1990.
55. Agrilectric Power Inc. A member of the Powell Group, Louisiana. Personal Communication, 1997.
56. Arjun B. An experimental study of emission factors from domestic biomass cook stoves. Thesis report, ET 1997. Bangkok: AIT, 1997.