1. AROLA, R.A. Wood Fuels - How do they stack up? Energy and the Wood Products Industry. Madison, Wisconsin, Forest Products Research Society.1976
2. BABCOCK POWER Ltd. Londres, Reino Unido.
3. BABCOCK & WILCOX. Steam - Its Generation and Use. Nueva York, EE.UU.1978
4. BACHRICH, J.L. Dry Kiln Design and Woodwaste Recovery. Modern Sawmill Techniques. Vol. 6. San Francisco, EE.UU., Miller Freeman Publications.1976
5. BALDWIN, R.F. Plywood Manufacturing Practices. San Francisco, EE.UU. 1981.
6. BAUMEISTER, T. & MARKS, L.S. Eds. Standard Handbook for Mechanical Engineers. Nueva York, EE.UU., McGrawHill.1967
7. BLACKWELL, B. & MacCALLUM, C. Hog Fuel Drying Concepts.(Documenio basado en un informe preparado por Sandwell St Co. Ltd. bajo el patrocinio del programa infor del Servicio Forestal Canadiense.)
8. BRAUNSTEIN, H.M. et. al. Biomasv Energy Systems & the Environment. Nueva York, EE.UU., Pergaman Press.1981
9. BRITISH COMPRESSED AIR SOCIETY. Guide to the Selection and Installation of Compressed Air Services. Londres, R.U.1979
10. BRUBAKER III, W. & PRATT. W.E. Woo . d Residuals Useful for Generation of Steam. Modern Sawmill Te--hniques. Vol. 5. San Francisco, EE.UU., Miller Freeman Publications.1975
11. BRUNNER, R. modern Technology Aids Efficient Timber Drying. Asian Timber. Noviembre.1983
12. COMBUSTION ENGINEERING INC. Combustion Engineering. Nueva York, EE.UU.1951
13. COMP AIR INDUSTRIAL LTD. Highy Wycombe, R.U.
14. COMSTOCK, G.L. Energy Requirements for Drying of Wood Products. Wood Residue as an Energy Source. Madison, Wisconsin, Forest Products Research Society.1976
15. CORDER, S.E. Potential for Energy Recovery for Lumber Dry Kilns. Forest Products Journal.Agosto.1980
16. CORDER, S.E. Ed. Wood & Bark Residues for Energy.(Conference Proceedings 31 May 1974.) Universidad del Estado de Oregon.1975
17. CORDER, S.E. Fuel Characteristics of Wood and Bark and Factors Affecting Heat Recovery. Wood Residue as an Energy Source. Madison, Wisconsin, Forest Products Research Society.1976
18. COXE, E.F. & AYLOR, R.L. Processing Systems for Wood Fuel.Energy Generation and Cogeneration from Wood. Madison, Wisconsin, Forest Products Research Society.1980
19. DEPARTMENT OF ENERGY. Compressed Air & Energy Use. Londres, R.U., HMSO.1980
20. DEPARTMENT OF ENERGY. Economic and Statistics Department. Londres, R.U.
21. DEPARTMENTS OF INDUSTRY AND ENERGY. H.M. Government, Londres, R.U.
22. DOBIE, J. & WRIGHT, D.M. Metric Conversion Factors for Forest Products. Vancouver, B.C., Forintek Canada Corp.1979
23. DOFFINE - CONSULT GmbH. Plywood Plant Case Study (preparado para la cartera FAD de pequeflas fábricas de paneles a base de madera.) Krefeld.1977
24. DRYDEN, I.G.C. Ed. The Efficient Use of Energy. Guildford, R.U., IPC Science and Technology Press.1975
25. EKOMO OY. Power and Heat Plants. (Study prepared for theFAO portfolio of small-scale forest industries for developing countries.) Helsinki, Finlandia.1980
26. ESPING, B. Energy Saving in Timber Drying. (Documento presentado al seminario sobre conservación y autosuficiencia energóticas en la industria aserradera. Bonn, Comisión Económica de las Naciones Unidas para Europa.)1982
27. EVANS, G.G. Ed. Lubrication in Practice. Basingstoke, R.U., Macmillan-Esso.1972
28. EWING, A.J. Energy Efficiency in the Pulp and Paper Industry with Emphasis on Developing Countries.Washington, D.C., EE.UU., Banco Mundial.1985
29. FAO Appropiate Technology in Forestry. Estudios FAO:  Montes N° 31. Roma, Italia.1982
30. FAO Tableros de fibras y particulas. Roma, Italia.1958
31. FAO Tableros contrachapados y otros paneles a base de madera. Vol. 4. (Documentos técnicos presentados a una consulta internacional.) Roma, Italia.1963
32. FAO Tableros contrachapados y otros paneles a base de madera. (Informe de una consulta internacional.)Roma, Italia.1966
33. FAO Proceedings of the World Consultation on Wood Based Panels. Nueva Delhi, India. Bruselas,Miller Freeman Publications.1976
34. FAO Aserraderos pequehos y medianos en los paises en desarrollo. Estudio PAO: Montes N° 28. Roma, Italia.1981
35. FAO Trends and Policies in Europe Relating to the Usim of Wood for Energy. (Notas de la Secretaria, basadas en informes nacionales presentados a la Comisión Forestal pars. Europa.) Innsbruck.1982
36. FAO Paneles a base de madera. , (Informe del Comité de la FAO, 54 Reunión.) Roma, Italia.1977
37. FAO Las astillas de madera, su producción y transporte. Roma, Italia.1976
38. FAO Recursos de madera y su utilizaci6n como materias primas. (Estudio sectorial.) Viena, ONUDI.1982
39. FAO Anuario de productos forestales. Roma, Italia 1968 y 1980
40. GARDINER ENGINEERING SERVICES, LTD. Vancouver, C.B., Canada.
41. GOODALL, P.M. Ed. The Efficient Use of Steam. Guildford, R.U., IPC Science and Technology Press.1980
42. HALL, G.S. Energy Conservation in the Kiln Drying Industry of the United Kingdom. (Documento preparado para el seminario sobre aspectos energéticos de las industrias forestales, celebrado en Udine, Italia, noviembre de 1978. Comisi6n Económica de las Naciones Unidas para Europa.)1978
43. HALLEWALL, H.A. Mill Layout for Maximum Efficiency. Sawmill Techniques for South East Asia. San Francisco. EE.UU., Miller Freeman Publicatons.1975
44. HANSOM, O.P. The Comparison of Heat and Vent and Heat Pump methods of Timber Drying. (Documento presentado al seminario sobre conservaci6n y autosuficiencia energéticas en la industria aserradera, Bonn. Comisi6n Económica de las Naciones Unidas para Europa.)1982
45. HAWKINS, J.W. Industrial Insulation. TAPPI Journal. Enero.1985
46. HAYGREEN, J.G. & BOWYER, J.L. Forest Products and Wood Science. Iowa, Iowa State University Press.1982
47. HEILBORN, G.P. Energy Considerations in Connection with Setting up an Integrated Timber Complex. (Documento preparado para el seminario sobre aspectos energ6ticos de las industrias forestales,celebrado en Udine, Italia, noviembre de 1978.Comisión Económica de las Naciones Unidas para Europa.)1978
48. HER MAJESTY'S STATIONARY OFFICE. The Efficient Use of Fuel. Londres, R.U.
49. HOFF, E.B. Handling of Forest Products Fuels. Energy and the Wood products Industry. Madison, Wisconsin, Forest Products Research Society.1976
50. INTERNATIONAL ENERGY AGENCY. Energy Balance of OECD Countries, 1982/83, Paris, Francia, OCDE.1985
51. JAAKKO POYRY & CO. Londres, R.U.1984
52. JAAKYO POYRY CONSULTING OY. Integration of a  Thermomechanical Pulp Mill, Sawmill and Plywood Mill. (Documento preparado para la cartera de la FAO de pequeflas f&bricas de paneles a base de madera.) Helsinki, Finlandia.1980
53. KECH, P. Material Balances and Energy Required for Manufacture of Ten Wood Commodities. Energy and the Wood Products Industry. Madison, Wisconsin, Forest Products Research Society.1976
54. KOCKUMS INDUSTRI AB. Sawmill Plant. (Preparado para la cartera de la FAO de pequeflas f4bricas de paneles a base de madera.) Soderhamn, Suecia.1982
55. LENGEL, D.E. How to Reduce Energy Requirements in New and Old Installations. Wood Residue as an Energy Source. Madison, Wisconsin, Forest Products Research Society.1976
56. LEVELTON, B.H. & ASSOCIATION Ltd. Combustion Technology for the Disposal and Utilization of Wood Residue. (Preparado para Medio Ambiente Canadiense, Informe EPS 3-AP-75-4.)1975
57. LEVELTON, B.H. & ASSOCIATION Ltd. An Evaluation of Wood Waste Energy Conversion Systems. (Preparado para Medio Ambiente Canadiense, Proyecto ENFOR C-222.)1981
58. LEVELTON, B.H. & ASSOCIATION Ltd. A Review of the options Available to the Forest Industry for Producing Electricity from Wood Residues.(Preparado para Medio Ambiente Canadiense, proyecto ENFOR c-185.)1982
59. LEVELTON, B.H. Sawmill & Small.Scale Combustion Systems. Energy Generation and Cogeneration from wood. Madison, Wisconsin, Forest Products Research Society.
60. LIGHTNER, C.R. Using Green Wood Waste to generate Steam. Modern Sawmill Techniques. Vol 4 San Francisco, EEUU, Mill Freeman Publications.1975
61. LIN, F. Economic Desisability of usin wood as a fuel Steam Production. Forest Products Journal. Vol. 31, N.1. 1981
62. LUNSTRUM, S.J. Circular Sawmills and their Efficient Operation. Atlanta, Georgia, USDA, Forest Service. 1972.
63. MACDONALD R.G. Ed Pulp and paper Manufacture. Vol 1 Nueva York, EEUU, McGraw-Hill Book Co. 1969
64. MALMQUIST  L.. Lumber Kiln Design and Technology for Energy Savings (Documento preparado para el seminario sobre aspectos de las industrias forestales celebrado en Udine, Italia, noviembre de 1978. Comision Europea de las Naciones Unidas pata Europa.
65. MALONEY, T.M. Modern Particleboard and Dry-Process Fibreboard Manufacturing. San Francisco, Miller Freeman Publications.1977
66. MOSLEMI, A.A. Particleboard. Edwardsville, Southern Illinois University Press. 1974
67. MATTSON, J.E.& NILSSON, P.O. Eds (Actas del taller mixto OIEA/IUFRO sobre energía Forestal. Suecia, 2 de octubre de 1980, Garpenberg, Suecia, Universidad Sueca de Ciencias Agrícolas.)
68. McCOMBE, B.M.  & GOTTSTEIN, J:W: The control of peeling quality on Veneer Lathes. Plywood Technical Notes N°6 Melbourne, Australia. Commonwealth Scientific and Industrial Research Organization. 1976.
69. McCONNELL, C.T. Direct Fired Applications Using Dry Wood Residue. Energy and the Wood Products Industry. Madison, Wisconsin, Forest Products Research Society.1976
70. MOLDOW Ltd. Warwick, R.U.
71. MONTAGUE, D.E. Band and Circular Sawills for Softwood. Londres, R.U., HMSO.
72. MOSWAIN, G.A. Novedades técnicas en la industria de paneles a base de madera. Paneles a base de madera. ( Informes del Comité de la Fao. 5° reunión.) Roma, Italia 1977
73. NATIONAL INDUSTRIAL FUEL EFFICIENCY SERVICE Ltd. Altrincham, Cheshire, R.U.
74. NATIONAL SCIENCE FOUNDATION. The Feasibility of Utilizing Forest Residues for Energy & Chemicals. Washington, D.C. EE.UU.1976
75. NEILD, P. Fueling Dry Kilns with Planer Shavings. Modern Sawmill Techniques. Vol 4. San Francisco, Miller Freeman Publications. 1975
76. NIEMINEN, J Rotary Dryer Upgrades Bark Fuel Value. Pulp & Paper International. Julio 1978
77. NIVEN, C.J.T. Kiln Drying South East Asian Hardwoods. Sawmill Techniques for South East Asia. Vol 4 San Francisco, EEUU, Miller Freeman Publications.
78. PAYNE, G.A. The Energy managers Handbook. Guildford, Surrey, R.U., Westbury House.
79. PERRY,R.H. & CHILTON, C.H. Eds. Chemical Engineers Handbook. Nueva York EEUU McGraw-Hill.1973
80. PHILIPS ELECTRONICS & ASSOCIATION Ind. Ltd. Energy Effective Lighting Manual. Croydon, R.U. 1982
81. PINGREY, D.W. Forest Products Energy Overview. energy and the Wood Products Industry. Madison, Wisconsin, Forest Products Research Society.1976
82. PINGREY, D.W. & WAGGONER, N.E. Cost Effectiveness and Incentives for Cogeneration. Hardware for energy generation in the Forest products Industry. Madison, Wisconsin, Forest Products Research Society,.1979
83. PORTER, S.M. & ROBINSON, R.W. Waste Fuel Preparation System. Energy and the Wood Products Industry. Madison, Wisconsin, Forest Products Research Society 1976
84. PRATT, G.H. Timber Drying Manual. Londres, R.U. Department of the enviroment, HMSO
85. RYDIN , O. Utilization of Bark and other Wood Wastes as Fuel. (Documento preparado para el seminario sobre aspectos energéticos de las industrias forestales, celebrado en Udine, Italia, noviembre de 1978. Comisión Económica de las Naciones Unidas para Europa. 1978
86. SANDBLOM, L.U. Experiences from Governmental Support for Energy Conservation Prospects in Industry, specially in the Forest Industry. (Documento presentado al seminario sobre aspectos energéticos de las industrial forestales celebrado en Udine, Italia.Comisión Económica de las Naciones Unidas para Europa.) 1978
87. SANDWELL & CO Ltd. Design Manual. Vancouver, C.B. 1968
88. SHADE, R.A.  Energy Conservation in the Forest Produsts Industry. Energy and the Wood Products Industry. Madison, Wisconsin, Forest Products Research Society. 1976
89. SIEMPELKAMP, G. GmbH & Co A Comparative Feasibility Study of Three Small-Scale Wood-Based Panel  Mills: (Preparado para la cartera de la FAO de pequeñas fábricas de paneles a base de madera. Krefeld.)1977
90. SIMPSON, D.L. Económics and Use of Wood Residues as Fuel. Modern Sawmill Techniques. Vol 4 San Francisco. Miller Freeman Publications.1975
91. SKAAR, C. Energy Requirements for Drying Lumber. Practical Application of Solar Energy to Wood Processing. Madison, Wisconsin, Forest products Research Society 1977.
92. SPIRAX SARCO Ltd. Compresses Air. Celtenham, R.U. 1968
93. SPIRAX SARCO Ltd. Steam and Condensate Services. Cheltenham, R.U. 1981
94. STEPKHENS. L.G. Constructing a mill to maximize running time. Modern Sawmill Techniques. Vol 4 San Francisco, Miller Freeman Publications.1975
95. STUART EVANS, R. Energy Substitution Opportunities in the Canadian Forest Industry. ( Documento presentado al seminario sobre aspectos energéticos de las industrias forestales, celebrado en Udine, Italia. Comisión Económica de las Naciones Unidas para Europa.) 1978
96. SULLIVAN, P. Direct-Fired Wood Waste Combustion Systems. Modern Plywood Techniques. San Francisco, Miller Freeman Publications. 1977
97. SWEDICH NATIONAL REPORT. Energy usage in the Wood Products Industry (Documento presentado al seminario sobre conservación y autosuficiencia energética en la industria aserradera, celebrada en Bonn. Comisión Económica de las Naciones Unidas para Europa.) 1982
98. THOMPSON, S.P. Fuel Preparation Systems using a Rotary Dryer. Wood residue as an Energy Source. Madison, Wisconsin, Forest products Research Society 1976
99. TURNER, D. & WETMORE, S.A. Considerations in choosing a Lumber Sorting system. Modern Sawmill Techniques.Vol 5  San Francisco,Miller Freeman Publications.1975
100. UNITED NATIONS ECONOMIC COMMISSION FOR EUROPE. Energy Conservation and Self-Sufficiency in the Sawilling Industry. (Documento presentado al seminario de Bonn.)
101. UNITED NATIONS ECONOMIC COMMISSION FOR EUROPE. Energy Consumption in the Foret Industries of the ECE Region. ( Documento presentado al seminario sobre aspectos energéticos de las industrias forestales, celebrado en Udine, Italia. 1978.
102. UNIDO (UNIDO) First World-Wide Study of the Wood and Wood Processin Industries. Viena.1983
103. USDA-FOREST SERVICE. The Feasibility of Utilizing Forest Residues for Energy and Chemicals. ( A report to the National Science Foundation and Federal Energy Administration)
104. WALSH, J.L. et al. Wood Fuel Drying. Atlanta, Georgia, Georgia Institute of Technology 1981
105. WALSH, J.L. et al. Wood Fuel Storage. Atlanta, Georgia, Georgia Institute of Technology 1981
106. WESTPHAL, J.L. et al. Board plant trends towards self-Sustained Dryer Energy trough Utilization of In-Process Sources. Proceeding of 8th Particleboard Symposium. Universidad del estado de Washington, EEUU.1977
107. WEYER, J. Direct Combustion Systems. Wood Residue as an Energy Source.Madison, Wisconsin, Forest products Research Society 1976.
108. WHITE, M.S. Solar Drying of Hogged Wood and Bark Fuels. Practical Application of Solar Energy and Wood Processing.Madison, Wisconsin, Forest products Research Society 1977
109. WILLINSTON, E.M. Lumber Manufacturing: The Design and Operation of Sawmills and Planer Mills. San Francisco, Miller Freeman Publications.
110. WOODFIN, R.O.Jr. Wood Losses in Plywood Production- Four Species. Forest Products Journal.23(9): 98. 1973
111. WORLD BANK (BANCO MUNDIAL) Energy in the Developing Countries. Washington, D.C. EEUU.1980
112. ZERBE, J.I. AROLA, R.A & ROWELL, R.M. Opportunities for Greater Self-Sufficiency in Energy Requirements for the Forest Products Industry. Energy and Environmental Concerns in the Forest Products Industry. American Institute of Chemical Engineers 177. vol 74. 1978.