44 results
Search Results
2. Energy recovery and conservation: the potential of resource recovery
3. Review and analysis of renewable feedstocks for the production of commodity chemicals
4. Saving the earth, creating jobs
5. Energy potentials worldwide and their importance in cellulose and paper industry
6. Gas infrared's steady success in paper drying
7. MRF study shows processing costs of recyclables exceed revenues
8. Survey report: study of information/educational discussions with private industries and public institutions on the direct-heat utilization of geothermal energy
9. Geothermal resource utilization: paper and cane sugar industries. Final report
10. Systems study for the use of geothermal energies in the Pacific Northwest. Final report, June 1, 1974--November 30, 1974
11. Synecological coordinates as indicators of variation in red pine productivity among twinspan classes: A case study. Forest Service research paper
12. Solid-waste incineration at Lima Army Tank Plant, OH. Final report
13. Energy potentials worldwide and their importance in cellulose and paper industry
14. Direct liquefaction of coal: liquefaction mechanisms. Mathematical modeling of biomass pyrolysis phenomena
15. Maximizing efficiency of wood for product and energy
16. Hydrothermolysis of biomass-ethanol fermentation of hydrothermal solutions with Saccharomyces carlsbergensis W 34
17. Nuclear analytical chemistry. III. Radiochemical and activation analysis. [Radiochemical and activation analysis; book]
18. Energy in solid waste: a citizen guide to saving
19. Gasification of wastes using molten salts
20. 1973 business statistics: 19th biennial edition. Biennial supplement to the survey of current business
21. Evaluating dead lodgepole pine for products
22. Wood energy: yes it has potential, but
23. Radiant flash pyrolysis of biomass using a xenon flashtube
24. Farmers enter compost business
25. Nekoosa paper mill tames coal-ignition blowbacks
26. Impact of source separation and waste reduction on the economics of resource recovery facilities
27. Agricultural residues and other nonwood plant fibers. [For pulp and paper industry]
28. Metals in the wastes we burn
29. Cost of producing energy from wood in intensive cultures
30. Place of cellulose under energy scarcity
31. Fuel densifier converts biomass into fuel cubes
32. Economic costs of withdrawing timber and timberland from commercial production
33. Timber: more effective utilization. [Wood and paper]
34. Synthetic fuels from municipal, industrial, and agricultural wastes. 1964-June, 1980 (citations from the NTIS data base). Report for 1964-Jun 80. [218 abstracts]
35. Review of the commodity flow studies (1975-1979)
36. Systems study of fuels from sugarcane, sweet sorghum, sugar beets, and corn. Volume V. Comprehensive evaluation of corn. Task 77, final report
37. Energy consumption: fuel utilization and conservation in industry
38. Producer gas: another fuel for motor transport
39. Energy conservation study. Report to Congress. [Restricting exports, alternative requirements, and incentives and disincentives]
40. Renewable resources for industrial materials. [Reference Materials System; substitution]
41. Reactivity and gasification characteristics of low ranking coals and potentially reducing waste materials. [Lignite most reactive on volume basis]
42. Resource recovery and source reduction (solid waste management). First report to Congress, 3rd edition
43. High BTU fuel element
44. The influence of fly ash on obtaining quality plastic and hardened properties of portland cement concrete
Discovery Service for Jio Institute Digital Library
For full access to our library's resources, please sign in.