ASCOT Library Zabali Campus catalog › Results of search for 'callnum:"631.8"'

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	1.	No cover image available No cover image available Green Manure in Rice Farming by IRRI Publication: Philippines IRRI 1988 . P.379 Date: 1988 Availability: Items available: ASCOT Library - Bazal Campus Filipiniana [631.8] (2), Place hold Add to cart (remove)
	2.	No cover image available No cover image available Fertilizer technology and soil fertility Publication: New York Larsen & Keller 2018 . 206 pages : , Chapter 1 fertilizers and its classification – a.Fertilizer – b. Labeling – c. Soil chemistry – d. Organic fertilizer – Chapter 2 production processes of nitrogen fertilizers – a. Ammonia – b. Nitric acid – c. Ammonium nitrate – d. production of straight granulated AN and CAN – e. Ammonium sulfate – calcium nitrate – Ammonium chloride – h. Urea – Chapter 3 techniques for phosphorus fertilizers production – a. Sulphuric acid – b. Phosphoric acid – c. Monocalcium phosphate – d. Nitrophosphate fertilizers – e. Other phosphate fertilizers – Chapter 4 potash and potassium fertilizers – a. Potash – b. Potassium sulfate – c. Potassium nitrate – Chapter 5 impact of fertilizers on environment – a. Groundwater pollution – b. Environmental impact of agriculture – c. Impact of fertilizers on the environment – d. Impact of fertilizer industry on environment. Date: 2018 Availability: Items available: ASCOT Library - Bazal Campus Reference [Ref 631.8 F41 2018 c.1] (1), ASCOT Library - Bazal Campus Reference [Ref 631.8 F41 2018 c.2] (1), Place hold Add to cart (remove)
	3.	No cover image available No cover image available Proceedings of the international symposium: alternative sources of energy for agriculture Publication: Taiwan Food and Fertilizer Technology Center for the Asian and Pacific Region 1985 . vi, 453 pages : , Section I. the use of fuel crops as a source of hydrocarbons - 1. Keynote speech. - 'Renewable fuels for the future' - Melvin Calvin – Section II. anaerobic fermentation and biogas production – 2. The production of fertilizer from anaerobic digesters used to treat agricultural residues - S. P. Etheridge – 3. Production of hydrogen and other chemicals by anaerobic fermentation - Y. Minoda – 4. Performance of a completely filled vertical through-flow anaerobic digester - W. Baader – 5. High performance anaerobic digestion processes for the production of biogas from agro-industrial wastes in Malaysia - Ahmad bin Ibrahim – 6. Experience in the anaerobic treatment of hog wastes in Taiwan - C. M. Hong, M. T. Koh, S. Y. Sheeh, T. H. Chiu, Y. F. Chen and P. Chung – 7. Production and utilization of biogas from palm oil mill effluent - A. N. Ma. and Augustine S. H. Ong – 8. Case study on decision making for bioconversion of solid agricultural wastes by solid state fermentation - H. H. Wang – 9. Digester systems of agricultural biogas plants in the Federal Republic of Germany - W. Baader and R. Koss – 10. Engineering and economy - some special planning aspects and practical examples of biogas plants used on farms in West Germany and other European countries - R. Wenzlaff – Biogas production on samll farms-some Asian experiences – 11. Biogas research and utilization in Korea - Y. D. Park – 12. Biogas promotional strategies: Philippine experience - S. V. Javier, Jr. – 13. Dissemination of methane gas fermentation systems and associated problems in Japan - T. Maekawa – 14. Biogas production in Thailand - P. Kananurak – Section III. Biochemical conversion of cellulosic wastes – 15. Ethanol and chemicals from cellulosics - George T. Tsao – 16. Biological conversion of renewable resources into liquid fuels - Y. C. Su, H. Y. Chiang, W. P. Yu and J.Y. Chien – 17. Utilization of agricultural cellulosic wastes for the fermentative production of glucose isomerase - W. P. Chen – 18. The potential for converting biomass to hydrogen-rich synthetic gas for ammonia synthesis - M. H. Rei and C. C. Chen – 19. Protein enrichment of cellulosic material with Trichoderma album by solid-state fermentation - S. S. Yang and H. Blachere – 20. Energy in sugarcane and its bioconversion - S. L. Sang – 21. Improvement of ethanol productivity from cane molasses by a process using a high yeast cell concentration - L. H. Wang, et al. – 22. The efficient ethanol fermentation of acid hydrolyzate from hemicellulose-extracted baggase - M. C. Hsie, W. F. Yee, L. H. Wang and S. L. Sang – 23. A new process of xylose production from baggase for ethanol fermentation- W. F. Yee, L. H. Wang, M. C. Hsie and S. L. Sang – 24. Biomass and ethanol production from Jerusalem artichoke - H. J. Lee, S. I. Kim and Y. I. Mok – 25. Single cell protein research activities by the Chinese Petroleum Corporation - H. Y. Fang – Section IV. solar, wind and water energy – 26. Solar greenhouse designs - James R. Brownell – 27. Solar energy for greenhouse heating and crop drying - P. J. M. Sale, R. J. Fuller and C. P. Mayer – 28. Study of solar energy utilization in shed with sloping roof, used for bulk tobacco curing - C. A. Wu – 29. Solar and water energy to horticultural uses in Japan - T. Kozai – 30. Utilization of geothermal water for agriculture in Japan - Y. Minohara – 31. 4 kw wind turbine generating systems for agricultural use in Hukou and Kinmen - C. S. Chiu – Section V. energy-saving technology – 32. agronomic techniques to conserve energy inputs for food production in developing countries - I. N. Oka, Partohardjono and A. H. Bahagiawati – 33. Mutifuel engine research - hydrous alcohol fuels - Leslie l. Aldrich. Date: 1985 Availability: Items available: ASCOT Library - Bazal Campus Reference [Ref 631.8 F73p 1985 c.1] (1), ASCOT Library - Bazal Campus Reference [Ref 631.8 F73p 1985 c.2] (1), Place hold Add to cart (remove)

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