Download Acetic Acid and its Derivatives (Chemical Industries) by Victor H. Agreda PDF

By Victor H. Agreda

Notable a stability among uncomplicated chemistry and chemical engineering, this up to date reference discusses very important points of acetic acid and its significant derivatives, together with chemistry, equipment of training and manufacture, and synthesis, in addition to present and rising downstream technologies.;The e-book presents entire actual estate information for compounds and their separation, together with acetic acid-water separation. Describing 5 different types of thoughts for the manufacture of acetic acid, it: examines thermophysical houses and aqueous ideas, with certain causes of mathematical types and correlations; provides a serious research of estate; outlines production expenses and similar fiscal components; stories the functions of acetic acid and derivatives; covers the chemistry and coaching of the derivatives; elucidates fresh themes resembling deicers, esters and new esterification applied sciences.

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And Sen, S. , in Adv. , Proc. 7th Natl. Symp. Catal. (P. ), Wiley, New York, 1985, p. 83. 23. , in Ethylene and Its Industrial Derivatives (S. A. ), Ernest Benn, London, 1969, p. 639. 24. Miller, S. , Acetylene, Its Properties, Manufacture, and Uses, Vol. 2, Academic Press, New York, 1966, p. 150. 25. Lowenheim, F. , and Moran, M. , Wiley-Interscience, New York, 175, p. 1. 26. , 55, 97 (1976). 27. Ma, J. J. , Acetaldehyde, Report No. 24A2, Stanford Research Institute, Menlo Park, CA, 1976. 28.

Naraevskaya, S. , and Medzhidova, S. R. SU 1,549,945 (1990). 52. Duncanson, L. , and Ehrlich, H. W. S. Patent 3,459,796 (1969). 53. , Japan JP 45/21490; JP 45/21491 (1970). 54. , European Patent Appl. EP 156,498 (1985). 55. Naglieri, A. S. Patent 3,240,805 (1966). 56. , FR 1,568,742, (1969); FR 2,058,817 (1971). 57. , JP 46/6763; 71/6763 (1971); JP 47/11,050; 72/11,050 (1972). 58. Capp, C. , and Harris, B. S. Patent 3,574,730 (1971). 59. Cant, N. , and Hall, W. S. Patent 3,641,139 (1972). 60.

129136. 40. Lowenheim, F. , and Moran, M. , Wiley-Interscience, New York, 1975, pp. 815. 41. , Park Ridge, New Jersey, 1967, p. 4. 42. , Ger. Offen. S. Patent 4,380,663 (1983). 43. , Czech. CS 240,479 (1987). 44. S. Patent 4,691,053 (1984). page_24 45. S. Patent 4,285,875 (1981). 46. Pedersen, S. , Hardman, H. , and Wagner, L. S. Patent 4,408,071 (1983). < previous page page_24 next page > page_25 < previous page page_25 next page > Page 25 47. S. Patent 4,094,901 (1978). 48. , Park Ridge, New Jersey, 1967, p.

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