By Joseph J. Bozell (Eds.)
content material: Chemical and fabrics from renewable assets / Joseph J. Bozell --
Polyhydroxyalkanoates: the reply to sustainable polymer creation / Tillman U. Gerngross --
imaginative and prescient for renewable assets / James S. Mclaren --
Synthesis of đ-aminolevulinic acid / Luc Moens --
Levulinate esters from biomass wastes / Edwin S. Olson ... [et al.] --
Carbohydrate diacids: power as advertisement chemical substances and hydrophobic polyamide precursors / D.E. Kiely --
Levoglucosenone: a chiral construction block with a brand new standpoint / Zbigniew J. Witczak --
New oligomers and polymers bearing furan moieties / Claire Coutterez ... [et al.] --
Furfural and levoglucosan creation from deciduous wooden and agricultural wasters / Janis Gravitis ... [et al.] --
Pretreatment strategies to extend pyrolytic yield of levoglucosan from herbaceous feedstocks / Robert C. Brown, Desmond Radlein, and Jan Piskorz --
3-Dehydroshikimic acid: a construction block for chemical synthesis from renewable feedstocks / K.M. Draths ... [et al.] --
Synthesis and homes of polymers derived from substituted lactic acids / Mao Yin, Tara L. Simmons, and Gregory L. Baker --
built-in procedure for the construction of chemical compounds from biologically derived succinic acid / Nhuan Nghiem ... [et al.] --
Use of version compounds to review the reactivity and cross-linking of common phenolics / Stephen S. Kelley ... [et al.] --
Thermoplastic polyesters from steam exploded wooden / Wolfgang G. Glasser and Rajesh ok. Jain.
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Extra resources for Chemicals and Materials from Renewable Resources
Representation of the expected complimentary nature of the petrochemical and agricultural industries in providing building blocks. The relative quantities suppliedfrom each area will continue to change with time. At the present point in time, hydrocarbon-based supply makes up about 95% of industrial inputs, with only about 3-5% arising from agriculture/forestry (excluding the use of wood for furniture and house building). Such a large reliance on the fossil fuel base is problematical due to: a) the fact that fossil fuels are a finite source and non-renewable within human time-frames.
48 while we have not yet optimized this procedure, it did provide us with sufficient methyl 5-bromolevulinate for further work on the subsequent amination reaction. Future work will hopefully support the notion that this protocol is equally effective at kilogram scales. Development of an Improved Amination Step As mentioned earlier, the aminating agent would ideally contain the least amount of carbon atoms possible in order to minimize the quantity of waste after completion of the reaction. After a detailed literature study, we came across reports that described the use of sodium diformylamide (18) as a nucleophilic aminating agent (51-53).
15. ; Russell, C. S. J. Am. Chem. Soc. 1953, 75, 4873. 16. Marei, Α. ; Raphael, R. A. J. Chem. Soc. 1958, 2624. 17. ; Rapp, K. Synthesis 1995, 303. 18. ; Ueki, H. S. Patent 5,380,935, 1995. 19. ; Matsushita, H. Agric. Biol. Chem. 1991, 55, 1687. 20. ; Matsushita, H. S. Patent 5,284,973, 1994 21. ; Duguid, A. ; Leeper, F. J. J. Chem. 1,1998, 89. 22. Aronovo, Ν. ; Makhova, N . ; Zavyalov, S. ; Volkenshtein, J. ; Kunitskaya, G. M . S. Patent 3,846,490, 1974. 23. Evans, D. ; Sidebottom, P. J. J. Chem.