Advanced recycling

Schaumburg, II., 14th-16th June 1993, p.73-81. 8(13) ADVANCED RECYCLING TECHNOLOGIES FOR PLASTICS... [Pg.104]

Mixed, or commingled, plastics must be dealt with differently to find end uses. Several technologies exist for mixed plastics, such as the ET/1 extrusion process from Advanced Recycling Technology of Belgium and a compression-molding process from Recycloplast of West Germany. At... [Pg.44]

The French Act of 28 June 2006 on a sustainable management of nuclear materials and radioactive waste sets plans for a prototype of fast neutron reactor to proceed in the 2020s with demonstrations of advanced recycling modes that are anticipated in 2012 to offer best prospects of industrial applications. [Pg.27]

Advanced Recycling and Chemical Management (Fuji Xerox Case)... [Pg.96]

Box 7. Advanced Recycling and Chemical Management by Fuji Xerox... [Pg.96]

M. W. Meszaros, Coiu-ad advanced recycling project. Recycle 94, Davos, Switzerland, March, 1994. [Pg.362]

Strode K. S. and Demianiw, D. G. Advanced Recycling of Plastics A Parametric Study of the Thermal Depolymerization of Plastics, Final Report to the American Plastics Council, 1995. [Pg.362]

G. Mackey, A review of advanced recycling technology, American Chemical Society Symposium, 609, Chapter 14 (1995). [Pg.547]

M. W. Meszaros, Advanced recycling technologies for plastics. In Conversion and Utilization of Waste Materials, M. R. Khan (ed.), Taylor Francis, Washington D.C., 1996. [Pg.564]

G. Mackey, A Review of Advanced Recycling Technology in Plastics, Rubber and Paper Recycling A pragmatic approach, C. P. Rader and et al. Eds., American Chemical Society Washington D.C., pp. 161-169 (1995). [Pg.73]

The Advance Recycling Technology ET-1 machine handles a wide variety of thermoplastics, although there are limitations due to the process and specific resin properties, as with the Superwood machine. The following guidelines for the most popular plastics have been submitted by the U.S. supplier of the ET-1 [Mackzo, 1990] ... [Pg.115]

Separation/Reprocessing Systems Advanced Recycling Technologies AKW Apparate Verfahren GmbH American Recovery Corp. [Pg.192]

Commingled Processing Systems Advanced Recycling Technologies Extrudaids... [Pg.193]

Advanced Recycling Technologies c/o Mid-Atlantic Plastic Systems Box 507, 320 Chestnut St. [Pg.194]

W. J. EICH, Advanced Recycle Methodology Program System Documentation, Part I, Chap. I, EPRI CCM-3, Electric Power Research Institute (Oct. 1976). [Pg.809]

II. G. Carr, Molten metal technology, APC/APME Technology Exchange on Advanced Recycling, May 23-26, 1994... [Pg.406]

A closed fuel cycle is the alternative fuel cycle option. Aqueous reprocessing could be adopted to reprocess spent fuel from the CCR. Dry reprocessing, which is considered in application to the reduced moderation core [K-10], is also a candidate reprocessing option. An innovative fuel cycle system named BARS (BWR with an advanced recycle system) is proposed as a future fuel cycle option aimed at the enhanced utilization of uranium resources and reduction of radioactive wastes. In the BARS, the spent fuel from LWRs is recycled as a MOX fuel in BWR cores with the fast neutron spectrum, using dry reprocessing and vibro-packing for fabrication of the fuel. [Pg.317]

IX-10] HIRAIWA, K., et al.. Study on reduced-moderation spectrum BWR with an advanced recycle system, PHYSOR 2002 (Proc. Int. Conf, Seoul, Korea, October 7-10, 2002) ANS ISBN 0-89448-672-1. [Pg.334]

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