CFC Conversion by RF Plasma Polymerization

9360111查普曼，该项目的目标是确定通过射频辉光放电有效去除废物中的卤代烃的可行性，这种放电会产生自由基和离子中间体。这些中间体在重组后有望产生比商业聚合物定义不那么明确的聚合物，但具有使它们比目前具有商业重要性的聚合物更容易被某些应用接受的性质。这是一项基于NSF 93-18，小型企业创新研究(SBIR)计划征集而提交的提案的第一阶段奖励。预计该项目的结果将为确定这一工艺的技术可行性提供依据，以产生与目前用于销毁废物中的卤化化合物的替代氧化和热工艺相同的结果。

9360111 Chapman The objective of this project is to determine the feasibility of effectively removing halocarbons from wastes by subjecting them to radiofrequency glow discharges which produce radical and ion intermediates. These intermediates, upon recombination are expected to produce polymers that may be less well-defined than commercial polymers but which possess properties that make them more acceptable for some applications than the polymers of current commercial importance. This is a Phase I award based on a proposal submitted in response to NSF 93-18, Small Business Innovation Research (SBIR) Program Solicitation. Results of this project are expected to provide the basis for determining the technical feasibility of this process to produce results equivalent to those achieved by alternative oxidative and thermal processes now used to destroy halogenated chemical compounds in wastes.