Spinning Skid Design

Whitefox Technologies Canada Ltd.（Whitefox）将首次与SAIT Polytechnic合作，设计一个高效的中空纤维生产系统，该系统将在阿尔伯塔开发、建造和实施。Whitefox专注于开发膜组件并将其集成到工业过程中。该公司开始通过将现有的膜技术整合到新设计的工艺中来开发其专有技术。Whitefox专注于设计和建造乙醇脱水工艺，并在德国、拉脱维亚、加拿大和美国提供生物乙醇设施。Whitefox目前专注于改进其乙醇脱水技术，并将其研究活动扩展到气体分离，特别是水净化工艺。水净化仍然是阿尔伯塔最重要的环境问题之一。加拿大石油工业非常清楚，需要开发高效和有效的方法来清洁和回收石油生产中使用的工业用水，特别是考虑到生产中涉及大量的水和尾矿池的数量不断增加。石油作业过程中的水处理工艺需要耐受高温、高压和磨损条件以及气体分离和乙醇脱水工艺。Whitefox开发了一种聚合物产品组合，可满足当前加工条件的需求。该公司的目标是用高性能中空纤维聚合物膜取代高成本的无机材料。该项目的重点是开发高性能膜分离系统，以处理石油生产过程中使用的水，从而有助于减少淡水的使用量。该预处理工艺旨在显著提高石油生产设施中的水循环率。重点将是开发一种具有成本效益且易于集成到现有工厂的系统。

Whitefox Technologies Canada Ltd. (Whitefox) will work with SAIT Polytechnic for the first time on a project to design an efficient hollow fiber production system which will be developed, built and implemented in Alberta. Whitefox focuses on developing membrane modules and integrating these into industrial processes. The company began developing its know-how by integrating existing membrane technology into newly designed processes. Whitefox focuses on designing and constructing processes for ethanol dehydration and has provided bio-ethanol facilities in Germany, Latvia, Canada and the US. Whitefox currently concentrates on improving its ethanol dehydration technology and expanding its research activities towards gas separations and particularly water purification processes. Water purification remains one of the most important environmental concerns in Alberta. The Canadian oil industry is very much aware of the need to develop efficient and effective methods for cleaning and recovering industrial water used in oil production especially given the large volume of water involved in production and the increasing number of tailings ponds. Water treatment processing during petroleum operations requires tolerance to high temperature, high pressure, and abrasive conditions as well as gas separation and ethanol dehydration processes. Whitefox has developed a polymer portfolio which satisfies the needs of current processing conditions. The company targets replacing high cost inorganic materials with high performance hollow fiber polymer membranes. This project focuses on developing high performance membrane separation systems to treat the water used in oil production processes, which in turn will help reduce the amount of fresh water used. This pre-treatment process is intended significantly increase the water recycle rates in oil production facilities. The focus will be on developing a system which is cost effective and easily integrated into existing plants.