发明名称 Heat exchange system
摘要 A heat exchanger including a hot process stream fluidly connected to an industrial process, a cold process stream fluidly connected to an industrial process, and a membrane distillation system. The membrane distillation system includes a vaporizing stream comprising a mixture of components, a condensing stream, and a membrane located between the vaporizing stream and the condensing stream. The vaporizing stream and condensing stream are in fluid communication through the membrane. The membrane distillation system also includes a first heat transfer area between the hot process stream and the vaporizing stream. Additionally, the membrane distillation system includes a second heat transfer area between the condensing stream and the cold process stream.
申请公布号 US9409129(B2) 申请公布日期 2016.08.09
申请号 US201214002452 申请日期 2012.03.02
申请人 VICTORIA UNIVERSITY 发明人 Duke Mikel Colin;Hausmann Angela
分类号 B01D3/00;B01D61/36;F28D21/00;C02F1/44;C02F1/02 主分类号 B01D3/00
代理机构 Morrison & Foerster LLP 代理人 Morrison & Foerster LLP
主权项 1. A heat exchanger in which a quantity of heat energy is transferred from a hot process stream to a cold process stream to heat the cold process stream, the heat exchanger including: a hot process stream fluidly connected to an industrial process; a cold process stream fluidly connected to an industrial process; and a membrane distillation system including: a vapourising stream comprising a mixture of components;a condensing stream;a membrane located between the vapourising stream and the condensing stream, the vapourising stream and condensing stream being in fluid communication through the membrane, the membrane facilitating transfer of at least one volatised component of the vapourising stream into the condensing stream;a first heat transfer area between the hot process stream and the vapourising stream which, in use, facilitates the transfer of a quantity of heat energy from the hot process stream to the vapourising stream to heat the vapourising stream, the first heat transfer area being generally proximate the membrane such that in use, heat is transferred between the hot process stream and the vapourising stream when the vapourising stream contacts the membrane; anda second heat transfer area between the condensing stream and the cold process stream which, in use, facilitates transfer of a quantity of heat energy from the condensing stream to the cold process stream, the second heat transfer area being generally proximate the membrane such that in use, heat is transferred between the condensing stream and the cold process stream when the condensing stream contacts the membrane,wherein the first and second heat transfer areas are proximate and parallel to the membrane co-locating each of these heat transfer areas with the membrane in the heat exchanger, andwherein the hot process stream and cold process stream are fluidly separate to the vapourising stream and the condensing stream.
地址 Melbourne, Victoria AU