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Page 1: Proposal for EE17 Driving Energy Inovation Through Large Buyer Groups “Micro-Hollow Fiber Plastic Heat Exchangers ” Prepared by Professor Miroslav Raudensky

Proposal for EE17 Driving Energy Inovation Through Large Buyer Groups

“Micro-Hollow Fiber Plastic Heat Exchangers ”

Prepared by Professor Miroslav RaudenskyPresented by Eliška Buzková

ERRIN Brokerage Event

Page 2: Proposal for EE17 Driving Energy Inovation Through Large Buyer Groups “Micro-Hollow Fiber Plastic Heat Exchangers ” Prepared by Professor Miroslav Raudensky

EE 17 “Micro-Hollow Fiber Plastic Heat Exchangers ”

To develope and produce new generation of pastic

heat exchangers with 50% reduced production cost in

comparison to classical matal products.

ERRIN Brokerage Event

Page 3: Proposal for EE17 Driving Energy Inovation Through Large Buyer Groups “Micro-Hollow Fiber Plastic Heat Exchangers ” Prepared by Professor Miroslav Raudensky

Existing level of knowledge – developed and tested prototypes of

plastic heat exchangers with equivalent performance as metal

products.

Goal of the project – development of technology of masive production.

ERRIN Brokerage Event

EE 17 “Micro-Hollow Fiber Plastic Heat Exchangers ”

Page 4: Proposal for EE17 Driving Energy Inovation Through Large Buyer Groups “Micro-Hollow Fiber Plastic Heat Exchangers ” Prepared by Professor Miroslav Raudensky

ERRIN Brokerage Event

EE 17 “Micro-Hollow Fiber Plastic Heat Exchangers ”

Project coordinator

Heat Transfer and Fluid Flow LaboratoryBrno University of Technology, Czech Republic

Professor Miroslav Raudensky

WWW.HEATLAB.CZ

[email protected]


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