Membrane-based gas-to-gas enthalpy exchangers have a significant position in energy
recovery systems, especially in building ventilation. Membrane-based heat exchangers are …

Industrial flue gas contains a lot of moisture and waste heat, which is directly discharged into
the environment, causing a lot of resource wastes. Transport membrane condenser (TMC) is …

Recovering the waste heat from the stripped gas (ie, the gas mixture of CO 2 and water
vapor) using the transport membrane condenser is an effective approach to reduce the …

Water recovery from flue gas with transport membrane condenser (TMC) has gained much
attention in recent years. It has great potential in water conservation and air pollution control …

Flue gas moisture recovery from coal-fired power plants has always been an important topic
in the fields of energy and building and gas dehumidification. Moisture and waste heat …

Transport membrane condenser (TMC) is an effective equipment for water and heat
recovery from flue gas exhausted by coal-fired power plants. Characteristic of cooling water …

CO 2 chemical absorption process suffers from the high CO 2 regeneration heat
requirement, so a rich solvent-split mechanism was put forward to recover the waste heat …

Transport membrane condenser can efficiently recover water and heat from wet flue gas.
Ceramic membrane is the heat and mass transfer medium in the process. However, the …

This work proposes a new method for capturing fine particles based on heterogeneous
condensation technology. The microporous ceramic membranes are used to manufacture …

There is a tremendous waste heat recovery potential for the gas boiler exhaust flue gas.
Conventional condensing recovery and state-of-the-art membrane (one-stage membrane …