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 …

The use of a ceramic membrane condenser (TMC) can help recover moisture from flue gas,
resulting in a reduction in white smoke, smog, and resource conservation. Although several …

Transport membrane condenser is considered as promising equipment for recovering water
and heat in the thermal power plants. However, most of the studies on transport membrane …

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 …

A novel system, which systematically recover waste heat and reduce water consumption in
coal-fired power plants, is proposed in this paper. Critical components of the system are two …

Porous ceramic membrane can effectively capture water vapor from flue gas. In this paper,
the transport membrane condenser (TMC) is manufactured using microporous ceramic …

The refinery heating furnace has high energy consuming and high carbon emission, and the
flue gas condensing waste heat recovery can achieve prominent results in saving energy …

The macroporous ceramic membrane module can effectively recover the moisture and heat
from flue gas in thermal power plants, which is helpful for energy saving and clean …

Membrane gas separation at high temperatures and in the presence of aggressive
chemicals, such as H 2 S, NH 3, SO x, NO x and hot water vapor, is attracting interest from …