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 ceramic membrane separation is the key technology to solving problems caused by the
moisture and the waste heat recovery from the wet flue gas. It involves research contents of …

The application of a 20 nm pore-sized porous ceramic membrane for condensation heat
transfer in artificial flue gas was presented in this work, and the phenomenon of capillary …

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 …

Heat exchangers based on Transport Membrane Condenser (TMC) technology use nano-
scale ceramic porous membrane tubes in order to recover both latent heat of condensation …

The exhaust gas from coal-fired power plants installed with desulfurization tower contains a
large amount of water vapor, recovering water from flue gas for recycling is of great …

The transport membrane condenser (TMC) has been used for heat and water recovery from
coal-fired power plant flue gas. The capillary condensation of water vapor in membrane pore …

A new method of water recovery from flue gas with hollow micro–nano porous ceramic
composite membranes has been put forward in order to deal with the evaporated …

Abstract A Transport Membrane Condenser (TMC), made from nanoporous membrane tube
bundles, was developed to recover the water vapor and its significant amount of latent heat …

The condensing heat exchanger is commonly applied in various heat exchange systems. It
can efficiently recover moisture and heat from the flue gas that contains water vapor …