Heat Recovery

Flue Gas Condensation: A Key to Enhanced Plant Efficiency

Heat recovery through flue gas condensation is becoming a crucial component in addition of traditional flue gas cleaning systems, significantly boosting overall plant efficiency and representing a high-impact opportunity. This technology by capturing residual heat from flue gases transforms lost energy into a valuable resource transferred to district heating networks.

Biofos, Copenhagen

High-performance flue gas condensation units offered by LAB can be easily integrated into both existing and new flue gas treatment processes. The system works by condensing the water vapor present in the flue gases and transferring the recovered heat to district heating network. This recovered energy is thus valorised, contributing to the decarbonization of energy production.

Beyond heat recovery, this additional stage in the flue gas circuit is a strategic step in preparing the plant for future Carbon Capture implementation.

LAB designs high-performance flue gas condensation systems to recover heat from the water vapor in combustion gases. An ideal solution to improve energy yields while reducing emissions and operating costs.