Kiln atmosphere pressure stabilization: BASFRecent Research Landscape
Latent heat loss in industrial steam cycles drives excessive fuel costs and carbon emissions. These systems capture and recirculate thermal energy from condensate to minimize boiler feedwater heating requirements.
What technical problems is BASF addressing in Kiln atmosphere pressure stabilization?
Uncontrolled process fluid fluctuations
(33)evidences
Inefficient heat recovery and uncontrolled thermal leakage during catalytic gas phase reactions. Reducing these losses prevents excessive energy consumption and high operational overhead.
Uncontrolled atmospheric pressure fluctuations
(21)evidences
Inefficient transfer and recovery of thermal energy or product mass during high-temperature processing. Stabilizing these variables prevents product degradation and energy loss.
Unstable thermal process pressure
(7)evidences
Fluctuations in internal atmosphere pressure lead to uneven heat distribution and material degradation. Stabilizing these pressures ensures uniform chemical reactions and prevents structural defects in the final product.