XHY-EQC-102 Liquid Boiler Ash and焦炭Remover
(1) Modify slag characteristics to make coke lumps loose and the slag in a powdered form, thus avoiding abnormal stoppages caused by large slag lumps falling.
(2) Significantly improves the slag removal system's workload and reduces maintenance requirements.
(3) Rapidly removes slag from all heating surfaces of the boiler, preventing pipe explosion due to scaling on the tube walls.
(4) Reduce SO3 and sulfuric acid corrosion, extend equipment lifespan, and lower production costs.
(5) Eliminate manual slag removal, reduce employee workload; facilitates adjustment of boiler operating parameters by centralized control personnel.
(6) Amidst the increasingly stringent coal supply situation, it is advisable to expand the range of coal types for power plant boilers, enhancing fuel flexibility and additionally saving production costs.
(7) Power plant boilers can co-fire low-priced, inexpensive, and low-quality coal, thus saving production costs.
(8) Power station boilers can co-fire high-calorific coal to increase boiler load and boost power generation.
(9) Enhance boiler efficiency, improve heat exchange, reduce coal consumption for power generation, and save fuel.
(10) Reduce the frequency of boiler ash blowing, lower the exhaust gas temperature, and decrease the amount of feedwater used.
(11) Reduces atmospheric emissions of S and N oxides;
(12) Enhance complete combustion of fuel, reduce carbon content in ash and slag, and minimize waste residue emissions.
(13) Reduce flue gas Linkman blackness;
(14) Reduce dust emissions.