Reducing Pollutants by Improving Hood
To resolve the structural problem of the existing Hood in the process of scrap metal, when charging scrap metal or taking out molten scrap metal, the double capture type is now used as it can capture pollutants very well. In addition, to improve the efficiency of disposing of the captured pollutants, the existing prevention facility was replaced with a high-efficiency prevention facility.
Using Auto Pouring Machine to Reduce Pollutants
The auto pouring machine is installed for the manual pouring process to intensively capture pollutants and this reduces dust and odor in the factory. Also, the process automation reduces the risk of safety accidents likely to be caused by manual work.
Using Concentrated Catalytic Oxidation (CCO) to Reduce THC
We installed the concentrated catalytic oxidation (CCO) system to reduce the THC from the coating process by more than 50% as compared to the old system. Also, we use a heat exchanger to recover waste heat, thus saving energy costs.
Reducing Pollutants from Coating Facilities
To reduce pollutants like THC and dust from the coating process, we installed a high-efficiency secondary pollution control facility below the existing pollution control facility.
Lowering of Flying Dust
To lower flying dust inside workplaces, now a big issue, we operate water-spray and cleaning vehicles twice a day across the plant. In the waste castings storage warehouse, we install and operate shed dust collectors and dust removal facilities using hoppers and piping systems.