PT. CCEPC Indonesia provides advanced flue gas treatment solutions, including desulfurization, denitrification, and ultra-clean emission technologies for industrial and power generation sectors.
In the field of Flue Gas Treatment, PT. CCEPC Indonesia possesses a wide range of advanced technologies for desulfurization, denitrification, dust removal, defogging, and heavy metal removal. These technologies are applied across various sectors, including industrial park organic waste gas treatment, municipal waste incineration tail gas, and flue gas treatment in thermal power generation, petrochemical, and steel metallurgy industries.
The company has pioneered the development of new markets for activated coke-based desulfurization, denitrification, and ultra-clean emission solutions in the sintering industry. In addition, PT. CCEPC Indonesia holds core technologies such as waste salt-to-acid conversion and advanced gas desulfurization processes.
With strong project execution capabilities, the company has successfully completed 21 desulfurization and denitrification projects, achieving a total processing capacity exceeding 20.02 million standard cubic meters, demonstrating its proven track record and reliability in delivering high-performance environmental solutions.
Delivering Integrated Environmental Solutions for Indonesia’s Industrial Development
An advanced flue gas desulfurization project supporting high-nickel industrial operations in Weda Bay. The project applies proven environmental technologies to control emissions and improve environmental performance across large-scale industrial facilities.
The treatment of dust-, sulfur-and heavy-metal-containing flue gases generated during ferrous and nonferrous metalsmelting through particulate removal, desulfurization, denitrification and hazardouspollutant removal, ensuring compliant emissions.
The removal of sulfurdioxide and nitrogen oxides from the flue gas of coal-fired and other thermal powerplants, together with coordinated particulate control, to meet ultra-low emissionrequirements or applicable local environmental standards.
The separation and capture of carbon dioxide from power generation, iron and steel, chemical and other industrial emission sources, followed by purification and compression for utilization or long-term storage, supporting deep industrial decarbonization.
Sulfuric Acid Production from Sulfur-Rich Off-Gas: The conversion of sulfurdioxide-rich off-gas from metallurgical or chemical processes into sulfuric acidthrough gas cleaning, catalytic conversion and absorption, simultaneously controllingemissions and recovering sulfur resources.
