Core Business - CO2 Capture / Separation / Recovery
Evironment-Friendly is the Undeniable 'New Normal'
Environment-Friendly' has become one of the most important issues now. Especially, atmospheric carbon dioxide, accelerating global warming and unforeseen climate change, is identified as the most significant threat. Governments, including Korea's, are enforcing policies to control carbon dioxide emissions and encouraging businesses to embrace eco-friendly technologies. This shift has become the new standard, with no going back. Since our establishment, we've undertaken numerous projects in the environmental sector, particularly in areas related to carbon dioxide. This aligns closely with the calling of our time.
Carbon dioxide treatment is primarily conducted through various processes including dry capture, wet capture, and recovery and storage. Dry capture involves the absorption of carbon dioxide using solid or semi-solid absorbents such as oxides or ammonia compounds. The captured carbon dioxide reacts with the absorbents to form stable compounds, which are then separated for storage or other purposes.
Wet capture, on the other hand, effectively handles low-concentration carbon dioxide gases by using amine-based solvents like monoethanolamine (MEA), diethanolamine (DEA), and methyldiethanolamine (MDEA). This process can also generate heat for power generation and allows for the separation of carbon dioxide for storage or reuse while recycling the solvents.
A CCU / CCS Specialist Company
CES is a company composed of veteran engineers from major corporations and research institutes, equipped with rich experience and advanced technical expertise. We specialize in various CO2 capture methods including wet, dry, and membrane processes. From small-scale plants to large-scale capture facilities in power plants, as well as auxiliary equipment, we are capable of designing and constructing a wide range of projects.
Related Major Achievments
Client | Project | Experience |
CO2 Separator Package | Engineering | |
Design and Installation of 0.1MW-Scale CO2 Capture with Auxiliary Equipment | EPC | |
Design of a 0.1MW Test Bed CO2 Compression and Liquefaction Process | Engineering | |
Korea Carbon Capture & Sequestration R&D Center |
Fabrication and Installation of Dry / Membrane CO2 Capture Process Plants | EPC |
Fabrication and Installation of a Wet CO2 Capture Process Plant with a capacity of 100 Nm3/hr | EPC | |
Detailed Design Contract for Thermodynamic CO2 Methanation Process | Engineering | |
0.1MW-Scale CO2 Capture and Auxiliary Equipment | EPC | |
CO2 Capture Facility Uutilizing DME | EPC | |
Modification and Enhancement of CO2 Absorption Device for COG Treatment | PC | |
Basic Design for CO2 Capture Using Liquidized Aammonia. | Engineering | |
SNG CO2 Removal Project | EPC | |
CO2 Capture Absorber Pressurizing Project | EPC |