MHI has an extensive and proven track record of constructing a wide range of petrochemical plants. Its technological prowess also allows it to offer numerous petrochemical facilities handling e.g. Polyethylene, Polypropylene, MTBE, propane / butane / dehydrogeneration, acrylic acid, styrene monomer, ethylene glycol, and methyl methacrylate (MMA) across the world. MHI is an authorized official Licensee of the UNIPOL (Polyethylene, Polypropylene) process since 1980.  

MHI is in the business of construction of Fertilizer Plants – (Ammonia/ Urea) worldwide on EPC basis and is presently building Number of giant fertilizer plant with Ammonia Technology from Haldor Topsoe, Denmark and Urea Technology from Saipem, Italy. To name some of such high capability Ammonia / Urea Plants are: Fertilizer Plant – Algeria Fertilizer Plant – Malaysia Fertilizer Plant – Tatarstan (Russia) MHI has also built number of Methanol plants across the world namely: Methanol Plant at Venezuela Methanol Plant at Brunei

Water is essential for life, society and business and yet today we stand on the verge of a water crisis. It is easy to forget about water resources for those living in places blessed with plentiful water supplies, but it is imperative to remember that water is a precious and limited resource. There are serious concerns over increasing water shortages especially in the Middle East, Africa, and Asia, where populations are expected to soar. MEIP provides solution for the treatment of water such as water supply and sewage management, seawater desalination and waste water recycling.

MHI offers large scale, high performance & reliable CO2 recovery plants for application in a wide variety of industries. MHI is proud to introduce an advance, commercially available CO2 recovery process; the Kansai Mitsubishi Carbon Dioxide recovery (KM CDR) Process which delivers economic performance for plants of wide ranging capacities. The MHI CO2 recovery process utilizes “KS-1™” an advanced hindered amine solvent, in conjunction with a line of special proprietary equipment. The technology was developed through cooperation between MHI and Kansai Electric Power Company, Inc. (KANSAI). The process is based on an advanced and proven technology for recovering CO2 from various sources of flue gas. Users who adopt this economical process will enjoy benefits such as lower energy consumption, lower solvent degradation and low corrosion”. MHI Engineering and Industrial Projects shall carry out Engineering, Procurement and Construction (EPC) of CDR- Carbon Dioxide Recovery Plants in India.

MHI has an extensive and proven track record of constructing a wide range of petrochemical plants. Its technological prowess also allows it to offer numerous petrochemical facilities handling e.g. Polyethylene, Polypropylene, MTBE, propane / butane / dehydrogeneration, acrylic acid, styrene monomer, ethylene glycol, and methyl methacrylate (MMA) across the world. MHI is an authorized official Licensee of the UNIPOL (Polyethylene, Polypropylene) process since 1980.  

MHI is in the business of construction of Fertilizer Plants – (Ammonia/ Urea) worldwide on EPC basis and is presently building Number of giant fertilizer plant with Ammonia Technology from Haldor Topsoe, Denmark and Urea Technology from Saipem, Italy. To name some of such high capability Ammonia / Urea Plants are: Fertilizer Plant – Algeria Fertilizer Plant – Malaysia Fertilizer Plant – Tatarstan (Russia) MHI has also built number of Methanol plants across the world namely: Methanol Plant at Venezuela Methanol Plant at Brunei

Water is essential for life, society and business and yet today we stand on the verge of a water crisis. It is easy to forget about water resources for those living in places blessed with plentiful water supplies, but it is imperative to remember that water is a precious and limited resource. There are serious concerns over increasing water shortages especially in the Middle East, Africa, and Asia, where populations are expected to soar. MEIP provides solution for the treatment of water such as water supply and sewage management, seawater desalination and waste water recycling.

MHI offers large scale, high performance & reliable CO2 recovery plants for application in a wide variety of industries. MHI is proud to introduce an advance, commercially available CO2 recovery process; the Kansai Mitsubishi Carbon Dioxide recovery (KM CDR) Process which delivers economic performance for plants of wide ranging capacities. The MHI CO2 recovery process utilizes “KS-1™” an advanced hindered amine solvent, in conjunction with a line of special proprietary equipment. The technology was developed through cooperation between MHI and Kansai Electric Power Company, Inc. (KANSAI). The process is based on an advanced and proven technology for recovering CO2 from various sources of flue gas. Users who adopt this economical process will enjoy benefits such as lower energy consumption, lower solvent degradation and low corrosion”. MHI Engineering and Industrial Projects shall carry out Engineering, Procurement and Construction (EPC) of CDR- Carbon Dioxide Recovery Plants in India.