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BASF Chongqing MDI project approved

Facility to start up by 2014
BASF Chongqing MDI project approved

BASF Chongqing MDI project approved
Artist rendering of the MDI-plant in Chongqing
BASF has received approval for a 400,000 metric tons per year MDI (diphenylmethane diisocyanate) project in Chongqing, China. The investment will total RMB 8 billion (approximately Euro 860 million). The facility, which will produce a core component mainly used for polyurethane foams, is expected to start up by 2014.

The project was approved by Chinese authorities, following a stringent examination of environmental, health and safety standards, two rounds of local public consultation and several expert reviews. This state-of-the-art facility will consist of an MDI plant, a nitrobenzene plant and an aniline plant, and will cover 40 hectares. It will form the center of an integrated chemical production complex operated by the Chongqing (Changshou) Chemical Industry Park.
At the facility, BASF will produce MDI, a core component for versatile polyurethane (PU) products. Polyurethane is used extensively for cold as well as heat insulation applications and is the preferred material for keeping food and medications cold during production, distribution and storage. With its unique insulation properties, PU is used in the majority of refrigerators and freezers, for the insulation of hot water tanks, and for district heating or cooling pipeline insulation. In China, BASF has been producing MDI in Caojing, Shanghai since 2006.
BASF estimates that there will be at least 300 permanent jobs created through the BASF facility alone when the plant is operating in full swing. At start-up, a total of 17 plants and businesses in the chemical park will immediately begin operation as key partners or suppliers, forming the nexus of a new industry manufacturing cluster serving multiple, labor-intensive industries. Key safety and environmental protection features of the proposed project include full integration into a chemical park and optimized processes to bring very high efficiency and minimal emissions.
More information on the project can be found at:
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