 "Technip to provide technology for gas cracking ethylene plant in China")
Technip has entered into a contract to supply its proprietary ethylene technology, process design package, technical services and proprietary equipment to SP Olefins (Taixing) Co Ltd, a subsidiary of SP Chemicals, for a 650 kilotonne per annum (KTA) grassroots gas cracker. Located in Taixing, Jiangsu Province, China, the plant will use low cost ethane and propane from North America. It will be part of SP Olefins 1100 KTA light hydrocarbon utilisation project.
SP Chemicals, a Singapore-based company, is one of the largest ion-membrane chlor-alkali and aniline producers in China. Backed by a 20-year track record, SP Chemicals manufactures and sells chlor-alkali products and related downstream products such as aniline, caustic soda, chlorine and chlorobenzene.
Stan Knez, president, Technip Stone & Webster Process Technology, said, “Technip’s proven ethane cracking technology and track record of recent gas cracker awards provide a solid foundation for this plant, which will be the first gas cracking ethylene plant in China. We also take pride in our long relationship with SP Chemicals, which started with an ethylbenzene and styrene monomer plant that adopted Badger proprietary technology and has been running very well since it started up in 2013.”
Badger Licensing LLC, a 50:50 joint venture between affiliates of Technip and ExxonMobil Chemical Company, offers technology in the area of phenolics and styrenics.
As per the agreement, Technip will provide proprietary technologies - Ultra Selective Conversion (USC) furnaces & heat-integrated rectifier system (HRS), and ripple trays & wet air oxidation process – for SP Chemicals’ project.
Ethylene is a hydrocarbon produced in the petrochemical industry by steam cracking, ie transformation of hydrocarbons by pyrolysis above 820°C. It is widely used in the production of consumer goods, such as plastics or polymers.
USC coil technology, which has been installed in more than 60 furnaces during the last 10 years, is preferred for high-capacity, low-cost liquid and gas cracking capabilities. HRS efficiently and economically recovers ethylene from residue gas. The processing scheme is distinguished by ease of operation, simple installation and low maintenance costs.
Ripple trays are counter-current contact devices used to optimise liquid and vapour handling. Installed in towers, the trays are designed to increase production capacity by improving distillation, absorption, stripping and heat transfer service.
Wet air oxidation technology is used to process spent caustic produced from ethylene or other petrochemical units. It produces an environmentally friendly discharge from process plants which can be treated in conventional waste treatment facilities.
SP Chemicals, a Singapore-based company, is one of the largest ion-membrane chlor-alkali and aniline producers in China. Backed by a 20-year track record, SP Chemicals manufactures and sells chlor-alkali products and related downstream products such as aniline, caustic soda, chlorine and chlorobenzene.
Stan Knez, president, Technip Stone & Webster Process Technology, said, “Technip’s proven ethane cracking technology and track record of recent gas cracker awards provide a solid foundation for this plant, which will be the first gas cracking ethylene plant in China. We also take pride in our long relationship with SP Chemicals, which started with an ethylbenzene and styrene monomer plant that adopted Badger proprietary technology and has been running very well since it started up in 2013.”
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As per the agreement, Technip will provide proprietary technologies - Ultra Selective Conversion (USC) furnaces & heat-integrated rectifier system (HRS), and ripple trays & wet air oxidation process – for SP Chemicals’ project.
Ethylene is a hydrocarbon produced in the petrochemical industry by steam cracking, ie transformation of hydrocarbons by pyrolysis above 820°C. It is widely used in the production of consumer goods, such as plastics or polymers.
USC coil technology, which has been installed in more than 60 furnaces during the last 10 years, is preferred for high-capacity, low-cost liquid and gas cracking capabilities. HRS efficiently and economically recovers ethylene from residue gas. The processing scheme is distinguished by ease of operation, simple installation and low maintenance costs.
Ripple trays are counter-current contact devices used to optimise liquid and vapour handling. Installed in towers, the trays are designed to increase production capacity by improving distillation, absorption, stripping and heat transfer service.
Wet air oxidation technology is used to process spent caustic produced from ethylene or other petrochemical units. It produces an environmentally friendly discharge from process plants which can be treated in conventional waste treatment facilities.