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The project is part of Sasol’s planned world-scale ethane cracker and derivatives complex to be built in Lake Charles, Louisiana. The plant's low-density polyethylene (LDPE) capacity will be 420,000 tpy.
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The EPCm services to be provided by KBR entail all the management services required in order to restore the integrity of the gaseous oxygen compressor. Financial details were not disclosed by the firms.
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Technip will develop the process design package of the hydrogen production unit of the plant, based on its steam reformer proprietary technology, and will prepare the FEED for the hydrogen production, Fischer-Tropsch synthesis and refining units. Work is scheduled to be completed in early 2014.
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The pilot plant will demonstrate Foster Wheeler’s VESTA substitute natural gas (SNG) technology. Under the agreement, Wison Engineering will provide engineering and construction services, Foster Wheeler will license technology, and Clariant will supply the proprietary developed catalyst.
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The contracts include the design of the plants, the delivery of proprietary equipment and the technical services for a total capacity of 360,000 tpy of PA6. The plants will feature the Zimmer technologies "full recovery" concept as well as the newest generation of proprietary reactors.
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The scope of Technip's work will cover two phases. Phase 1 involves the issue of enquiries for the EPC contract, bids clarification, evaluation and finalizing contracts with the EPC contractors. Meanwhile, phase 2 deals with overall management of the EPC contract execution.
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Energy efficiency doesn’t imply producing less to reduce energy consumptions, but rather improving plant productivity and effectiveness, allowing plants to produce the same amount of product with fewer resources.
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A study was conducted using a series of FCC catalysts that included reduced rare-earth content and increased zeolite Y quantity systems. The goal was to raise gasoline yield along with greater yields of olefins.
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By changing only the crank-end head, piston and rod assembly, the same cylinder body can be mounted on any of the common 5-in. to 7-in. stroke compressor frames that have been manufactured in the last five decades.
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With the fluctuation of natural gas pricing, it is important to evaluate technically feasible solutions and choose the most economical alternative. Ultimately, this leads to a simpler and more cost-effective solution.
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This new unit is part of the carbon black and delayed coker project being implemented adjacent to Takreer’s existing Ruwais refinery located in the United Arab Emirates. The unit will consist of two trains and is designed to process 700,000 tpy of superior-quality anode green petroleum coke.
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Linde's engineering division will construct the new plant, designed to deliver exceptional levels of energy efficiency, according to project officials. The plant will have a production capacity of 1,340 tpd of ammonia. Construction work is scheduled for completion in 2016.
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The contractors are Bechtel, a joint venture comprised of KBR and JGC Corp., and the Technip/Samsung Engineering/China Huanqiu joint venture. The awards represent an important step towards Pacific NorthWest LNG designing and constructing a world-class LNG export facility in British Columbia.
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Bechtel officials say the new center, to be located in the UAE, will allow them to provide customers with innovative engineering solutions more efficiently and cost effectively.
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The project is part of the implementation of Gazpromneft's OJSC Moscow refinery revamping and upgrading program, under which the refinery will be expanded until 2020 to process an additional 6 million tpy of crude oil and produce transportation fuels to Euro-V standards.
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Fluor’s scope includes the engineering, procurement and construction of a propane dehydrogenation unit, an ethane cracker, and associated power, utilities and infrastructure facility upgrades to support each unit. The facilities will be built at Dow's Oyster Creek facility in Freeport, Texas.
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In the presented case study, an innovative design for an integrated CGC-DeC3 system introduces part of the heavier condensate from the early compression stages directly into the high-pressure (HP) depropanizer.
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