Recently, GE Water has confirmed that it will cooperate with Statoil (Norwegian National Oil Company) to take care of its seawater sulfuric acid removal business in its offshore oil and gas industry.
Statoil selected a consortium of GE water treatment companies and Halvorsen TEC, a leading Norwegian company in thermal energy, to provide it with a complete package of sulfuric acid removal technologies. This sulfuric acid removal technology is designed to ensure that Statoil's production well in the Johan Castberg project in the Barents Sea can work in a safe environment.
GE Water and Halvorsen TEC will work closely with Statoil to provide FEED: front end engineering design for the Johan Castberg project. It is reported that FEED work will start in 2017 and will last 6 months; equipment assembly and delivery will be completed by mid-2019. Expected, Johan Castberg refinery will be completed and put into operation in 2022.
Following the removal of seawater sulfuric acid, GE Water Solutions will continue to provide follow-up services such as process assurance and performance monitoring through its InSight network platform.
"As offshore exploration and production shift to deeper levels of risk, operators must ensure that their investment is rewarded to the maximum. Sulfuric acid removal technologies are critical to safe offshore production." GE, in collaboration with Halvorsen TEC, Will provide Statoil and other oil and gas producers with advanced sulfuric acid removal technologies to help them reduce production costs in the risky, deep-sea production environment, "said Heiner Markhoff, Chairman and CEO of GE Water.
Tungsten Carbide Dies And Molds
Carbide molds are more than ten times or even dozens of times longer than steel molds. Carbide molds have only high hardness, high strength, corrosion resistance, high temperature resistance and small expansion coefficient. Generally, tungsten and cobalt are used.
Such as market standard materials YG3, YG6, YG6X.YG8.YG15, YG20, YG20C, YG25 and HU20, HU222, HWN1 (non-magnetic alloy mold), etc., using the original carbide material, low pressure sintering and other special processes, the toughness will be better than conventional production To be better, the service life will also increase 3-5 times.
Cemented Tungsten Carbide Dies & Molds are widely used in wire rod, powder pressing, medicine, battery, petroleum and mining fields.
Wire Drawing Dies,Carbide Slot Die,Hole Punches Die,Punches Carbide Die
Dayue Precision Technology (Dongguan) Co., Ltd. , https://www.dayuechn.com