LNG-fueled Merchant Ships
More and more merchant ships that are fueled by liquefied natural gas (LNG) enter the market. LNG tanks of different sizes are installed on those ships depending on the operation profile that these ships are designed for.
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Mã SP: Gazprom NeftThe full-cycle gas plant, which entered commercial operation on Dec. 6, processes dry feed gas from Badra field, that will be shipped via a 100-km pipeline to the Az-Zubaidiya power station to supply electric power to provinces throughout Iraq as well as to the country’s capital city of Bagdad, Gazprom Neft said.
Solutions for Fuel Gas Injection
Reciprocating compressor solutions offer best in class fuel gas control due to the insensitivity of this technology to dynamic suction or discharge pressure and mass flow changes, gas temperatures and gas composition. The Laby®-GI Compressor fuel gas solution on top of that maximizes the operation flexibility due to the use of temperature insensitive, contactless and oil-free labyrinth sealed first compressor stages, eliminating the need for gas pre-heating or compressor pre-cooling. This enables the operators to immediately startup the compressor when needed.
LNG BUNKER VESSEL
LNG bunker vessels are used for refueling LNG-powered vessels at sea. Since gas evaporates continuously from the LNG, the tank pressure increases and must be controlled within the tank design pressure specifications. Burckhardt Compression’s Marine Compressor solutions offer easy and efficient BOG handling while dealing with limited space.
FSRU BOG-HANDLING
Floating storage and regasification units (FSRU) are in many cases the most economical way of adding storage and re-gasification capacity to the local gas supply. Depending on the size of the tanks, the load level of the liquefied natural gas (LNG), the ambient temperature and the quality of the LNG tank insulation the amount of boil-off gas (BOG) per hour changes.
Low Voltage and Medium Voltage Switch Gear, MCC, VFD, Soft Starter
Full solution for Power Supply & Drive (MV & LV). Full comply to IEC & NEMA standard for offshore and marine. Vaccuum technology applied for circuit breaker and contactor in MV switchgear. Type test for high short circuit withstand: MV upto 50kA and LV upto 150kA. Relays and motor control unit have capable of communication with various protocol like: IEC 61850, Profinet, Profibus & Modbus. Safety designed: Safe-to-touch and hermetically welded primary enclosure; design tested for resistance to internal faults, metallic partitions and logical mechanical interlocks.
Electric Heater
Application: Installation for many kinds of environment such as air, liquid & gas. Full comply to IEC and ASME requirements.
AC/ UPS, Charger & Battery Bank DC
- Benefits: Providing customized power supply system meet all the customer’s strict requirements. The system is designed to bring the highest protection method & efficiency. Guarantee reliable safety & reduce the lowest downtime risk for electric power.
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Heat Tracing System
- Applications: Frost protection, Heat tracing on level indicators, Chemical & petrochemical industries, Tank bottom heating of LNG storage tanks, Pipe heat tracing, Vessels and tanks, Automotive, Food processing industry. Benefits: Providing the most comprehensive systems & solutions from consultancy, design, engineering, installation, commissioning, technology transfer.
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Gas processed at the site will be used to meet the Badra project’s own needs as fuel for the gas-turbine power plant, which equipped with five gas turbines, is able to produce a total 123.5 Mw of electric power to supply oil and gas processing facilities, drilling rigs, and oil-producing wells.
A 10-Mw overhead power line also will soon begin feeding into the Gazprom Neft Badra accommodation complex, as well as into the town of Badra and neighboring populated areas, said Gazprom Neft, which operates Badra field.
NGLs produced at the Badra project’s gas processing plant additionally will be used to produce LPG to be supplied to the Iraqi state-owned Gas Filling Co.
The gas plant also includes installations for sulfur production and granulation, the operator said.
Startup of the new plant enables Gazprom Neft to monetize all of the hydrocarbons produced at Badra field and ensures an associated petroleum gas utilization rate of at least 95%, according to Alexander Dyukov, Gazprom Neft’s chief executive officer.
Located in the eastern Iraqi province of Wasit, Badra field contains about 3 billion bbl of total oil in place, Gazprom Neft said.
Alongside Gazprom Neft 30%, shareholders in the project include Iraqi Oil Exploration Co. 25%, Korea Gas Corp. 22.5%, Petronas 15%, and TPAO 7.5% (OGJ Online, June 2, 2014).