Natural gas - Import export

304 quality is the most commonly, and in a versatile way, used stainless steel in the world. It has ability to be perfectly shaped and welding capability. Austenitic structure of 304 provides to perform deep drawing without intermediate annealing, and therefore, it is preferred in manufacturing which requires deep drawing such as sink, natural gas chimneys and saucepan. It can be used for various purposes in sectors such as industry, architecture, transportation.

The Natural Gas Sampling System 3000 is designed for very fast conditioning of samples from a pressurized natural gas source.

Automatic systemdesigned for continuous mercury monitoring in natural gas even in hazardous zones (ATEX, IEC-Ex).

Perfectly adapted to monitor the efficiency of different Mercury Removal Units (MRUs) in natural gas processing plants.

Global energy consumption is constantly rising. The raw material required for vehicle operation, energy production and other products is predominantly based on crude oil and natural gas. Screw pumps are often used in the production of these valuable commodities. For decades, Leistritz has been an expert partner for the oil and gas industry, whether for pumping tasks in crude oil production using multi-phase pumps, transfer and injection pumps or in the transportation of crude oil using booster or pipeline start-up pumps. Leistritz pumps are also used in refinery processes.

Hot gases are required for dierent industrial processes – particularly when it is necessary to heat drying systems directly. Büttner's line burners have been designed for robust and ecient use in the production of hot gases and are fuelled with natural gas. Gas line burners have been tried and tested in the wood processing, cement, mill-construction and many other industries across the world. Büttner's line gas burners are extremely robust, safe and maintenance-friendly Key features: Performance range from 0.8 MW to 48 MW Service-friendly modular design The burner ramps may be equipped with several gas-control sub-trains that may be individually deac Very low pressure losses across the burner (approximately 2 mbar) result in energy savings of more th

Compressed gases are removed from gas cylinders using RIEGLER flange pressure controllers, which are used during welding, cutting or other related processes. We offer flange pressure controllers according to DIN EN ISO 2503 for flammable and non-flammable gases up to 200 bar and up to 300 bar. All flange pressure controllers are each equipped with a pressure gauge for the display of the cylinder contents and the working pressure. In addition you can also get flange pressure controllers with a flowmeter. Our flange pressure controllers can be used for oxygen, compressed air, nitrogen, carbon dioxide, argon, acetylene, hydrogen, methane, illuminating gas and natural gas.

Compressed gases are removed from gas cylinders using RIEGLER flange pressure controllers, which are used during welding, cutting or other related processes. We offer flange pressure controllers according to DIN EN ISO 2503 for flammable and non-flammable gases up to 200 bar and up to 300 bar. All flange pressure controllers are each equipped with a pressure gauge for the display of the cylinder contents and the working pressure. In addition you can also get flange pressure controllers with a flowmeter. Our flange pressure controllers can be used for oxygen, compressed air, nitrogen, carbon dioxide, argon, acetylene, hydrogen, methane, illuminating gas and natural gas.

The dipping system which is one of the other methods is produced with a robot or crane controlled. The systems are equipped with the most efficient heating, ventilating and PLC control equipment. In our dipping lines manufacturing, AISI 304- AISI 316 stainless sheets of steel and polypropylene are used. The system should be selected according to the shape of the part, the area to be used and the corrosion resistance. Some chemicals which are used for surface cleaning must be applied hot. Due to this situation, our company produces cold dipping lines as well as natural gas heated, electric heated, liquid fuel heated and water heated dipping pre-treatment lines according to the energy source that is planning to be used.

Engines for combined heat and power plants are operated with different fuels, including hydrogen, natural gas, biogas, sewage gas and special gases, plus diesel and other liquid fuels. In an exhaust gas heat exchanger, the hot exhaust gas from the CHP engines or CHP gas turbines is cooled, in the process heating water, a water-glycol mixture or thermal oil. This thermal energy can be used in a local or district heating system or for other industrial purposes.

air regulation, needle valve, tube Ø 28 mm, head Ø 32 mm

safety pilot, thermocouple, G 1/4 screwed left-hand, air regulation, needle valve, pilot flame, DIN 30665

safety pilot, thermocouple, air regulation, needle valve, pilot flame, DIN 30665

air regulation, needle valve, tube Ø19 mm, head Ø30 mm

double lever stop-cock, pilot flame, DIN 30665

air regulation, stop cock, pilot flame

air regulation, needle valve, pilot flame, DIN 30665

air regulation, needle valve

air regulation

air regulation, needle valve

double lever stop-cock, pilot flame

air regulation, double lever stop cock, pilot flame

air regulation, stop cock, pilot flame

air regulation, needle valve, pilot flame, DIN 30665

air regulation, needle valve

air regulation, DIN 30665

BORSIG has developed its own boiler design. This boiler design is suitable for all gasification processes. The waste heat boiler is designed as a fire-tube boiler. The hot synthesis gas enters the heating surfaces with a temperature of about 1,400 °C and is cooled down in these tubes to approximately 300 °C. The heat from the synthesis gas is used for generating saturated steam.