Catalog excerpts
COMPLEX SOLUTIONS AND ANALYTICAL INSTRUMENTS FOR OIL AND GAS INDUSTRY
Open the catalog to page 1assembly sites 1300+ analytical instruments produced Products and Services: Integrated solutions for the oil and gas, energy industries, including the system for measuring the quantity and quality of gas and liquid hydrocarbons; Process gas chromatographs, analytical complex, gas analyzers Coriolis mass flow meters Design and implementation of automated control systems Service facilities.
Open the catalog to page 2REFERENCE BACS LLC manufactured and supplied more than 1000 analytical instruments
Open the catalog to page 3Czech Republic — «HEDVIGA GROUP» - 2 complexes for pyrolysis products analyses based on the MAG Chromatograph — England «HEDVIGA GROUP» - complex for pyrolysis products analyses based on the MAG Chromatograph Z Italy «2i Rete Gas» - process analytical system for biomethane analysis based ~ on the MAG Chromatograph Z USA — «Ohio Lumex» - process analytical system for biomethane analysis based — on the MAG Chromatograph Z Kazakhstan — «BatysMunayGas Zhabtyktary» LLP - 2 process gas chromatographs MAG, — oxygen analyzer AnOx, moisture analyzer HygroScan. Z Belarus «Gazprom Transgaz Belarus»...
Open the catalog to page 4Gas flow metering unit with Gas Quality Control Unit Serbia Infrastructure Development and Construction doo BeogradZemun - «Transmission gas pipeline (interconnector) border of Bulgaria – border of Hungary» Gas Quality Control Unit Kyrgyzstan «Gazprom Kyrgyzstan» LLC - «Transmission gas pipeline (interconnector) border of Kyrgyzstan – border of Kazakhstan» Gas flow metering unit Belarus «Gazprom Transgaz Belarus» PJSC – «Transmission gas pipeline (interconnector) border of Belarus– border of Latvia» Kazakhstan «Asian Gas pipeline» LLP – «Transmission gas pipeline (interconnector) border of...
Open the catalog to page 5ANALYTICAL INSTRUMENTS FOR GAS INDUSTRY
Open the catalog to page 6MAG PROCESS GAS CHROMATOGRAPH MARKET POSITION S TCD only; S Gas samples only; S Isothermal oven S Low variety of configurations Different detector types; Gas and liquid samples; Isothermal oven Middle variety of configurations S Different detector types; S Gas and liquid samples; S Isothermal or temperature programming oven S High variety of configurations
Open the catalog to page 7MAG SERIES PROCESS GAS CHROMATOGRAPHS ~ MAG is the series of newest modern process GC developed by BACS LLC which provide excellent performance thanks to years of experience in chromatography and usage of the advanced technologies z Key benefits — S Types of detectors: TCD, CCD, ECD (for sulfur), FID, CRRD. S Analyzed media: gas, liquefied gas or liquid Z S High measurement accuracy and fast analysis Z S Built-in sample stream selector for up to 6 analyzed lines Z S Compliance with international standards - Improved Usability — S 12" LCD touch screen with user-friendly interface Z S...
Open the catalog to page 8MAG SERIES PROCESS GAS CHROMATOGRAPHS Key benefits (continuation) Flexile Design Compact design with Ex d explosion-proof enclosure Flexible modular configuration with up to 4 independent analytical channels fits various of applications Optional injector-vaporizer for liquid samples Optional heated gas inlets for lossless heavy samples injection Integrated power supply unit 220V Cost-efficiency Low power and gas consumption No instrument air or other auxiliary gases required Easy maintenance: each part of the GC can be relapsed separately even in field
Open the catalog to page 9Technical characteristics Number of analytical channels
Open the catalog to page 10Сomponents that can be analyzed with the MAG GC: Permanent gases: He, H2, N2, O2, CO, CO2; Inorganic compounds: H2O, H2S, COS, SO2¸ NH3, N2O, NOx, etc.; Saturated hydrocarbons: methane, ethane, propane, butanes, etc. up to ndecane; Unsaturated hydrocarbons: ethylene, acetylene, propylene, propadiene, methylacetylene, butylenes, butadiene, etc.; Aromatic hydrocarbons: benzene, toluene, ethylbenzene, xylenes, etc.; Oxygenated organic compounds: alcohols (methanol, ethanol, TMC (trimethyl carbinol), etc.), glycols, ethers and esters (dimethyl ether, MTBE, TAME, etc.), aldehydes (acetic...
Open the catalog to page 11Transportation of natural gas Analysis of the composition of natural gas and associated gas according to ISO 10723 and ISO 6974 with the calculation of its physicochemical parameters according to ISO 6976; liquefied natural gas (LNG) and boil-off gas (BOG) composition; the mass concentration of sulfur-containing compounds according to ISO 19739 (GOST R 53367-2009). Natural and associated gas processing Analysis of natural gas liquids (NGL) and liquefied petroleum gases (LPG), the quality control of liquid and gaseous commercial products on gas fractionation and acid gas removal plants;...
Open the catalog to page 12Petrochemical production Analysis of various products of organic synthesis processes: Production of lower olefins and dienes (pyrolysis of oil fractions); Production of propylene (propane dehydrogenation); Production of isobutylene (dehydrogenation of isobutane); Production of methyl tert-butyl ether (MTBE) (synthesis from methanol and isobutylene, comprising fraction); Production of acrylic acid (two-stage oxidation of propylene). Alternative energy Analysis of biogas, biomethane; Control of waste-to-energy (landfill gas, synthesis gas, products of pyrolysis); Control of...
Open the catalog to page 13APPLICATIONS OF MAG GC: NATURAL GAS ANALYSIS Gas-compressor station (GCS) Off-shore gas production Filter for drying and gas purification Gas flow metering unit Gas flow metering unit Biomethane production Gas flow metering unit Gas flow metering unit Gas flow metering unit Natural and Associated Gas Processing Gas flow metering unit Gas flow metering station with gas quality control unit Gas flow metering unit Gas flow metering unit Gas distribution station LNG plant
Open the catalog to page 14APPLICATIONS OF MAG GC: NATURAL GAS ANALYSIS Analysis of natural gas composition according to ISO 6974 with calculation of calorific values, relative and absolute density, compressibility factor and Wobbe index in accordance with ISO 6976. Chromatogram of 1-st analytical channel: Air, CH4, CO2, C2H6 separation Two analytical channels with µ-TCD; C6+ backflush precolumn; Total analysis time – up to 5 min; Carrier gas (He) consumption – up to 12 ml/min (one 40 L cylinder per year).
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