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Instrumentation & Analyzers

Our solutions are based on the study of individual project specifications with related analytical methods and available spaces in order to identify the best solution.

Typologies

Accessories

Major Analyzers:

  • Mass spectrometry (GC-MS, LC-MS)

  • Gas chromatography (GC) And liquid chromatography (HPLC)

  • Atomic spectroscopy, atomic emission (ICP-MS E OES), Atomic absorption (AA), Fluorescence and X-Ray diffraction

  • TOC and elemental analysis

  • Pensky martens (ASTM D93 A/B/C, ASTM D3941, ASTM E502)

  • Cloud point (ASTM D2500, D5771, D5772, D5773)

  • CFPP (ASTM D6371)

  • Reid vapour pressure (ASTM D323)

  • Saybolt viscometer (ASTM D88, D7496, E102)

  • Molecular Spectroscopy (UV-VIS-NIR,FTIR)

Our catalogue

Discover all our innovative solutions in one comprehensive catalogue.

PROJECTS

Our Successful Projects

Oil&Gas

Optimum Shah Gas Expansion (OSGE)

The Shah Sour Gas Plant is one of the main sour gas treatment plants in the United Arab Emirates. The project involves the expansion and integration of new facilities into the existing plant to increase the treatment capacity of the highly sour gas produced from the Shah Arab Sour Gas Field. Its objective is to increase the complex’s capacity to approximately 1.45 BSCFD, improve product recovery and contribute to the security of gas supply in the United Arab Emirates.

Oil&Gas

Marsa El-Brega Refinery

Founded in 1962, the Marsa El-Brega Refinery is an oil refinery located in Marsa El-Brega, in eastern Libya, in the Ajdabiya area and overlooking the Gulf of Sirte. The plant is operated by Sirte Oil Company for Production, Manufacturing of Oil and Gas, a company active in the production and processing of oil and gas.

Petrochemical

SALCOS DRP 1

The SALCOS DRP 1 is a direct reduction iron plant developed by Salzgitter Flachstahl GmbH at the Salzgitter steelmaking site in Germany. The project involves the construction of a hydrogen-ready plant based on Energiron ZR technology, capable of producing over 2 million tonnes/year of DRI using natural gas and hydrogen in flexible proportions. Its objective is to progressively replace the traditional blast furnace–coal route with low-emission steel production through the DRP-EAF route, reducing CO₂ emissions and supporting the decarbonization of the steel industry.

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