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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

Energy

Taweelah RO Independent Water Project

The world’s largest sea water reverse osmosis desalination plant (RO), boasting a capacity of 200 MIGD (909,200 cubic meters of water per day). This plant surpasses the world’s current largest RO facility by 44% in terms of capacity. The Taweelah plant is poised to establish new benchmarks for water production efficiency and cost, thanks to its utilization of RO technology instead of thermal desalination.

Oil&Gas

Assiut Hydrocracking Complex

The Assiut oil refinery in Egypt is undergoing a significant expansion and modernization effort to meet the rising demand for petroleum products in Upper Egypt. As part of the refinery upgrade, new facilities including a naphtha complex and a hydrocracking complex will be added. This expansion and modernization initiative will further boost the refining capacity of the existing refinery. Presently, the refinery processes 4.5 million tonnes per annum (Mtpa) of distillation crude.

Oil&Gas

Luanda Refinery

The expansion and modernization initiative aims to significantly increase the refinery’s petrol production capacity, quadrupling it to 450 thousand tonnes per year. As a part of this project, the Combined Cycle has been revamped to utilize hydrogen generated by the new Platforming unit. Additionally, energy production has been optimized by recycling gas, resulting in a notable reduction in polluting emissions.

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