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The global low-carbon technology diffusion, energy efficiency and climate policy give rise to hydrogen energy development.
GasChem Engineering offers technical solutions for hydrogen fueling stations and power generation units adapted to hydrogen energy storage

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R&D – AREAS

Advanced technologies development in the sphere of deep raw hydrocarbons processing and the basic organic synthesis obtaining with the use of “green chemistry” principles.

The design and synthesis of catalysts, catalytic systems development by using method of molecular imprinting.

Regeneration of heterogeneous petrochemical and oil refining catalysts by supercritical fluids.

Integrated natural and associated petroleum gas processing technologies.

Petrochemical intermediates obtaining from raw gas

Raw hydrocarbons processing investigation in super-technical conditions and development processes with regeneration in situ

Hydrogen energy and CCS/CCUS/DAT technologies

Petrochemical biotechnologies

New polymeric and composite materials obtaining technologies

Integrated
engineering

R&D development
strategy and expertise

Conceptual engineering and technology audit

Risk Analysis -
PHA/HAZID/HAZOP

Basic design, project and working documentation development

Creation strategy on all stages of product development, including registration and commercialization (Product Plan)

Design supervision of commissioning and startup procedures

PMC (Project Management Consultancy), application of international FIDIC contracts and training of client's personnel.

pre-investment feasibility study and value engineering

Supplier selection, purchasing, equipment supply and fabrication supervision

Supply chain management of equipment with long lead items

Ongoing projects

Isobutane alkylation by olefins with heterogeneous catalysts

We have developed a highly efficient catalyst for isobutane alkylation with butane-butylene fraction, which catalyst exhibits high levels of selectivity, activity, stability and regenerability. Several thousand hours of pilot trials.

We have developed a continuous mode of zeolite-catalyzed alkylation which combines a consecutive alternation of standard and supercritical conditions with in-situ regeneration. This allowed us to significantly increase the zeolite catalyst cycle length and efficiency (know-how).

RF Patent No. 2440190

Synthesis of oxygenate compounds under supercritical conditions

The proposed method of oxygenate compound production has the following advantages:
  • Higher yield of the target product when using different types of raw materials
  • The process can be conducted in one stage and it does not require the use of catalysts
  • It does not require the use of alkali to neutralize the resultants
  • Fully compliant with the concept of sustainable chemistry

RF Patent No. 2 631 425