LOW-C технологии

Gaschem Engineering LLC was among the first on the Russian market to deliberately develop the energy transition direction. Today we offer weighted turnkey solutions in hydrogen, hydrogen energy, and CCUS for the decarbonization of facilities of our key Client.

99.99%

standard hydrogen purity

1 Nm³/h
to 3000 Nm³/h

hydrogen plant capacity

HYDROGEN ENERGY

We cooperate with global leaders in hydrogen equipment to offer our clients sustainable, reliable solutions at an optimal cost.

Electrochemical generators

Hydrogen refueling stations

Carbon capture, utilization and storage

Hydrogen generators

Development and implementation of technologies for heavy-duty transport

WE OFFER

Hydrogen generators

Steam methane reforming (SMR) plant

We have developed a special reactor design for hydrogen production that enables all process stages to be carried out within a single unit

Electrolyzers

Alkaline electrolyzers in modular block design with capacities from 100 to 1000 Nm³/h

PEM and alkaline electrolyzers with capacities from 50 to 1000 Nm³/h

Carbon capture, utilization and storage CO₂

CO₂ footprint audit for Client’s company

Analysis of CO₂ emission sources and development of integrated packaged solutions to reduce the CO₂ footprint

Reduction of CO₂ emissions

Utilization into value-added products

Hydrogen refueling stations

HFS Panel

Designed for refueling small consumers and demo projects with a limited budget

Mobile

Designed for refueling small and medium consumers

Standard

A full-scale hydrogen refueling station in modular design

Technologies for heavy transport

Technology and infrastructure for interchangeable H₂ storage systems

This solution makes it possible to fully unlock the potential of hydrogen as a fuel for mining equipment

Modular methanol production unit

Turnkey, with a capacity from 3 to 10 thousand tons per year

Electrochemical generators

AUTONOM 5–100 kW

With a reforming reactor. Various hydrocarbons (diesel fuel, natural gas, other hydrocarbons) are used as fuel for the autonomous power plant.

Without a reactor. Fuel: compressed hydrogen.

Mineral carbonation

Allows utilization of industrial by-products (CO₂, wastewater). An easily scalable and cost-effective solution.

Production of products in demand in the construction, industrial, and consumer markets.

Cryocap localization

Localization of cryogenic flue gas CO₂ capture technology and production of food-grade liquid CO₂ (LCO₂)

CO₂ Capture and utilization technologies

Capture of flue gases from the plant, cooling to 30 °C, compression to 16 kgf/cm², and routing to the second stage of the integrated gas treatment plant for blending with methane and injection into the reservoir.

Separation of carbon dioxide from flue gases, compression to 16 kgf/cm², and routing to the second stage of the integrated gas treatment unit for blending with methane and injection into the reservoir.

Separation and purification of carbon dioxide from purge gases and routing for further processing to produce organic synthesis products (carboxylic acids, alcohols, and aldehydes).