About Us
Engineering Gas Systems Around Your Process
Gaskon Engineers designs and manufactures systems for biogas upgrading, nitrogen generation, oxygen generation, hydrogen purification, and industrial air and gas applications.
From selecting a suitable technology to planning the project scope, we work to understand the process each system needs to serve.
Industrial gas solutions shaped by real process requirements
Gas systems are part of larger industrial processes. Their selection depends on the gas being handled, the required flow and quality, operating conditions, utilities, site layout, and the equipment connected downstream.
Gaskon Engineers develops products and technologies for these needs. Our portfolio spans biogas upgrading, nitrogen and oxygen generation, hydrogen systems, compressed air treatment, process gas generation, and gas purification.
We take an application-led approach: understand the requirement, identify the relevant technology, and define the information needed to plan a suitable system.
Building engineering solutions for gas applications
Gaskon Engineers was established in 1999 to serve industries working with gases and gas-related technologies. Since then, the company’s work has included the design and manufacture of systems for a range of industrial gas applications.
Today, our product portfolio brings together several technologies under one roof—from biogas upgrading and on-site nitrogen generation to oxygen systems, hydrogen purification, and process gas solutions.
Products and technologies for industrial gas systems
From raw biomethane purification to ultra-high-purity nitrogen, hospital oxygen, and cracked hydrogen, we engineer systems tailored to purity, flow, and plant integration requirements.
Biogas Upgrading
We offer six biogas upgrading technology options: Pressure Swing Adsorption (PSA), Vacuum Swing Adsorption (VSA/VPSA), Pressurized Water Scrubbing (PWS), amine scrubbing, membrane separation, and cryogenic separation.
The right option depends on the raw biogas composition, flow, required product-gas quality, intended use, and site conditions.
Nitrogen Generators
Our nitrogen generator range includes PSA and membrane systems. System selection is based on the nitrogen purity and flow required, operating pressure, compressed-air conditions, and process needs.
Continuous on-demand N₂ generation from 95% up to 99.999% purity with integrated molecular sieves and gas analyzers.
Oxygen Generators
We provide oxygen generation systems for industrial and medical applications. Each application has distinct requirements, so the intended use, capacity, oxygen quality, facility conditions, and applicable standards need to be considered.
Compliant with international and healthcare guidelines, complete with duplex configurations and booster filling manifolds.
Hydrogen Systems
Complete hydrogen portfolio: water electrolysis (Proton PEM & bipolar alkaline), catalytic ammonia crackers (75% H₂ + 25% N₂), hydrocarbon reforming, and laboratory-grade generators.
Delivers protective atmosphere gas for metallurgical heat treatment, galvanizing, sintering, and specialty electronic processes.
Air and Gas Solutions
Our air and gas product range includes compressed air dryers, exo gas generators, endo gas generators, N₂ + methanol systems, and gas purifiers.
Engineered to achieve moisture dew points down to -40°C or -70°C, precise carbon potential control, and tailored furnace gas atmospheres.
A practical approach from requirement to commissioning
Every project starts with understanding the application and the conditions the system will operate in. We work through the key requirements with the customer so the technology and project scope can be considered in context.
Understand the application
We discuss the process, intended gas use, operating schedule, and project objectives.
Review technical requirements
We consider available information such as feed-gas composition, flow, pressure, required gas quality, utilities, and site conditions.
Identify technology options
We review the technologies that may suit the application and clarify what additional information is needed.
Define the project scope
We align on the system requirements and the agreed responsibilities for design, engineering, equipment, erection, and commissioning.
Plan implementation
We coordinate the next project steps according to the agreed scope, fabrication schedules, and site requirements.
Clear requirements. Thoughtful system selection.
We adhere to fundamental industrial engineering principles that prioritize long-term reliability, operability, and safety over one-size-fits-all hardware.
Application first
We start with the process the system needs to serve, rather than selecting equipment by name alone.
Technology matched to need
Different applications call for different technologies. We help customers understand the relevant options and the information needed to assess them.
Project scope made clear
A clear scope helps align expectations around equipment, engineering, site work, and commissioning.
Details considered early
Flow, pressure, gas quality, utilities, operating conditions, and site layout can all influence system selection and project planning.
Solutions for a range of gas-dependent processes
Our systems are intended for industrial and institutional applications that require gas generation, upgrading, treatment, or purification. The right solution depends on the specific process and operating conditions.
If you are planning a new system or reviewing an existing requirement, share your application and available technical details with our team.
Looking for the right gas system for your process?
Tell us which product you are considering, how it will be used, and what you know about the required flow, pressure, gas quality, utilities, and site. We can discuss the next information needed to assess your project.
