Complete services for industrial energy gas plants
Örebro Gasteknik AB takes overall responsibility for energy gas installations throughout the system's entire life cycle. We offer cutting-edge technical expertise at all stages – from initial design and dimensioning to certified installation, preventive maintenance and SWEDAC-accredited pressure testing.
Turnkey contracting and overall responsibility for energy gas facilities
Handling energy gases places strict demands on safety, regulatory compliance and technical precision. Örebro Gasteknik AB acts as a general contractor for industrial gas installations and takes responsibility for the entire chain. Our range of services includes design, licensed installation, component sales (such as tanks, burners, evaporators and valves), emergency service and technical training for your operating personnel.
This is how we run your gas project – from idea to certified operation
1. Needs analysis and advice
We review your business's power needs, local conditions and regulatory requirements.
2. Design and dimensioning
Our engineers prepare drawings and technical documentation according to SGA and EGN.
3. Materials and components
We provide certified equipment (tanks, burners, evaporators, valves) adapted to your gas environment.
4. Installation and license welding
Our own licensed welders carry out the assembly on site using TIG or PE welding.
5. SWEDAC pressure testing and inspection
Leakage checks are carried out with traceable documentation prior to commissioning.
6. Ongoing service and maintenance
Scheduled safety inspections and emergency service ensure continuous operation.
Gas types and media we work with
We design, install and service plants for all types of energy gases and industrial gases:
Gasol (LPG) & Bio-LPG (Biopropane)
From individual evaporators to large-scale tank plants.
Biogas (CBG/LBG) & Natural Gas (LNG/CNG)
Combustion and distribution systems for fossil-free and fossil gases.
Hydrogen (H₂)
Future-proof piping systems and components for hydrogen applications.
Industrial gases
Piping systems for oxygen, nitrogen, argon, acetylene and shielding gases.
Working methods, permissions and quality assurance
All assignments are carried out by Örebro Gasteknik AB's own staff - from project engineers to certified licensed welders and service technicians with equipped service vehicles.
Design and installation are governed by applicable industry standards, including Energigas Sverige's instructions and EGN (Energigasnormen). As a SWEDAC-accredited inspection body and authorized gas installation company through Energigas Sverige, we ensure regulatory compliance and traceable documentation.
Why hire Örebro Gasteknik?
By collecting everything with one supplier, you get clear overall responsibility, simpler project management and regulatory compliance according to requirements from MSB and the Swedish Work Environment Authority.
We ensure high operational reliability and regulatory compliance with the Swedish Civil Contingencies Agency (MSB), the Swedish Work Environment Authority and insurance companies. As a turnkey contractor, we shorten the lead times in your investment and prepare the facility for future conversion to renewable energy gases such as biogas, bio-LPG and hydrogen.
Geographic coverage
Örebro Gasteknik AB is based in Örebro. For larger projects, contracts and SWEDAC-accredited pressure testing, we take on assignments all over Sweden. We perform emergency service and ongoing maintenance in Närke, Mälardalen and Central Sweden.
Frequently asked questions about our services
Yes, handling flammable gas in most cases requires a permit from the local emergency services. Örebro Gasteknik AB helps to prepare the drawings, risk analyses and documentation required for the permit application.
It is an independent and quality-assured check of the facility's tightness and strength, carried out with calibrated instruments. The test provides official certification that the facility meets the safety requirements of MSB and the Swedish Work Environment Authority.
Yes, most plants can be adapted for renewable gases. It requires a technical review of gaskets, valves, burners and pressure regulators to ensure compatibility with the new gas type.