CNG · BIOGAS · HYDROGEN
ONE TECHNOLOGY.
MULTIPLE APPLICATIONS.
Buses in Stockholm and hydrogen trains in Germany do not have the same requirements—but they need the same thing: a pressure vessel that is lighter than steel, engineered for long service life and made with carefully selected raw materials to reduce environmental impact while keeping the solution cost-effective.
16+ years of expertise in glass fibre high-pressure cylinders.
advanced technology
Developed to support specific application and integration requirements.
Sustainable Solutions
Using carefully selected raw materials with a lower carbon footprint.
safe & reliable
Designed for consistent performance in demanding applications.
LIGHT & STRONG
Composite strength without unnecessary mass.
THE MATERIAL ADVANTAGE
WHY
GLASS FIBRE?
A balanced material choice for gas storage and transport, including MEGCs.
FIELD & LABORATORY EVIDENCE
ENGINEERED. TESTED. PROVEN.
Performance data for demanding applications.
SAFETY FACTOR
3.65x
Minimum burst pressure relative to rated working pressure. A margin of safety.
721 hours of permeation testing. No detectable methane leakage.
100 hours of acid exposure. Burst pressure reached 680 bar after exposure.
Bonfire exposure up to 950 °C. Stable gas release without cylinder rupture.
Continued pressure cycling after a 1.8 m drop test.
40,000+
Pressure cycles
Tested beyond the 20,000-cycle benchmark.
20 years
Design service life
Engineered for long-term gas storage service.
Safety margins
Designed for demanding conditions.
Material footprint
Lower cradle-to-gate emissions than carbon fibre.
Impact resilience
Robust against vibration and handling.
Lifetime value
Cost-effective gas storage and transport.
THE RANGE
OUR CYLINDER RANGE
Compare cylinder volumes, dimensions and test data to find the right fit for your application.
Next Gen 23
KG/CNG-GF/23L
VOLUME
23 L
DIAMETER
210 mm
LENGTH
943 mm
WORKING PRESSURE
200 bar
TEST PRESSURE
300 bar
BURST PRESSURE
> 730 bar
Next Gen 26
KG/CNG-GF/26L
VOLUME
26 L
DIAMETER
287 mm
LENGTH
651 mm
WORKING PRESSURE
200 bar
TEST PRESSURE
300 bar
BURST PRESSURE
> 730 bar
Next Gen 32
KG/CNG-GF/32L
VOLUME
32 L
DIAMETER
250 mm
LENGTH
943 mm
WORKING PRESSURE
200 bar
TEST PRESSURE
300 bar
BURST PRESSURE
> 730 bar
Next Gen 55
KG/CNG-GF/55L
VOLUME
55 L
DIAMETER
280 mm
LENGTH
800 mm
WORKING PRESSURE
200 bar
TEST PRESSURE
—
BURST PRESSURE
—
Next Gen 75
KG/CNG-GF/75,2L
VOLUME
75,2 L
DIAMETER
406 mm
LENGTH
881 mm
WORKING PRESSURE
200 bar
TEST PRESSURE
—
BURST PRESSURE
—
Next Gen 150
KG/CNG-GF/150L
VOLUME
150 L
DIAMETER
406 mm
LENGTH
2022 mm
WORKING PRESSURE
200/250/350 bar
TEST PRESSURE
300 bar
BURST PRESSURE
> 730 bar
Next Gen 300
KG/CNG-GF/300L
VOLUME
300 L
DIAMETER
406 mm
LENGTH
3105 mm
WORKING PRESSURE
200/250/350 bar
TEST PRESSURE
—
BURST PRESSURE
—
STANDARDS & APPROVALS
THE RIGHT STANDARD.
FOR YOUR APPLICATION.
From onboard systems to stationary storage and MEGC transport, the approval route depends on your application. We help you identify the relevant requirements for your cylinder configuration.
UN-ECE R110
CNG and LNG vehicle fuel-system requirements.
UN-ECE R134
Hydrogen vehicle systems and components.
ISO 11119-3
Design and testing of fully wrapped composite gas cylinders.
EN 12245
Requirements for transportable, fully wrapped composite gas cylinders.
ADR
Road transport of dangerous goods, including applicable MEGC requirements.
TPED
EU conformity requirements for transportable pressure equipment.
PED
EU requirements for stationary pressure equipment and assemblies.
ISO 9001
Quality-management system requirements.
ABOUT KONVEGAS
SWEDISH ENGINEERING.
STRENGTH BY DESIGN.
Based in Växjö, Sweden, KonveGas develops and manufactures glass-fibre composite cylinders for gas storage and transport.
Material expertise and application-focused engineering — for onboard systems, stationary storage and MEGC solutions.
THE MARK
THE A IS A LOAD PATH.
Three forms. One engineering philosophy.
01 THE NAVY TRIANGLE
STRUCTURAL STRENGTH
The outer triangle represents stability, precision and the strength engineered into every cylinder.
02 THE GREEN TRIANGLE
CLEANER ENERGY, RISING
The upward form reflects our role in gas storage and transport for CNG, biogas and hydrogen.
03 THE SYMMETRICAL ARC
THE WOUND COMPOSITE
The arc recalls the vessel dome and its wound fibres — reinforcement designed to distribute load.
ADVANCED · LIGHTWEIGHT · RELIABLE
NEWS & EVENTS
IAA TRANSPORTATION 2026
Meet KonveGas in Hannover at IAA TRANSPORTATION. Explore glass-fibre composite cylinders for gas storage and transport, including onboard systems and MEGC applications.
15–20 September 2026
Hannover Fairground, Hannover, Germany
PAST EVENTS
5th BBB International Expo & Summit
7–9 May 2026 · New Delhi, India. KonveGas exhibited at the international gathering for bioenergy, biofuels and biomaterials.
India Energy Week 2026
27–30 January 2026 · Goa, India. KonveGas participated in India Energy Week, an international meeting place for the energy industry.
World Hydrogen Summit & Exhibition 2025
20–22 May 2025 · Rotterdam Ahoy. KonveGas participated in World Hydrogen Summit & Exhibition 2025.
SEGMENT 01
PASSENGER & LIGHT-DUTY VEHICLES
Packaging space and vehicle mass are critical. Lightweight composite cylinders help preserve payload and simplify integration without compromising storage capacity.
DEPLOYMENT
Onboard storage
APPROVAL ROUTE
ECE R110 · ECE R134
THE ROUTER
START WITH WHAT YOU BUILD
Choose a deployment type, then select a market segment to see the relevant application considerations and approval routes.
CONTACT KONVEGAS
FIND THE RIGHT CYLINDER FOR YOUR PROJECT.
From onboard systems to stationary storage and MEGCs — tell us what you need. We’ll help you explore the right cylinder configuration.
KonveGas Sweden AB
Hammargatan 13
352 46 Växjö, Sweden