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Pressure cylinders
Our seamless steel cylinders are the perfect solution for your hydrogen storage and transport applications. Our unique technology makes our cylinders much lighter and thus very safe. Their safety has been already proven several times under extreme mechanical or thermal stresses in real applications. They are characterized by a long lifecycle and they are fully recyclable once their service comes to an end. We produce high-pressure cylinders for hydrogen in a wide range of volume (0,8l – 245l)(.211 gallons – 64.7 gallons), diameter (3.26 inches – 15.98 inches) as well as working pressure (1,450 PSI – 15,228 PSI).
Vessels and cylinders - extruded from billet
Water Capacity [L]
Outer Diameter (mm/inches)
Working Pressure (PSI)
5.0 – 15.0
140 (5.51)
2900 – 4,351
25.0 – 50.0
229 (9.01)
2900 – 14,503
50.0 – 85.0
267 (10.51)
2900 – 7,977
80.0 – 115.0
320 (12.6)
2900 – 7,251
100.0 – 210.0
360 (14.17)
1450 – 4,786
120.0 – 265.0
406 (15.98)
1450 – 3,190
Vessels from tubes
Water Capacity [L]
Outer Diameter [mm] (inch)
Working Pressure [bar]
50
220 (8.66)
7,251
50
229 (9.01)
145,03
135 - 285
324 (12.75)
7,251
Storage Applications
Container MEGC 92 x 166 L - Hydrogen The MEGC (Multi Element Gas Container) is deisgned as mobile or stationary device used for transport, storage and distribution of hydrogen (H2). It is certified for inland and international road transport (ADR), rail (RID). without having to transfer medium to another vessel.
The MEGC comprises of a self-suppoting framework and cylinders are divided into multiple sections via stainless steel piping system.
The frame allows stacking of up to 8 containers. Thanks to chassis design, it is easy to open doors or roof panels and quickly inspect the overall piping system.
Pressure system consists of 92 pcs steel cylinders with water capacity of 166 L/cylinder. Each can be equipped with manually or electrically operated cylinders valves divided in 6 independent sections. Filling and emptying of the container is done through threaded inlet/outlet, it's dimensions and type be changed according to the custumer's requirements and the specific concetion of the high-pressure hose.
Specification
Container classification acc. ISO 668
1CC
Dimensions (L x W x W)
19’87 x 7’99 x 8‘5 ft
Weight (GROSS)
62,567.19 lbs
Water volume
15.272 L
Medium
Compressed Hydrogen (H2) UN 1049
Max. working pressure
4351 PSI
Max. volume of the gas
350 kg
Stacking
up to 8 pcs
Cylinder valves
manual/electrically controlled (optional)
Stationary H2 bundles (PED)
Water Capacity [L]
Working Pressure [PSI]
300-20900
2900
600-19140
3625
600-17400
4351
2400 - 3750
4786
450 - 7200
7251
420 - 4095
14503
Innovative solutions for transportation
Transportable H2 bundles (TPED)
Water Capacity [L]
Working Pressure [bar]
600 - 2400
200
600 - 800
300
800
500
Hydrogen trailer for 500 kg H2
New type of trailer - battery vehicle. It has much higher transport capacity than the current solutions thanks to new innovated pressure vessels and the construction solution of the trailer. Trailer is designed for transport of compressed HYDROGEN at working pressure of 200 bar. The gas is stored in transversely and horizontally placed vessels. The total volume of all the cylinders is 30 000 litres, which corresponds all the way up to 500 kg of Hydrogen at 200 bar pressure. For maximum safety the stainless steel piping is welded and consists of 7 sections, each of which has one temperature fuse and pressure valve. The trailer supporting frame is made accoring to ADR 2021 standard and with regards to EN 13087.
Medium: Hydrogen
Maximum working pressure: 200 bar
Water volume capacity: 30 000 L
Safety devices: temperature fuses, safety valve
Trailer length: 9450 mm
Trailer width: 2500 mm
Trailer height: 3600 mm
Trailer weight: 35 t
Certification: TPED 2010/35/EU and ADR 2021
Mobile H2 containers MEGC
Water Capacity [L]
Working Pressure [bar]
15272
300
Mobile H2 battery-vehicles
Water Capacity [L]
Working Pressure [bar]
30000
200
Container MEGC 92 x 166 L - Hydrogen The MEGC (Multi Element Gas Container) is deisgned as mobile or stationary device used for transport, storage and distribution of hydrogen (H2). It is certified for inland and international road transport (ADR), rail (RID). without having to transfer medium to another vessel.
The MEGC comprises of a self-suppoting framework and cylinders are divided into multiple sections via stainless steel piping system.
The frame allows stacking of up to 8 containers. Thanks to chassis design, it is easy to open doors or roof panels and quickly inspect the overall piping system.
Pressure system consists of 92 pcs steel cylinders with water capacity of 166 L/cylinder. Each can be equipped with manually or electrically operated cylinders valves divided in 6 independent sections. Filling and emptying of the container is done through threaded inlet/outlet, it's dimensions and type be changed according to the custumer's requirements and the specific concetion of the high-pressure hose.
Specification
Container classification acc. ISO 668
1CC
Dimensions (L x W x W)
6.058 x 2438 x 2.591 mm
Weight (GROSS)
28.380 kg
Water volume
15.272 L
Medium
Hydrogen compressed (H2) UN 1049
Max. working pressure
300 Bar
Max. volume of the gas
350 kg
Stacking
up to 8 pcs
Cylinder valves
manual/electrically controlled (optional)
A smart solution for storing and transporting hydrogen
We care for your hydrogen world Supervisory control system and Smart storage
Smart storage We provide automatical, safe and remote control of hydrogen storages – transportable and stationary. Storage usually consist pressure bottle sets organized in sections to optimize gas management. Storages are equipped by components from industry automation, safety, communication and control. All these components are connected to remote supervisory control system, which is able to monitor and control not only single storages, but also huge sets of storages in point of view from capacity and safety in global range.
Main functions of supervisory control system
Remote monitoring and control
Alarm signalisation
Operator handling recording
Safety procedures for extraordinary incidents
Visualisation of storage geografical position in maps
Pumping IN / Pumping OUT recording
Evaluations, calculations, trends
Generating of logistic recommendations
Asset management of used componnents
Base industry automation components
Gas parameters measuring (pressure, temperature)
Hydrogen leakage monitoring
Controlled valves
Base safety elements
Geografical position observing
Camera system (CCTV)
Identification of improper handling
Identification of unauthorized entrance
Identification of storage hijacking
Identification water flooding
Categories of our solutions by storage functions
Transportable – full independent and full automated
