Contributing to a viable future
Scalable, modular electrolyser systems
(multi-core) for the world’s middle-market
(multi-core) for the world’s middle-market
At XINTC we manufacture premium quality, innovative electrolyser systems that meet the needs of our customer base. Our people are driven by motivation to design products that minimize the total cost of ownership.
Scalable, modular electrolyser systems (multi-core) for the world’s middle-market
Contributing to a viable future
At XINTC we manufacture premium quality, innovative electrolyser systems that meet the needs of our customer base. Our people are driven by motivation to design products that minimize the total cost of ownership.
A flexible, modular approach, conceived to serve both smaller and larger production capacity demands, scaling with evolving business practices
A flexible, modular approach, conceived to serve both smaller and larger production capacity demands, scaling with evolving business practices
By using technical plastics and a sophisticated assembly technique, the electrolyser module is liquid- and gas-tight, which enhances intrinsic safety. Each set is equipped with control electronics (Module Management Control) for optimal process control and monitoring. De facto, the electronics direct each individual module to its best possible operating point in terms of gas production and efficiency, regardless of load.
XINTC develops, produces and markets scalable, modular electrolyser systems (multi-core) for the global middle-market
XINTC develops, produces and markets scalable, modular electrolyser systems (multi-core) for the global middle-market
By using technical plastics and a sophisticated assembly technique, the electrolyser module is liquid- and gas-tight, which enhances intrinsic safety. Each set is equipped with control electronics (Module Management Control) for optimal process control and monitoring. De facto, the electronics direct each individual module to its best possible operating point in terms of gas production and efficiency, regardless of load.
A perfect product-market fit
FLEXIBLE POWER SUPPLY
Multiple (intermitting) power sources, full dynamic operation
SCALABLE CAPACITY
Thoughtfull product architecture, smooth assembly with distinct functional units
LOW MAINTENANCE
Little wear parts,
long running time components,
automated process control,
no critical materials
FLEXIBLE USE
Numerous application, varying hydrogen quality and output pressure
SMART ELECTRONICS
Both individually and collectively controlled electrolyser modules, high system security
A perfect product-market fit
FLEXIBLE POWER SUPPLY
Multiple (intermitting) power sources,
full dynamic operation
SCALABLE CAPACITY
Thoughtfull product architecture, smooth assembly
with distinct functional units
LOW MAINTENANCE
Little wear parts, long running time
components, automated process control,
no critical materials
FLEXIBLE USE
Numerous application, varying hydrogen quality
and output pressure
SMART ELECTRONICS
Both individually and collectively controlled electrolyser modules, high system security
Each gas module accomplishes an individual task,
all gas modules together deliver a collective performance.
5 – 6.5 kW gas module
Due to the use of technical plastics and a sophisticated mounting technique, the electrolyser module has a long service life and high intrinsic safety. Gas modules operate in pairs and each set is equipped with embedded electronics for optimum process control and monitoring. De facto, each individual module works at its best possible operating point in terms of gas production and efficiency, regardless of the load.
Modern design
Plastic enclosure
Fluid & gas tight
Recyclable
Embedded software
No gaskets
No critical materials
No membranes
Complying with international technical standards
5 – 6.5 kW
gas module
gas module
Due to the use of technical plastics and a sophisticated mounting technique, the electrolyser module has a long service life and high intrinsic safety. Gas modules operate in pairs and each set is equipped with embedded electronics for optimum process control and monitoring. De facto, each individual module works at its best possible operating point in terms of gas production and efficiency, regardless of the load.
Modern design
Plastic enclosure
Fluid & gas tight
Recyclable
Embedded software
No gaskets
No critical materials
No membranes
Complying with international technical standards
Each gas module accomplishes an individual task, all gas modules together deliver a collective performance.
WIND
SOLAR
GRID
The ultimate link between (multiple) power sources and hydrogen consumers
BUILT ENVIRONMENT
Power to Gas skids
Electrolyser
Compression
Mixing
MOBILITY
ECSD skids
Electrolyser
Compression
Storage
Dispensing
INDUSTRY
Power to Gas skids
Electrolyser
Compression
Storage
GAS TURBINE
Gas to Power skids
Electrolyser
Storage
Gasturbine
FUEL CELL
Gas to Power skids
Electrolyser
Storage
Fuel cell
WIND
SOLAR
GRID
The ultimate link between (multiple) power sources and hydrogen consumers
BUILT ENVIRONMENT
Power to Gas skids
Electrolyser
Compression
Mixing
MOBILITY
ECSD skids
Electrolyser
Compression
Storage
Dispensing
INDUSTRY
Power to Gas skids
Electrolyser
Compression
Storage
GAS TURBINE
Gas to Power skids
Electrolyser
Storage
Gasturbine
FUEL CELL
Gas to Power skids
Electrolyser
Storage
Fuel cell
System Section
A modular approach, conceived to scale with evolving business practices
The Balance of Plant includes all peripheral equipment and piping systems which, together with the gas modules, constitute the electrolyser installation. All BOP components are standard (dedicated) modules and scale with production capacity expansion. The output pressure is adjustable between 1 bar and 10 bar, the hydrogen quality between class 2.5 and 5.0.
30 gas modules together form a System Section. Within the contour of a System Section, the installed nominal power can be up to nominal 150 kW and 200 kW short-term peak power. Each section is powered by its own power supply station.
A modular approach, conceived to scale with evolving business practices
System Section
The Balance of Plant includes all peripheral equipment and piping systems which, together with the gas modules, constitute the electrolyser installation. All BOP components are standard (dedicated) modules and scale with production capacity expansion. The output pressure is adjustable between 1 bar and 10 bar, the hydrogen quality between class 2.5 and 5.0.
30 gas modules together form a System Section. Within the contour of a System Section, the installed nominal power can be up to nominal 150 kW and 200 kW short-term peak power. Each section is powered by its own power supply station.
XINTC capacity enlargement
XINTC’s modular approach is ideal to serve smaller and larger production capacity demands and to adapt seamlessly to business progression. Interchangeable standardized gas modules to cover the requested capacity with incremental steps. Hydrogen production capacity can be enlarged at any time.
XINTC capacity enlargement
XINTC’s modular approach is ideal to serve smaller and larger production capacity demands and to adapt seamlessly to business progression. Interchangeable standardized gas modules to cover the requested capacity with incremental steps. Hydrogen production capacity can be enlarged at any time.
XINTC electrolysers produce
hydrogen in 2.5 grade to 5.0 grade
and from atmospheric pressure
up to 350 bar by linking
function-specific process modules
XINTC electrolysers produce
hydrogen in 2.5 grade to
5.0 grade and from
atmospheric pressure
up to 350 bar by
linking function-specific
process modules
XINTC electrolysers come as containerized units
All XINTC electrolysers come as high cube compartmentalized containerized units
Each production enclosure accommodates up to 8 system sections, accumulating to 1.2 MW nominal capacity and 1.6 MW peak.
XINTC provides maximum flexibility in terms of capacity, pressure and gas purity. The standard configuration comprises a Power & Control Module followed by a Gas Production Module. These linked units produce hydrogen in 99,5% purity and 0.5 bar pressure. For applications that require a higher output pressure and a higher purity, a Compression & Purification Module is added.
XINTC electrolysers come
as containerized units
All XINTC electrolysers come as high cube compartmentalized containerized units
Each production enclosure accommodates up to 8 system sections, accumulating to 1.2 MW nominal capacity and 1.6 MW peak.
XINTC provides maximum flexibility in terms of capacity, pressure and gas purity. The standard configuration comprises a Power & Control Module followed by a Gas Production Module. These linked units produce hydrogen in 99,5% purity and 0.5 bar pressure. For applications that require a higher output pressure and a higher purity, a Compression & Purification Module is added.
The concept of XINTC is based on sustainable and responsible use of materials and the principle of good enough design
Minimizing the impact of variation
Performances insensitive to ambient use conditions
Low material and components degradation over time
Built to last
Controlled production process
Fit for purpose; no frills
The concept of XINTC is based on sustainable and responsible use of materials and the principle of good design
Minimizing the impact of variation
Performances insensitive to ambient use conditions
Low material and components degradation over time
Built to last
Controlled production process
Fit for purpose; no frills
XINTC has clear cost advantages and capability to further decrease LCOH, both in OPEX and in CAPEX
XINTC has clear cost advantages and capability to further decrease LCOH, both in OPEX and in CAPEX
XINTC allows direct coupling with intermittent power sources and are fully equipped for dynamic operation
Up to 20% efficiency gain with solar power
XINTC allows direct coupling with intermittent power sources and are fully equipped for dynamic operation
Up to 20% efficiency gain with solar power
Local production
Small-scale production of hydrogen with local consumption using solar and wind energy and surplus network capacity will likely accelerate the market growth towards net zero carbon emission.
Local production
Small-scale production of hydrogen with local consumption using solar and wind energy and surplus network capacity will likely accelerate the market growth towards net zero carbon emission.
