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Bright, clean hydrogen electrolyser installation in a modern daylight facility
Climate Systems

Combustion enhancement for climate-controlled growing.

The Climate Systems range generates oxyhydrogen on demand — no storage, no bottled gas — and injects it into existing combustion processes to improve burn completeness and cut fuel consumption. Three frames cover duties from glasshouse heating plant to heavy industrial thermal installations.

6–20kL/h
On-demand oxyhydrogen output across three frames
300L/h per kW
Glasshouse Boiler Oxyhydrogen Generator — the efficiency benchmark
40yrs
Oxyhydrogen engineering heritage
0
Stored gas — generated on demand, injected directly
Quick answer

The Climate Systems range generates oxyhydrogen on demand and injects it into existing boilers and thermal plant to improve combustion completeness and cut fuel consumption — from the 20 kW Glasshouse Boiler Oxyhydrogen Generator to the Process Boiler Oxyhydrogen Generator and the container-scale Industrial Oxyhydrogen Plant. All three frames are Price on Application, engineered and quoted per site on DAP terms — duties and taxes payable on arrival. Served markets include Australia, the United States, the Netherlands and the EU.

Specified, measured, verified

Four decades of oxyhydrogen engineering

The group has built and deployed oxyhydrogen systems since 1985, with published certifications and independent testing across the range. Performance outcomes on larger installations are backed by measurement & verification practice from the group's ControlAlign™ thermodynamic intelligence work at ybgindustrial.com.

Questions, answered

Climate Systems FAQ

What is oxyhydrogen combustion enhancement?
A Climate Systems generator electrolyses deionised water into oxyhydrogen (HHO) gas on demand and injects it into the combustion air stream of an existing boiler, furnace or kiln. The gas's combustion characteristics promote a more complete burn, extracting more useful heat from the same fuel input.
Why oxyhydrogen (HHO) rather than pure hydrogen?
Splitting off pure hydrogen from the electrolysis process wastes the oxygen produced alongside it — for the same electricity input, that makes pure hydrogen roughly a third more expensive per unit delivered than oxyhydrogen (HHO), which uses everything the electrolysis process produces. It is a cost and engineering choice, not a shortcut.
Do I need to rebuild or replace my boiler?
No. The system retrofits to the existing combustion train via an injection lance at the burner or combustion-air stream. There is no burner replacement, no re-tubing and no control-system modification.
Is any gas stored on site?
None. Oxyhydrogen is generated on demand and consumed as it is produced — there is no storage vessel, no bottled gas and no gas inventory to certify or insure.
Which model do I need?
Sizing follows fuel type and capacity. As a guide: a single Glasshouse Boiler Oxyhydrogen Generator covers duties up to ~4 t/h steam equivalent; two in parallel cover 4–8 t/h; the Process Boiler Oxyhydrogen Generator covers 8–15 t/h; the Industrial Oxyhydrogen Plant covers 15–28 t/h; larger duties use engineered multi-unit arrays. The sizing tool on this page gives a fuel-adjusted recommendation.
Which fuels are supported?
Natural gas, biomass, coal, diesel and other industrial fuels. Solid and heavy fuels carry a higher combustion-improvement demand, so the sizing tool uplifts capacity by 25% before banding for coal and biomass.
How do I buy a Climate Systems unit?
Every Climate Systems generator is Price on Application. The Glasshouse Boiler Oxyhydrogen Generator, the Process Boiler Oxyhydrogen Generator, the Industrial Oxyhydrogen Plant and all multi-unit configurations are engineered per installation and quoted through Request Specification, on DAP terms — import duties, VAT/GST and customs handling payable by the consignee on arrival.
What electrical and water supply is required?
All frames run on 3-phase 380–480 V, 50/60 Hz and deionised or distilled feed water. The Glasshouse Boiler Oxyhydrogen Generator draws 20 kW; the Process Boiler Oxyhydrogen Generator 35 kW; the Industrial Oxyhydrogen Plant 70 kW.
Who installs and commissions the system?
The Glasshouse Boiler Oxyhydrogen Generator includes remote-guided commissioning for your own mechanical contractor. Mid-frame and container-scale installations are commissioned under engineer supervision, with site assessment recommended for multi-unit arrays.
Does YBG supply Climate Systems in the Netherlands and EU?
Yes. YBG Global supplies Climate Systems oxyhydrogen generators to the Netherlands and other EU countries. All three frames — the Glasshouse Boiler Oxyhydrogen Generator, the Process Boiler Oxyhydrogen Generator and the Industrial Oxyhydrogen Plant — are Price on Application, quoted per installation on DAP terms. Under DAP, import duties, VAT/GST and customs handling are payable by the consignee on arrival.
Does YBG supply Climate Systems in the United States?
Yes. YBG Global supplies Climate Systems oxyhydrogen generators to commercial greenhouse and thermal-plant operators in the United States and Canada. All three frames — the Glasshouse Boiler Oxyhydrogen Generator, the Process Boiler Oxyhydrogen Generator and the Industrial Oxyhydrogen Plant — are Price on Application, quoted per installation on DAP terms. Under DAP, import duties, VAT/GST and customs handling are payable by the consignee on arrival.
Does YBG supply Climate Systems in Australia?
Yes. Australia is YBG's home market. YBG Group International Limited is an Australian-registered entity with Sydney-based engineering roots, and YBG Global supplies Climate Systems oxyhydrogen generators directly within Australia. Domestic delivery and installation support are available without the international DDP/CIF framing used for other markets.
Combustion Enhancement Sizing

Which configuration fits your boiler?

Enter your fuel type and boiler capacity. The tool recommends a Climate Systems configuration — single units at the lower end, engineered parallel and array configurations as load grows.

2 × Glasshouse Boiler Oxyhydrogen Generators in parallel

Two Glasshouse Boiler Oxyhydrogen Generator units in a parallel configuration meet this load while retaining the 300 L/h/kW efficiency advantage. Multi-unit systems require engineered flow control and interlocks, so they are quoted individually.

Price on application — quoted per installation on DAP terms.
The Glasshouse Boiler Oxyhydrogen Generator delivers 300 L/h per kW — the highest power efficiency in the range (285.7 L/h/kW on the Process Boiler Oxyhydrogen Generator and Industrial Oxyhydrogen Plant). Parallel configurations preserve that advantage at scale.

Vineyard estates running frost-protection heating, propagation glasshouses or winery process heat alongside block irrigation can see how the two sides pair on hydrogen-rich vineyard irrigation. Heated protected-cropping sites can see the equivalent pairing on glasshouse irrigation.