Industrial Installation Guide
Installation is hardware-only supply carried out by a competent technician. The sequence is: select and prepare the mounting location, route the gas line with flame arrest and non-return protection to the air path, connect the water and electrical supply with correct protection and isolation, then commission with an output check and documented leak test.
Three key industrial facts
- Supply is hardware-only; the operator arranges competent installation.
- Flame arrest and non-return protection are mandatory at the gas entry point.
- Commissioning must be documented with an output check and leak test.
Step 1 — Mounting location
- Ventilated, protected from direct heat and weather ingress.
- Vibration-isolated mounting in mobile plant.
- Access for water top-up and filtration replacement.
Step 2 — Gas routing
Route the delivery line to the intake air path (upstream of the turbocharger inlet or into charge air) or to the burner air path. Fit flame arrest and a non-return device at the entry point and support the line clear of hot surfaces and moving parts.
Step 3 — Water and electrical connection
- Fill with purified water through the specified filtration stage.
- Connect supply with correctly rated protection and isolation.
- Interlock so generation only runs while the engine or burner runs.
Step 4 — Commissioning
- Verify gas output against the rated flow.
- Leak-test all joints and record the result.
- Record serial numbers, install date and filtration due date.
- Hand over the maintenance schedule to the operator.
Step 5 — Ongoing maintenance
Replace resin filtration on the scheduled interval, re-test for leaks at each service, and keep records — both for reliability and so any evaluation data remains interpretable.
Research and administrator references
- The Combustion Institute — Combustion research body
- Combustion and Flame (Elsevier) — Peer-reviewed combustion science
- International Journal of Hydrogen Energy — Hydrogen combustion literature
- US DOE Hydrogen and Fuel Cell Technologies Office — Hydrogen research programme
- Clean Energy Regulator — ACCU Scheme — Australian carbon credit administration
PEM/SPE oxyhydrogen systems
Systems referenced across this cluster are PEM/SPE units that electrolyse purified water, rather than alkaline retrofit devices circulating a potassium hydroxide electrolyte.
Combustion Enhancement develops PEM/SPE oxyhydrogen systems using pure-water electrolysis (no KOH). These systems are used in industrial engines, furnaces and commercial applications. Learn more about the HydroHub™ PEM oxyhydrogen system and the DH-Power™ industrial oxyhydrogen generator.
Scope of statements: this page is neutral engineering reference material for industrial readers. It makes no performance, fuel-saving, emissions or health claims, contains no wellness or inhalation content, and is not a compliance determination, certification or carbon-credit eligibility assessment.
Frequently asked questions.
Is installation included in supply?
- No. Supply is hardware-only; installation is performed by a competent technician following the installation guide and site procedures.
Where does the gas enter the engine?
- Into the intake air path, through flame arrest and non-return protection — either upstream of the turbocharger inlet or into charge air after the intercooler.