On-Site Hydrogen Generation for &Food Processing& and &Edible Oil Hydrogenation&
Food-grade hydrogen generation systems engineered for consistent fat hydrogenation, batch reproducibility, and supply chain independence.
On-Site Hydrogen Generation for &Food Processing& and &Edible Oil Hydrogenation&
Food-grade hydrogen generation systems engineered for consistent fat hydrogenation, batch reproducibility, and supply chain independence.
Hydrogen Purity for {Edible Oil Hydrogenation}
Hydrogen purity controls reaction rate, selectivity, and trans fatty acid formation in edible oil hydrogenation. Sulphur compounds and moisture in delivered hydrogen poison nickel catalysts and introduce batch-to-batch variability that is difficult to trace and expensive to correct.
Consistent hydrogen at ≥99.99% purity — eliminating sulphur and moisture contamination that degrades nickel catalyst activity
Full generation traceability for HACCP compliance and food safety documentation
Stable pressure and flow matched to hydrogenation reactor cycle specifications
No cylinder handling in food-grade production environments
>99.9%
H₂ purity achieved on-site vs delivered benchmark
<50%>
Improvement in batch-to-batch product consistency
>99%
Cost savings from eliminating cylinder logistics and buffer stock
Our Impact
Assess On-Site Feasibility
60+
years cumulative hydrogen expertise
≥99.99%
food-process hydrogen purity delivered on-site
Manufactured in India — cost-competitive with international gas suppliers for APAC food processing
12 MtCO₂e saved over 20 years of operation
Why Delivered Hydrogen Creates [Quality and Supply Risk in Food Manufacturing]
Cylinder and bulk delivered hydrogen creates systemic risks that compound as production volumes increase
Purity variation between deliveries creates inconsistent hydrogenation outcomes and product rework cost
Supply delays disrupt continuous processing schedules and customer delivery commitments
Compressed hydrogen storage in food-grade facilities creates hygiene, safety, and regulatory management complexity
Externally sourced process gas documentation creates HACCP traceability gaps
HYDGEN generates hydrogen on-site to food-process specifications — fully traceable from generation to point of use, independent of external supply chain variability.
System-Level Reliability for {Food-Grade Edible Oil Hydrogenation}
HYDGEN systems integrate with edible oil hydrogenation reactors and food processing lines, providing the purity, traceability, and supply continuity that food-grade production requires.
Food-Process Purity with Full Traceability
≥99.99% purity with generation data available for HACCP and food safety documentation.
Continuous Supply with Built-In Redundancy
Automated monitoring and predictive maintenance maintain uninterrupted supply across batch or continuous processing.
Compact, Near-Reactor Integration
Modular units adjacent to hydrogenation vessels — consistent pressure and flow, minimal storage footprint.
Scalable Output for Seasonal Demand
Match generation to production load — scale for peak periods without the lead times of delivered cylinder supply.
Frequently Asked Questions
What purity of hydrogen is required for edible oil hydrogenation?
Edible oil hydrogenation requires hydrogen at ≥99.99% purity, with sulphur <1 ppm and moisture <50 ppm. Sulphur is a severe catalyst poison for nickel catalysts — even brief exposure causes irreversible activity loss.
Is on-site hydrogen generation suitable for food manufacturing environments?
Yes. PEM electrolysis produces hydrogen from deionised water using electricity only — no chemical reagents or combustion. The system is contained, automated, and produces hydrogen that meets food-process purity requirements.
How does on-site hydrogen generation support HACCP compliance in food processing?
On-site generation provides continuous, real-time generation data — purity records, flow logs, maintenance history — that can be integrated directly into the HACCP documentation chain. This is a traceability advantage over cylinder supply.
What are the safety advantages of on-site hydrogen generation for food processors?
On-site generation eliminates the need to store large compressed hydrogen cylinder banks, reducing fire and explosion risk. Hydrogen is generated on demand at the rate it is consumed. HYDGEN systems include continuous leak detection and automated shutdown.
Can on-site hydrogen generation replace all our cylinder hydrogen needs in food processing?
For most food processing applications including edible oil hydrogenation and fat hardening, yes. On-site generation can be sized to cover 100% of process hydrogen demand with buffer storage providing continuity during planned maintenance.
Own your hydrogen supply
Tired of paying 60% more for your hydrogen than you need to?
Take control with on-site, on-demand production that's cost-effective, ultra-pure, and built for your reality.
Take control with on-site, on-demand production that's cost-effective, ultra-pure, and built for your reality.
Own your hydrogen supply
Ready to stop spending 60% more for your hydrogen than you need to? Reduce operational costs and eliminate dependency on external suppliers with your own on-site, on-demand hydrogen production.
