HYDROGEN TECHNOLOGY / ARGENTINA
Unlock More Efficiency From Every Diesel Engine.
Hydrogen-assisted combustion for the engines that move your business. Explore the potential for improved fuel efficiency—measured in your real operating conditions.
ENGINEERED FOR DIESEL. EVALUATED WITH DATA.
01 / WHAT MATTERS TO YOUR BUSINESS
Less speculation. More operational clarity.
A useful efficiency conversation starts with the metrics your fleet already depends on.
Fuel consumption
Track litres per kilometre, operating hour or unit of work under comparable conditions.
Operating costs
Evaluate fuel spend alongside installation, maintenance and other implementation costs.
Emissions assessment
Use an agreed measurement method. Do not infer emissions changes from fuel consumption alone.
Fleet productivity
Monitor availability, service requirements and the effect on day-to-day operations.
02 / BUILT AROUND YOUR OPERATION
Different demands. One engineering mindset.
Compatibility starts with the engine, its condition and how it works. Each application requires a technical review before a pilot is proposed.
Heavy Transport
Long-haul transport, distribution and commercial fleets. Assess consumption against payload, route and driving conditions.
Agriculture
Tractors and agricultural machinery. Compare fuel use across representative seasonal workloads.
Industrial Generators
Diesel power generation. Evaluate consumption at matched loads and operating hours.
Mining
Haul trucks, loaders and site equipment. Assess engine compatibility, sustained loads, working hours and site conditions before defining a pilot.
Marine
Commercial marine operations. Review installation constraints, duty cycles and the operating environment.
03 / THE TECHNOLOGY
A new approach to combustion. The same hardworking engine.
Hydrogen-assisted combustion introduces hydrogen alongside the engine’s existing diesel combustion process. It is an assistive approach—not a replacement for diesel, and not a conversion to a hydrogen-only engine. Its potential must be evaluated on the specific engine and duty cycle.
01 / Diesel remains the primary fuel
The engine continues to operate on diesel. This is not a conversion to a hydrogen-only engine.
02 / Hydrogen assists combustion
Hydrogen is introduced alongside the existing combustion process. The proposed configuration must be reviewed for the specific engine.
03 / Evaluate the actual outcome
Any efficiency potential is assessed against a baseline under comparable loads and operating conditions—not assumed in advance.
04 / PROOF BEFORE PROMISES
The evidence is in your operation.
A credible decision needs more than a demonstration. We propose a controlled pilot with an agreed baseline, comparable operating conditions and transparent reporting.
01 / Establish a baseline
Record fuel use, engine condition, payload, routes, working hours and relevant environmental factors.
02 / Run a controlled pilot
Agree the test protocol and compare representative duty cycles. Document changes that could affect results.
03 / Review the real data
Report the method, limitations and observed outcomes—including inconclusive results—before discussing rollout.
05 / THE BUSINESS CASE
Your fuel data. Your potential return.
Estimate potential savings using actual consumption, fuel prices and operating costs—not a universal savings percentage. Any initial estimate is a scenario, not a performance promise.
Bring your operating data
Monthly diesel consumption, current cost per litre, fleet size and typical duty cycles.
Build a transparent scenario
Compare baseline fuel spend with pilot-observed outcomes, system costs and maintenance assumptions.
06 / ARGENTINA PILOT PROGRAM
Start with a pilot. Scale with confidence.
For Argentine fleet operators ready to evaluate hydrogen-assisted combustion in their own working environment. Begin with an engine and duty-cycle review, then agree scope, installation requirements and a measurement plan.
A focused first conversation
Share your application, engine models, fleet size, location and available fuel records.
A decision grounded in evidence
Pilot scope, timing, pricing and support arrangements are confirmed after technical assessment.
07 / TECHNICAL CLARITY
Good questions. Clear answers.
What does installation involve?
Which diesel engines are compatible?
What maintenance is required?
How is safety assessed?
How will a pilot be tested?
What results should we expect?
THE NEXT MOVE IS MEASURED.
Find out what’s possible for your fleet.
Request a Fleet Assessment. Share your engine models, application and operating data with our team to start a technical review.
CONTACT THE ENGINEERING TEAM
For assessment enquiries, contact:
COBALT H₂
Hydrogen technology. Engineering-led assessment. Argentina.
© 2026 COBALT H2. All rights reserved. | Results depend on engine condition, duty cycle and operating environment.