0%
of industrial processes depend on steam
Industrial decarbonisation · Deep-tech · Est. 2024
Decarbonise the Heat.
Industrial steam and process heat — without the fossil fuel. RORO replaces combustion with patented, renewable-powered induction technology, delivering zero-carbon steam that fits into the factory you already run.
Our goal: help cut global industrial CO₂ emissions by ~15% over the next 15 years.
Steam capacity0–300 kg/h
Induction regime~1 kHz
Steam temperature150–250 °C
Direct CO₂ · solar-fed~0 t/yr
ReadinessTRL 7–8
The hardest emissions to cut are hiding in industrial heat.
Around 80% of industrial processes rely on steam — and most of it is still produced by burning coal and natural gas. Process heat is one of the hardest utilities to decarbonise without disrupting production. Meanwhile, European and UK buyers are demanding lower-carbon manufacturing from their suppliers. The pressure is real — and combustion-based steam is running out of road.
0%
of global electricity in 2023 still came from fossil fuels
Fossil reserves, at current consumption
Oil
~30 yrs
Natural gas
~40 yrs
Coal
~80 yrs
Regulatory pressure in Europe and the UK demands zero-carbon pathways for exporters
“The industrial sector uses 60% of the world economy to obtain heat — recklessly using all kinds of resources, especially fossil fuels.”
Meet RORO Power — patented induction steam, powered by renewables.
RORO Power replaces the combustion burner with an electrically driven, patented induction system. It takes renewable electricity — solar, wind, or grid — converts a standard 50 Hz supply into a high-frequency induction regime around 1 kHz, and heats a specially designed steel boiler to produce process steam with near-zero direct CO₂ emissions. Modular, configurable and retrofit-friendly: built to slot into the factory you already have.
- Patented
- Induction-fuelled
- Retrofit-friendly
- Zero direct CO₂
From clean electricity to controllable steam.
-
01
Energy input
Solar, wind and grid electricity feed the system — no combustion burner, no fuel line, no flue.
-
02
Power conversion
RORO Power converts a standard 50 Hz supply into high-frequency induction energy at around 1 kHz for fast, efficient heat transfer.
-
03
Induction heating
An electrolytic copper coil creates a magnetic field that heats the steel boiler body directly — clean, fast and precisely controllable.
-
04
Steam generation
Heat transfers into water; pressure rises; controllable steam is delivered to the process line at the flow, pressure and temperature you specify.
-
05
Smart control
PLC/SCADA sensors and an AI-assisted layer regulate output, quality and safety — with full data logging for auditable reporting.
Watch electricity become zero-carbon steam.
The complete operating principle in a 30-second loop — renewable input, RORO Power conversion, induction heating, controllable process steam.
Engineered for the plant floor, not the lab bench.
Cost-effective
Delivers cost-effective steam and heat, with measurable savings in both time and operating cost.
Simple integration
Integrates seamlessly with boilers, kilns, dryers and more — fitting any facility’s heat conditions in a compact footprint.
Continuous
Highly available, dispatchable heat 24/7 — with controllable flow rates and temperatures matched to demand.
Minimal maintenance
High durability, minimal annual downtime, low maintenance cost — and a 40+ year design lifespan.
High temperature
Fully variable and controllable temperature — from low-temperature loads up to 1,500 °C applications.
Intrinsically safe
No open flame, no thermal runaway. The unpressurised system is designed to meet or exceed safety standards.
Solving industry’s toughest heat problem — your biggest advantage is significant savings in both time and cost.
Not a promise. A measurable number.
Annual carbon savings per single RORO unit — based on 300 kg/h steam and 8,760 hours of continuous operation.
~0
t CO₂ / year
Solar-fed RORO — direct operational emissions at point of use
0+
t CO₂ / year
avoided versus natural gas, at equal steam duty
0+
t CO₂ / year
avoided versus coal, at equal steam duty
At fleet scale
0
t CO₂ avoided per year — coal baseline
0
t CO₂ avoided per year — natural-gas baseline
0
tonnes of steam delivered per year
Illustrative fleet figures at typical utilisation · auditable per-unit metering for supplier reporting
- TRL 7–8industrial readiness
- Patentedinduction technology
- TÜBİTAKsupported R&D programme
- Kipaştextile demonstrator project
- M&Spilot proposal to the supplier network
“Renewable energy is not a choice but a necessity — one that comes from our hearts, to leave a future where our children can breathe.”
Built for over 90% of industrial steam needs.
Using renewable energy sources and advanced induction technology, we prioritise sustainable steam production. Our modular units are configured to each facility’s specific capacity and temperature requirements — matched precisely to your specifications.
Textile
Dyeing, washing, drying, finishing — steam-intensive processes with export-driven pressure to decarbonise.
Demonstrator sectorFood & Beverage
Cooking, sterilising, cleaning-in-place — hygienic steam on demand.
Chemical
Reaction heating and distillation with precise temperature control.
Pharmaceutical
Clean, auditable process heat for regulated production environments.
Pulp & Paper
Continuous drying loads served by dispatchable, controllable steam.
General manufacturing
Modular capacity for virtually any industrial heat condition.
From founding to export-ready industrial units.
-
2024
RORO Energy founded
Kahramanmaraş Teknokent, Türkiye
-
2025–26
Mobile prototype
TÜBİTAK 1501-supported RORO project — induction steam platform validation
-
2026–27
Industrial demonstrator
Kipaş textile project — continuous plant operation, recipe-driven steam demand
-
2027+
Export-ready units
TRL 7–8 industrial units — supplier network scale-up
Let’s decarbonise your process heat.
Ready to discuss a pilot, site requirements, or the pathway to zero-carbon steam? Get in touch — we reply personally.