Heat-as-a-Service: 150–180 °C process heat. No grid upgrades at your site.
We deliver controllable process heat using mobile thermal energy storage. Reduce local gas consumption and COâ‚‚ emissions without adding load to the power grid. Your existing gas boiler stays in place as hybrid back-up.
Industrial growth and sustainability efforts are stalling. Waiting lists for heavier electricity connections often take 5 to 10 years. Alternatives are too slow, too costly (hydrogen) or unfeasible (e-boilers due to grid congestion). You need a workable solution now to secure your competitive position.
RHM delivers process heat to sites where building new pipelines is simply too expensive or too slow. We bring high-temperature heat from waste heat to your plant, without new grid reinforcement. This gives you a practical way to decarbonise heat, keep production in place and reduce pressure from regulators and grid operators.
We deliver thermal energy — no extra electrical connection required. Frees up grid capacity for your growth.
You pay a capacity/availability fee plus an energy fee per delivered GJ. No hardware investment — your liquidity stays available for core business.
You receive exactly the temperature your process requires, without extra investment in expensive boosters.
Your existing gas boiler remains in place as cold reserve. Long-term contracts (5–10 years) with clear SLAs deliver high uptime.
Transparent indexation on public indices (gas + COâ‚‚) with agreed reference bands. You know upfront how your heat cost evolves.
Fixed routes run by a professional 3PL partner. Our trucks swap full containers for empty ones — a container swap takes around 30 minutes on site. With multiple swaps per day, your heat supply stays continuous. No logistics burden for your team.
– Fixed routes with trucks that swap empty for full containers on a
set schedule.
– A container swap takes around 30 minutes on site.
– With multiple swaps per day, your process heat supply stays
continuous.
We install a compact, relocatable docking skid (around 2 × 3 metres) at your premises. Should your company cease operations, RHM takes the installation back. No stranded assets or large sunk costs.
We focus on industrial companies in the Rotterdam port cluster with a continuous or batch-wise heat demand above 140 °C, including process industry, chemicals, food and tank storage. We are now forming a launch cohort with several industrial sites — joining early gives your plant a say in how the technical and commercial set-up is fine-tuned.
Delivering process heat in the 150–180 °C range, covering common industrial needs such as CIP, pasteurisation, drying, washing and curing.
Design ready to serve a multi-site pilot with medium and large industrial users in the Rotterdam port cluster. Detailed volumes, cycle times and KPIs are provided in the Tech & Commercial Brief.
Turning otherwise wasted waste heat into productive process energy. By replacing gas-fired heat, you reduce direct COâ‚‚ emissions and associated ETS exposure while increasing circular use of heat in the port ecosystem.
Heat-as-a-Service: a capacity/availability fee plus an energy fee per delivered GJ. Price certainty via transparent indexation on public indices (gas + CO₂) with agreed reference bands. Long-term contracts (5–10 years) with SLAs for availability and performance. Full details in the Tech & Commercial Brief.
Reliable high-temperature process heat for cleaning-in-place (CIP) and tank cleaning operations, without dependency on gas-fired boilers.
Assess my siteStable 150–180 °C process heat for food and beverage pasteurisation, supporting strict hygiene and quality requirements.
Assess my siteConsistent heat for drying lines, coating curing, and surface treatment processes where temperature stability is critical.
Assess my siteProcess heat for washing, degassing and similar steps that currently rely on gas-fired hot water or steam.
Assess my siteHigh-temperature, stable heat for powder coating ovens, curing lines and other surface treatment processes where precise temperature control is critical.
Assess my siteAny industrial process that needs reliable heat up to 180 °C and wants to reduce gas consumption, CO₂ emissions, and dependence on grid capacity.
Assess my siteService-level agreements (SLA) define availability, cycle times and maximum thermal losses, with monitoring to provide auditable performance data.
KPIs such as delivered MWh, availability, thermal losses and avoided COâ‚‚ are tracked and can be reported to your internal stakeholders and external partners.
Industrial-grade equipment and procedures aligned with applicable standards. Full technical, safety and compliance dossiers are available in the Tech & Commercial Brief.
Set-up designed to be compatible with banks and long-term industrial partnerships focused on decarbonising process heat in the Rotterdam port area.
Logistics fully outsourced to a professional 3PL partner, so RHM can focus on reliable heat delivery while avoiding fleet and HR risks.
Assessment & contracting now — first deliveries launch cohort from early 2028. Contact us for a no-obligation audit.
Submit a short form with your site details, temperature range, load profile and current gas consumption.
We design the docking skid concept, define SLA parameters and present a tailored proposal including capacity/availability fee, €/GJ energy fee and indicative CO₂ reduction.
Deployment, commissioning and acceptance testing, followed by a KPI dashboard on availability, cycle times, thermal losses and COâ‚‚ savings.