Plastic waste is piling up, communities lack job opportunities, and industries still rely on fossil fuels—creating environmental damage and economic vulnerability.

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We convert plastic waste into fuel, cleaning the environment, supplying energy, and creating sustainable jobs.

The plastic crisis is escalating while communities need work, and decarbonization goals demand solutions with both climate and social impact—our technology is ready to scale.

Reducing reliance on fossil fuels by processing tons of waste daily, preventing pollution and producing lower-carbon fuel while generating local employment.

Operating across countries, restoring environments, creating jobs, and processing millions of tons of waste as part of a full circular economy ecosystem.

We turn trash into money and somehow still get invited to dinner parties.

Connections with municipalities and industry partners, guidance on EU funding, and support from a network of circular innovators and mentors.

Many sites cannot electrify or use heat pumps due to limited grid capacity.

A hydrogen solution to provide clean heat and power, enabling industries to replace natural gas, even with grid congestion.

Rising energy demand, strict decarbonisation targets, and severe grid congestion are colliding. Industry seeks electrification, hydrogen expands and policymakers push for clean heat. HyER Power operates at this intersection, enabling decarbonisation that would otherwise be impossible today.

Enable industries to replace natural gas with zero-emission heat and power, accelerate the heat transition and significantly reduce CO₂ emissions.

Providing 1 GW of flexible, zero-emission heat and power capacity in the Netherlands.

Significant part the team was born and raised in Spijkenisse!

Connect with partners to decarbonise heat, and to develop demonstration projects that can become real, replicable showcases.

Maritime shipping and energy-intensive industries need sustainable fuel, but hydrogen infrastructure isn’t available at the scale or in the locations required.

Offshore, wave-powered hydrogen platforms with integrated maritime distribution—creating an integrated supply chain from molecule to vessel.

EU regulations require 2% renewable maritime fuel by 2034. Industries and data centres need reliable clean power. Partnerships with major manufacturers and financiers show the market is ready to scale.

Replacing fossil fuels in maritime shipping and industries with cost-competitive green hydrogen produced offshore, eliminating the need for expensive land-based infrastructure.

Operating multiple offshore hydrogen hubs for major European ports, powering container ships and data centres, and expanding globally to prove renewable hydrogen can scale profitably.

We are serial entrepreneurs who’ve pivoted from talking about hydrogen to building the infrastructure the world needs.

Access to Port of Amsterdam stakeholders, industrial off-takers and strategic guidance on regulations and funding.

Factories in food & beverage, pulp & paper and chemicals have challenges to find profitable decarbonization solutions. At the same time, they waste vast amounts of energy at the temperatures of 40 – 70 °C.

Oil-free, high temperature heat pump with 1-3 years payback time, source temperature 40 – 70 °C, producing 100 – 185 °C steam.

Industries want to save money and decarbonize i.e. reduce gas burning at the same time.

Upheat’s customers can reduce up to 75% of their gas burning. There are tens of thousands of suitable customers’ factories in Europe, Canada and few states in the USA, which are Upheat’s target markets. This means larger global impact in industrial decarbonization. If you dream big, where do you see your company in 5 years? World leading industrial decarbonization solution provider and the most valuable cleantech startup in the world.

World leading industrial decarbonization solution provider and the most valuable cleantech startup in the world.

The Upheat team turns wasted heat into money-making steam

Customer and integrator partner contacts, and advice in go-to-market.

We build technologies for affordable, scalable and sustainable e-fuel production, to enable net-zero aviation.Industrial cooling systems waste energy, cause emissions and create production bottlenecks—problems often overlooked but highly costly.

Software that prevents cooling-related bottlenecks while optimizing energy use and emissions.

Cooling systems are under strain from hotter summers and aging equipment, while industries face pressure to become more efficient.

Improving cooling efficiency, reducing electricity use and flaring, preventing bottlenecks and lowering emissions across heavy industries.

Becoming the global standard for real-time cooling insights across refineries, chemical plants and waste-to-energy sites.

Even our commercial people love diving into the technical details of the product.

Access to networks, mentors and industrial partners to scale commercially and expand into new sectors.

Many industrial companies miss out on major cost and CO₂ savings because evaluating existing energy solutions is complex, slow, and expensive. This creates an “efficiency and sustainability gap” with lost opportunities.

AI, digital twins, and real-time optimisation to help companies quickly select the best decarbonisation technologies, cutting CO₂ emissions and energy costs.

Industries face pressure to cut CO₂, meet regulations, and reduce energy costs, yet evaluating decarbonisation options is more complex than ever. With our solution, advanced optimisation is now fast, affordable, and scalable, making this the ideal moment.

Connections to Dutch stakeholders, project ideas in the Netherlands for Carbon Capture Utilisation.Fast, measurable emission reductions and improved competitiveness through smarter, data-driven energy decisions.

As a global benchmark for industrial decarbonization, scaling our Co-Pilot across continents with strong R&D, partnerships and teams.

A multidisciplinary crew of energy nerds turning complex decarbonization into single-click solutions.

Market access, strategic pilots, and partnerships to validate and scale our Energy Co-Pilot.

Reaching Net Zero requires removing gigatons of CO₂ each year. Scalable carbon removal and utilization is essential to meet climate goals.

We use cost-efficient electrochemical Direct Ocean Capture to remove CO₂ at scale while enabling pathways for safe storage and sustainable utilization.

Carbon removal technologies take years to scale, delaying deployment risks missing climate targets.

turning captured CO₂ into circular products, while permanently removing residual emissions from the atmosphere. Our goal: gigaton-scale carbon removal by 2045 to enable a truly net-zero industrial ecosystem.

Operating at megaton-scale and being recognized as Europe’s leading marine carbon-removal company.

A wonderfully crazy crew on a mission to keep the planet cool through the power of the ocean.

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Grow our early customer pipeline for carbon-removal credits, forge strategic industrial partnerships, and strengthen R&D and scale-up readiness.

Industries must optimise electricity use amid increasing electricity market complexity. Poor load forecasts and poorly managed Power Purchase Agreements (PPAs) inflate costs, while unused flexibility means missed revenue.

We optimize power use, PPAs, schedules and flexibility to maximize the value of power-intensive assets.

Electricity markets are becoming more volatile and complex, demanding flexible operations for industries to stay competitive.

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By unlocking flexible energy use and integrating renewables efficiently, we help industries reduce emissions and strengthen competitiveness.

Make every megawatt count for more than 100 industrial sites in Europe, increasing their competitiveness, and providing gigawatts of flexibility to the grid

We have marathon runners, chess players, golfers, movie enthusiasts and one person playing improv theatre - what more could we want in a team?

Access to industry leaders, new customers, and opportunities to pilot our software in the region.