We’ve only got this one planet. And it’s breaking. We need to think, build, and produce differently. One Planet Studio helps EU companies to ramp up their decarbonization efforts, fostering partnerships that replicate proven clean tech solutions from across the globe. Therefore, we’ve optimized the classic venture studio model, benefiting all stakeholders: companies, investors, local talent, future generations, and the planet. Let’s build better, together.


Our biggest challenge
Time is running out. 6 out of 9 planetary boundaries have been crossed. Humanity is destroying the planet’s ecosystem. Our entire social and economic system is implicated in the current ecological crisis. Cutting global greenhouse gases emissions (GHG) is one of the top priorities. In order to stay below the 1.5% objective and sustain our planet for future generations, GHG emissions must decrease 45% by 2030 compared to 2010.
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Our venture studio model
Step 1 Creating business opportunities
We unlock business opportunities in the following horizontals…
Energy Efficiency
The building, construction, and industrial sectors are crucial to achieving global decarbonization. In construction, innovations like passive solar design, high-performance insulation, and building-integrated renewable energy significantly reduce energy use and emissions. Technologies such as geothermal heating, low-carbon retrofitting, and AI-driven energy optimization ensure both new and existing buildings are more sustainable. For industry, solutions like ultra-efficient heat pumps, waste heat-to-power systems, and process electrification powered by renewables drastically cut carbon emissions. Together, these advancements drive energy efficiency, reduce reliance on fossil fuels, and pave the way for a greener future in these key sectors.
Electrification
Electrification is revolutionizing the building, construction, and industrial sectors by replacing fossil fuel systems with renewable energy-powered alternatives. In construction, electrified heating, cooling, and building systems, alongside solar-powered equipment and EV charging stations, are driving efficiency and sustainability. Industry is transitioning to electric-powered boilers, furnaces, and heavy-duty machinery, supported by battery energy storage and onsite renewables. These advancements are critical steps toward reducing carbon emissions and achieving a net-zero future.
Circularity
Circular systems are transforming building, construction, and industry by reducing carbon emissions and waste. In construction, innovations like carbon-negative materials, modular designs, and cradle-to-cradle systems minimize embodied carbon and promote material reuse. Industry is adopting closed-loop processes, carbon-neutral recycling, and upcycling CO₂ to lower emissions and increase efficiency. With tools like blockchain and carbon accounting, both sectors are advancing transparency and driving the shift toward a sustainable, circular economy.
Bio & geosourcing
Bio-based solutions are transforming building, construction, and industry by reducing emissions and promoting sustainability. In construction, materials like hempcrete, bamboo, and algae-based products sequester carbon, while bio-sourced adhesives, paints, and finishes replace fossil-based options. Industry is adopting biofuels, bio-based plastics, and biomass energy to power processes and lower carbon footprints. Innovations like industrial-scale fermentation and sustainable bio-catalysis are enabling large-scale production of carbon-neutral materials for a greener future.


Step 2 Funding decarbonization efforts
…across the verticals that are responsible for the most global greenhouse gases emissions (GHG) and that need more funding…
Building & construction
The building and construction sector is a major priority for decarbonization due to its significant contribution to global carbon emissions, responsible for nearly 40% of global CO2 emissions, including both operational and embodied carbon. The sector is highly material-intensive, with construction materials like cement, steel, and glass contributing heavily to embodied carbon. Innovation in low-carbon materials, energy efficiency, and circular construction practices can drastically reduce emissions. Decarbonization can lead to healthier, more resilient buildings, reduce operational costs, and align with global climate goals.
Industry
The industrial sector is a critical focus for decarbonization because it accounts for approximately 30% of global greenhouse gas emissions, driven by energy-intensive processes like cement, steel, and chemical production. The sector relies heavily on fossil fuels for heat and power, contributing significantly to global carbon emissions. Industrial emissions are projected to grow due to rising demand for products in developing economies, making decarbonization vital for meeting climate goals.