The atmosphere is like a mine full of carbon, and we’re selling the pickaxe. Korall’s mission is to turn atmospheric CO2 into the feedstock for a net-zero economy. Our proprietary liquid DAC technology makes carbon capture simple, scalable, and radically more resource-efficient.

BÆTA Carbon offers low-cost, low-complexity CO2 capture that minimizes resource and operational burdens—derived from everyday plastic waste. BÆTA Carbon offers low-cost, low-complexity CO2 capture that minimizes resource and operational burdens—derived from everyday plastic waste.

Hydram is an Icelandic technology company that has developed a novel industrial steam boiler that uses heat as its primary fuel (e.g., waste heat from cooling fluids), unlike traditional boilers that use natural gas, coal, or electricity. This high-impact cleantech will dramatically increase the operational efficiency of chemical plants, pulp and paper mills, refineries, and food and beverage production facilities, and will soon also be used to cool data centers.

Co2laborate transforms static carbon capture facilities into intelligent energy assets through a digital platform that operates at the intersection of power markets, district heating, and capture operations. Purpose-built for CCS, we leverage operational flexibility to convert market volatility into real savings that static operations simply cannot achieve.

With a goal of reducing CO2 emissions by 100 MT by 2035, TRIGen DC is developing high-temperature heat pumps combined with the most efficient integrated heating and cooling platform to reduce >CO2 emissions by 90% for the process industries.

ReMoni develops the heat and electricity meters of the future, which are mounted on the outside of existing pipes and cables—without cutting into them. Our wireless clamp-on sensors collect data across the entire installation, which is then securely analyzed in our cloud. Using AI-based intelligence, we transform data into precise measurements, control, and documented savings—quickly, securely, and scalably.

Heatflow develops efficient cooling solutions that make electronics more compact and elevate waste heat to higher temperatures, enabling it to become a valuable resource in the energy system.

Heliacs RockStore is a thermal energy storage system that can store green energy as heat at temperatures up to 330 °C. This makes the solution ideal for supplying industrial heat—for example, in the form of large quantities of steam—in a way that is both economical and sustainable.

Plexar Energy, a CIP subsidiary, is a microgrid specialist company established to accelerate industrial electrification and decarbonization. Plexar provides electrical engineering expertise and intelligent digital control systems that optimize electricity costs and enhance energy resilience. Plexar delivers end-to-end microgrid solutions, from design and permitting through construction, optimization, and long-term operation, enabling customers to unlock local electricity production and harness renewable energy behind the meter.

CEDAR makes heating systems smart. Our technology automatically models and optimizes how heat pumps or other energy assets operate in relation to electricity prices, the building’s indoor climate, user behavior, and the energy system. This reduces energy consumption and costs—without compromising comfort.

Leapcraft is a deep tech company offering a SaaS platform that combines a building management system, demand forecasting algorithms, and optimization for HVAC systems, delivering proven savings of 40–70% in commercial buildings. We also manufacture patented hardware sensors and controllers for various applications in ventilation and heating control. Our solutions have been deployed internationally, and we are now developing a vertical solution focused on data centers to help bridge the gap between air-based and liquid cooling systems, combined with demand-based optimization for district heating systems.

TEGnology, a deep tech hardware company, specializes in converting waste heat into reliable, clean electricity through advanced thermoelectric technology. It empowers industries to power sensors and systems autonomously while accelerating the transition to a more energy-efficient future.

The Skyven Arcturus is an advanced industrial heat pump that recovers low-temperature waste heat and upgrades it to generate steam that meets the requirements of existing boilers. It reduces the boiler load, cutting natural gas consumption and lowering on-site emissions.

At CARA Cooling, we’re enabling a shift toward truly clean cooling by using water as the refrigerant and turning waste heat into value. We aim to be the company that successfully transitions the cooling industry from synthetic gases to natural, physics-driven solutions.

A smart energy platform that uses AI to automatically optimize your electricity consumption and manage batteries and inverters. It analyzes electricity prices, weather, and your usage so you can use electricity when it’s cheapest—and save both money and CO₂.

KAKTI develops autonomous AI for district heating. Our platform, LILA, optimizes heat production in real time and reduces both costs and CO2 emissions at each individual plant.

DecarbonICE is developing a patented solution for the transport and handling of CO₂ as dry ice in standard containers at atmospheric pressure, thereby leveraging existing global logistics and container infrastructure for the safe, flexible, and cost-effective transport of captured CO₂.

Zmart NetZero transforms energy data into tangible savings and sustainable results. With Energy Twin technology and AI, industrial companies gain real-time insights that reduce energy costs, document their carbon footprint, and support smarter production.

CataCycle is a Danish deep-tech pre-startup based at the University of Copenhagen that converts post-consumer PET bottle waste into food-grade recycled PET through a proprietary CO2-promoted depolymerization process. Whereas mechanical recycling degrades plastic with each cycle, CataCycle’s process breaks PET down into its molecular building blocks, producing a monomer that is chemically identical to virgin material. We replace toxic metal catalysts with CO2, a food-safe compound, achieving 90% monomer recovery from real mixed-waste feedstock with a 47% lower carbon footprint than virgin PET.

Viscendia is a software company that develops a digital platform for inspecting industrial assets. Viscendia’s product, the Knowledge Platform, transforms visual data from sources such as drones and cameras into structured, searchable insights that make it easier to assess damage and plan maintenance. The Viden Platform is the persistent data layer that transforms inspection data into structured asset intelligence.

TrailBlaze provides companies in the CO2Vision network with direct access to top engineering talent across disciplines such as design, process optimization, logistics, and production. We operate at the flexible intersection of recruitment, the temporary staffing industry, and project-oriented support—enabling us to bring in ambitious engineering students on a part-time basis to eliminate acute bottlenecks and give your subject matter experts the space they need to focus on their work.

At Reformable, we are developing a new catalytic technology based on dry reforming of methane (DRM), which converts CO2 and methane directly into synthesis gas (CO + H2). Our solution makes it possible to upgrade CO2 into a valuable chemical building block that can be used for the production of, for example, e-fuels, methanol, and sustainable aviation fuel (SAF)—while minimizing the need for renewable hydrogen. This results in maximum carbon utilization, greater potential for continuous operation, and a less sensitive process. We primarily target companies such as biogas plants, energy companies, gas-to-liquid technology developers, and PtX operators.

Enectrify lowers the barriers to electrifying process heating and cooling for SME manufacturers with a modular heat pump system designed specifically for the SME segment, as it is less expensive and more efficient than existing solutions. The solution delivers savings of up to 1.4 million DKK per MW per year and a reduction of up to 100% in CO₂ emissions from process heating and cooling.

By converting locally sourced waste biomass into Hard Carbon anode material for sodium-ion batteries, BioNa is strengthening Europe’s energy independence. The proprietary “Double Negative” process enables a fully European supply chain—from raw material to finished cell—while outperforming conventional bio-based alternatives with a feedstock conversion rate exceeding 90%. What sets BioNa apart is that the process doesn’t just reduce emissions—it removes them. For every kilogram of Hard Carbon produced, BioNa sequesters up to 1.8 kg of CO₂, making it genuinely carbon negative.

Ammisorb’s Sorption Booster is a solid-state extraction technology that makes decentralized green ammonia production economically viable. By replacing expensive chiller-based separation with proprietary chemistry, Ammisorb reduces plant CAPEX by 25% and OPEX by 22% while delivering 99% extraction efficiency. The technology addresses European food security, energy resilience, and industrial decarbonization in a single solution.

ECOZence has developed a passive catalytic technology called ProtoniQ, a specially designed, long-term stable aqueous phase that, in combination with a stainless steel cylinder, forms an advanced catalyst. ProtoniQ improves combustion and thermal processes without the use of electricity, chemicals, or maintenance. ProtoniQ can be used in both small systems and large industrial plants and functions as a simple upstream measure that reduces emissions at the source.

Gridturn develops smart energy platforms that combine battery storage, energy management, and backup power into a single, integrated solution. We help businesses reduce energy costs, strengthen supply reliability, and use their energy more efficiently—with sustainable technology based on recycled electric vehicle batteries.

Every operator in the CO₂ value chain handles sensitive, NIS2-regulated data but wants to use AI to optimize operations. CareProxy enables this by detecting and masking sensitive information, keeping data on-premises, and providing cryptographic audit trails for NIS2 and EU AI Act compliance. Proven in the healthcare sector, the platform extends naturally to energy and critical infrastructure. Its unique masking-and-routing technology also enables secure data sharing across partners involved in data capture, transport, and storage, protecting proprietary information while supporting collaboration.

At Circrete, we give concrete elements a new lease on life through direct reuse. We preserve valuable materials and reduce the carbon footprint of new construction projects, based on documented quality. By testing the concrete’s properties, we ensure that the elements continue to meet structural requirements and standards, so they can be safely incorporated into new structures.

Celembi is the marketplace for surplus heat. Industry and data centers waste enormous amounts of energy every day. It’s difficult both to find a buyer and to document the transaction. We solve both problems: we match heat sources with district heating companies and other buyers and manage each transaction all the way through to meter-based billing, with an audit-ready trail for every delivery. We facilitate and connect both large and small players. The result is new revenue from excess heat, lower heating costs, and reduced CO₂ emissions. The documentation is ready for regulatory authorities and auditors (EED, CSRD). Celembi seeks to partner with anyone who wants to turn excess heat into a tradable commodity—regardless of size.

Carbon Connect provides transportation and storage of liquid CO₂ using modular, automated ISO tank containers equipped with monitoring and reporting capabilities. We transform CO₂ logistics into a data-driven infrastructure that connects emitters to permanent storage sites or utilization, enabling safe, transparent, and cost-efficient handling from source to destination.