Startupbootcamp is a global network of industry-focused accelerators with a presence across major innovation hubs worldwide. Since 2010, we have supported over 1,700 startups, enabling them to raise more than €2.99 billion in funding. Our programs connect founders with a powerful ecosystem of corporates, investors, and mentors to catalyse impactful solutions addressing some of the world’s most pressing challenges. Startupbootcamp India (SBC India) has been set up as a joint venture between Startupbootcamp Australia and BRK Ventures, an organization focused on supporting early-stage startups. SBC India runs accelerator programs focused on catalyzing breakthrough solutions in India’s clean energy sector as well as other deep-tech sectors. Our mission is to support early-stage startups driving innovation by providing hands-on mentoring, funding access, and targeted growth support. Combining BRK Ventures’ local insight with Startupbootcamp global track record in scaling startups, we aim to build a robust pipeline of investable deep-tech and clean tech ventures in India. This initiative is our first step toward accelerating the commercialization of impactful, scalable, and sustainable solutions. Join us as we back bold founders solving India’s most pressing climate and energy challenges.

Decarbonizing the industry with Renewable Natural Gas.

Operator of a steel production plant, intended to decarbonise the European steel industry, accelerate decarbonisation, and deliver large-scale fossil-free steel production. The company's plant provides a fully integrated, digitalised, and automated greenfield steel plant by bringing together raw materials, renewable energy, local expertise, and artificial intelligence, which replaces carbon dioxide-intensive coal with green hydrogen, water, and heat, becoming the primary emission, enabling clients to have access to fossil-free steel at a leading cost position.

Operator of a carbon conversion and utilization company intended to create carbon-neutral chemicals and fuels. The company leverages a proprietary electrochemical process to convert captured carbon dioxide into methanol, a versatile and clean-burning fuel, enabling businesses to reduce its reliance on fossil fuels and achieve carbon reductions.

Greenway Steel works with metals and manufacturing companies to manage sustainability, energy efficiency, and carbon requirements across global supply chains. We provide practical tools and services—including the Greenway Calculator—to help organizations quantify carbon footprints, identify energy efficiency and emissions reduction opportunities, and meet customer and regulatory reporting requirements. This enables informed decisions around offsets and renewable energy credits where appropriate. Through a network of strategic partners, we bring proven technologies and solutions to address energy use, emissions, and operational performance, while maintaining a commercially grounded, vendor-agnostic approach focused on cost control, risk management, and long-term business resilience.

Pioneering Sustainable Innovation for Earth and Beyond.   We are a forward-thinking tech-based company, that develops novel technologies, to ensure viable and sustainable life on earth and beyond.   From Moonshot to Earth Impact:  Helios began as a space technology company with the bold mission to extract oxygen from the moon, with the challenge to enable the separation of oxygen from lunar minerals in extreme environments, where zero emissions are not an option but a necessity. Our efforts resulted in a breakthrough zero-emission process for metal production, applicable also on Earth – known as the Helios Cycle™.   Enabling Zero-Emission Iron Production: the Helios Cycle™ revolutionizes iron production. It produces iron from iron ore using mostly thermal energy, emitting only oxygen. This eco-friendly method requires significantly less energy, cuts costs, minimizes environmental impact, and maximizes existing resource utilization.   Beyond Iron: the Helios Cycle™ doesn’t stop at iron. It extends to other critical elements—silicon, copper, nickel, and lithium—offering a greener path for resource extraction.   Expanding our vision from our lunar origins, we’ve evolved into leaders in green steel innovation. Through strategic partnerships and collaborations, we’re poised to transform the trillion-dollar steel industry.   Follow us on this journey toward a sustainable future - on earth and beyond!

At Aleph Technologies, we are revolutionising industrial process optimisation with cutting-edge innovation. Our AI Co-Pilot for Process Optimisation, powered by advanced AI and Process Digital Twin technology, is designed to tackle the complexities of chemical manufacturing and beyond. Acting as a co-pilot, our software empowers process engineers and operators to swiftly troubleshoot operational issues, generate solutions, and optimise operations for superior performance. Join us on this transformative journey as we redefine process optimisation, solving intricate challenges and elevating industrial operations to unparalleled efficiency and excellence.

ZettaJoule will power industry and enhance energy security by delivering reliable, clean heat and electricity through a fleet of advanced small modular reactors (SMRs) capable of producing 950 °C output temperature.

Angara’s proprietary platform, DecarbonX, is fundamentally changing the way heat transfer is managed in industries with the power of AI and science. In response to shifting attitudes toward CO2 emissions in the industry, as well as advancements in technology, Angara has developed a profitable decarbonization solution with an AI-driven self-diagnostic, monitoring, and remedial tool that proactively manages fouling degradation risks in equipment such as heat exchangers by providing actionable insights implementable in real-life environment. This proactive approach optimizes operational performance by enhancing energy efficiency, decreasing downtime, boosting product yields, and reducing CO2 emissions. DecarbonX platform is compatible with most currently installed asset management systems and can be implemented relatively quickly. Technology is applicable to Refining, Chemicals & petrochemicals, Geothermal, Fertilizers, Biofuels and Water treatment. In petroleum refining alone, our suite of technologies could abate Scope 1 emissions of 400 mtCO2/year, of which 160 mtCO2/year are available now, with existing equipment and no CAPEX needed. It would save $50+ billion/year in energy & carbon costs. Angara’s technology has been evaluated by DNV, a leading independent assurance and risk management company, and assigned a Technology Readiness Level (TRL) of 8+ out of 9. BUSINESS MODEL We are a Technology Provider, we engage Service Providers and other Partners to deliver results to our Clients, creating high-skilled jobs and supporting local communities. ANGARA’s DecarbonX program was officially launched in March 2022 at the CERAWeek and is signing up partners and clients at an accelerating speed. ANGARA is currently working on dozens of projects in European and Middle Eastern countries to drive decarbonization and deliver significant energy savings for its clients. We invite Partners and Potential Clients to learn more about Angara at https://angaraglobal.com/

We invest in fundamental scientific breakthroughs by leading innovators that create the largest impact potential and solve the world’s biggest problems

Theia Ventures invests in strong enterprises with committed founding teams, at the seed stage, with tailored financial instruments to support growth and sustainable operations. We deliver results-oriented technical support to our portfolio, building winners who can prove a strong customer value proposition and revenue model to future rounds of investors. Focus sectors: i) Climate tech; ii) Circular economy and iii) Sustainability. Reach out to us or find out more at https://www.theia-ventures.com/get-in-touch

Danish company Orsted was named Dong Energy until the sale of all its oil and gas fields to Ineos in 2017, soon after the May 2016 initial public offering. Orsted is now focused on renewable assets, especially offshore wind farms. It operated 9.9 gigawatts of offshore wind farms at the end of 2024. The United Kingdom is the biggest country of operation, ahead of Germany and Denmark. The group intends to develop its footprint outside Europe with projects in Taiwan and in the US. Orsted also operates 4.8 GW of onshore wind and solar assets concentrated in the United States. The company is involved in more traditional utilities business like conventional power plants and gas supply, but these activities are noncore.

H Quest Vanguard, Inc. is an early-stage technology company based in Pittsburgh, PA. H Quest Vanguard was established in 2014 and operates a facility at U-PARC (former Gulf Research Labs) campus in Harmar, Pennsylvania. H Quest is developing a low-temperature plasma conversion process to derive fuels, chemicals, and advanced carbon materials, including graphene and carbon fiber, from low-cost, abundant resources: natural gas and coal. This transformational process has no CO2 emissions and can be deployed at orders of magnitude lower costs than conventional chemical plants employing legacy technologies.

Developer of carbon capture and utilization systems designed for industrial emission conversion purposes. The company's platform processes carbon dioxide emissions into intermediates such as carbon monoxide suitable for electrofuel applications and chemical synthesis, while incorporating a secondary pathway in which the reduction reagent is further processed into activated carbon, enabling industrial sectors to convert emissions into multiple usable materials and integrate circular resource flows within production systems.

Energy Security Services North America Inc. [ESSNA™] is an energy modelling and planning / decarbonization company. We design, fund, build, commission, and operate successful end-to-end bankable energy solutions and low carbon fuel solutions using innovative approaches and proprietary methodologies within a customized energy model. Our value proposition can be found in the value chain from generation (low carbon marketable product) through to carbon credit generation. Our end-to-end services enable the value proposition including electricity generation, process gas application, on-site product distribution, and infrastructure, and 59Hydrogen™ generation and blending. The entire process is underwritten through the DaaS™ decarbonization model and revenue streams, yielding economic value.

www.denetek.com

Climate Investment is a US and UK-based independently managed specialist investor focused on accelerating capital-efficient decarbonization of heavy emitting sectors. Operational since 2017, its team of investment and technology professionals has built a portfolio of 40 technology and business model innovations across energy, transportation, buildings and industry. Collectively, its Catalyst portfolio delivered 95 MT CO2e of cumulative greenhouse gas reduction in the period 2019-2023. Climate Investment was founded by member companies of the Oil & Gas Climate Initiative (“OGCI”). They have invested in Climate Investment funds and deployed many of its portfolio innovations, supporting their early commercial development.  Visit www.climateinvestment.com

Operator of a bioinformatics and machine learning company intended to to solve greenhouse gas emission problems. The company develops sustainable bioprocesses with industrial applications in synthetic biology such as the biological degradation of plastics or the cell-free production of chemical compounds, enabling industries to reduce their carbon footprint while generating substantial profit.

Third Derivative (D3) is a vertically integrated engine built to accelerate the rate of climate innovation globally. We uniquely combine a next-generation accelerator, committed venture capital, a curated ecosystem of global corporations, and unparalleled market, regulatory, and policy insights. We are mission driven and market focused. Rising to the climate crisis challenge is a once-in-a-generation, trillion-dollar economic opportunity. That’s why we were founded with purpose: to find, fund, hone, and scale the most-promising technologies to achieve larger, faster reductions in global carbon emissions.

Existing materials and supply chains hinder a profitable energy transition. 1s1 Energy transforms readily available, low-value inputs into high-value products: clean industrial molecules, critical metals, and electrochemical components. 1s1’s proprietary materials and processes combine boron or other metallic elements with synthetic and natural polymers, enhancing chemical and electrochemical performance. 1s1’s solutions unlock paradigm shifts in three high-value markets: clean industrial molecule production, critical metals extraction, and PFAS-free materials. With world class technical and business leadership, industrial partners and pilots, 1s1 leverages its proprietary technology across operations in the US, Portugal, and Brazil. Please contact 1s1 if you are interested in partnering with us.

FlexiH is pioneering the next generation of e-refinery technology — producing clean and carbon-negative fuels and materials under ambient conditions. Our platform, AI-enabled e-refinery, converts diverse feedstocks, from atmospheric air to waste biomass and end-of-life tires, into a suite of high-value products, including e-ammonia, e-hydrogen, e-SAF, e-methanol, e-DME, and high-quality synthetic graphite. Our mission is to accelerate global decarbonization by enabling scalable, cost-efficient production pathways for agriculture, transportation, and industrial markets. By redefining how essential molecules and materials are made, we aim to build a more sustainable, circular, and resilient energy future.

K2-CO2 is a turnkey provider of carbon capture solutions capable of delivering 90%+ CO2 reduction. Our systems range from "bolt-on" carbon capture equipment to integrated systems for emission compliance, heat recovery, and carbon capture. Together with our partners, K2-CO2 has more than 400 references in CO2 applications and 40 references in glass furnace applications. With our strong history in Air Pollution Control and Waste Heat Recovery, we can deliver decarbonization solutions for your industrial process stream.

We invest in sectors decisive for climate impact. In these areas, deep tech meets the physical economy, solves real problems, and makes modern life better.

The Canadian Steel Producers Association (CSPA) is the national voice of Canada’s $15B primary steel production sector. CSPA works with governments and relevant partners to promote, defend, and enhance the interests of the Canadian steel industry and related supply chain stakeholders towards the overall goal of advancing public policies that enable a globally competitive business environment for its member companies. Follow us on Twitter: @CSPA_ACPA

The Buildings, Utilities, and Infrastructure Living Together – or the BUILT Cluster - leverages Washington State’s social and intellectual capital to solve industry-identified decarbonization challenges in the built environment. The BUILT Cluster is one of nine inaugural clusters within the Washington State Innovation Cluster Accelerator Program (ICAP), a multi-year innovation cluster development program supported by the Washington State Department of Commerce to help promising industry sectors assemble the ingredients they need to grow.