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As carbon capture accelerates globally, opportunities beyond permanent geological storage exist to valorize CO₂ and improve the economics of CCUS. IDTechEx forecasts global carbon dioxide utilization market revenue will increase from US$14 billion in 2025 to US$69 billion in 2036.

At Innovation Zero 2026, IDTechEx spoke with multiple companies aiming to prove that an increasing demand for food, clothing, and plastics worldwide might not need to take such a heavy toll on the planet with the development of circular economies.

In this brief video IDTechEx analyst Matthew Fall assesses Silicon Carbide (SiC) and Gallium Nitride (GaN) semiconductor materials, which are used for power electronics in data centers, renewables and electric vehicles.

The electrification of transport has been a huge revolution in recent years, with the number of electric vehicles on the road increasing, alongside ramped up regulations for carbon emission reductions. This article covers electric construction vehicles, micro EVs, and drones

Small modular reactors (SMRs) represent a new generation of nuclear power, promising cheaper, safer, and more versatile clean energy. In this article, IDTechEx investigates why SMRs are gaining attention and how the market is divided into two different generations of reactor design.

Blue hydrogen, produced from natural gas using reforming processes with carbon capture, offers a lower-carbon alternative to grey hydrogen and serves as a transitional solution toward a hydrogen-based economy. Successfully scaling blue hydrogen requires the alignment of three key pillars: regulatory support, commercial drivers, and technological innovations. Together, these pillars establish the market foundation, real-world deployment, and…

IDTechEx forecasts the power electronics market to exceed US$65 billion by 2036, with EVs and data center power electronics taking up significant market share. Across the power electronics industry, the commercialization of wide bandgap semiconductors SiC and GaN enable increased efficiency and power density. The demands of the EV, data center, and renewables industries differ significantly, resulting in different rates of technological…

Ion exchange membrane materials are electrically conductive materials responsible for the selective transportation of ions, and are necessary for applications including green hydrogen production, hydrogen fuel cells, and carbon capture. This article covers IDTechEx's research into the growing market and some of the main applications for ion exchange membranes.

From gas separation membranes and carbon capture to sustainable biofuels and next-generation feedstocks, IDTechEx's expansive portfolio of Sustainability Research Reports and Subscriptions covers a huge range of technologies, with deep dives into different sustainable markets, with forecasts for their developments spanning the next decade.

IDTechEx analyst Eve Pope discusses the production pathways for biofuels and e-fuels including sustainable aviation fuel and renewable diesel.