Carbon Capture

With data centers being one of the largest contributors to global emissions and high energy usage, they are gaining attention, with regulations and renewable energy options becoming increasingly discussed within the sector. This article covers details across the data center ecosystem, including sustainability movements and battery storage.

A world where plastic products are biodegradable and biofuels are increasingly available is one that would see far less harmful emissions being released into the atmosphere. This article by IDTechEx covers bioplastics, biofuels, and sustainable chemicals.

Reducing carbon emissions is a globally recognised goal, with efforts to minimize carbon footprints now being seen across most major industries. Carbon capture, utilization, and storage (CCUS) is a process encompassing multiple innovations for reducing the effects of carbon on the environment.

Introducing sustainability goals to long standing, established industries can be difficult. However, global environmental awareness and ramped up regulations are proving to help make changes across major sectors, with the creation of bioproducts and reduced emission processes. This article covers bioplastics, biomanufacturing, and biofuels.

Carbon dioxide is the leading greenhouse gas emitted by human activity, triggering climate change and negatively impacting the environment. This article covers CCUS and its role in increasing sustainability.

Transport and chemical manufacturing are industries currently facing sustainable changes as environmental awareness gains prevalence and sustainability action is taking place. This article covers biofuels, SAF, and sustainable chemicals.

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.

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.