The 26th UN Climate Change Conference of the Parties, better known as Cop26, held in Glasgow, UK, is a crucial opportunity for world leaders to gather and agree how nations will work together to reduce and mitigate the impacts of climate change. There is much at stake, and many political, economic and societal factors are involved in overcoming this global challenge. One thing of which we can be certain is that chemical science will make a significant contribution to the innovations and technologies needed for a greener future.
Technology could be simpler, greener way to capture carbon dioxide or separate biogas
Two teams are exploring scaling up processes that could tackle the 800,000 tonnes of glove waste created every year
Recovering feedstocks from hard-to-recycle plastic is potentially important in a more circular plastic economy
The Royal Society of Chemistry aims to use Cop26 as a springboard to a more sustainable future. Rachel Brazil reports
Products could be used as building blocks for semiconductor materials
Were cancelled hydrogen production projects overly optimistic or commitments of convenience?
Hear from the pioneering British chemist redefining how we think of battery science – live on 15 May
A carbon-neutral future depends on smarter materials and circular thinking
Join us on 13 May to discover the latest advances in battery recycling for cleaner sustainable energy
Join us on 11 May to learn about the most promising up-and-coming technologies in battery design
Plants actually being built tend to use hydrogen as feedstock, not fuel
The biophysical chemist on the link between climbing and reducing the use of toxic chemicals
Pilot project in Gulf of Maine assessing ocean geoengineering approach, finds it boosts carbon dioxide uptake
Pathways, policies and the role of chemists in building a circular chemical economy
Achieving net zero by 2070 demands improvements in how cement is produced and used, as well as carbon capture technologies
In this episode, we discuss reflections from this year’s AAAS annual meeting, the latest advances in plasma chemistry, and hear the latest headlines.
Scientists are using non-thermal plasma to produce fertiliser and long-chain hydrocarbons. Mason Wakley talks to the chemists harnessing the fourth state of matter
Rare earth elements have become instruments of geopolitical power
Rare earth elements are essential for modern technology, but their similar chemistry makes separation difficult and expensive. Now researchers are exploring new technologies to streamline processing and bring down costs.
Hydro-Oxy and Addible both aim to transform how industry produces and uses a ubiquitous oxidant.
New chemistry overcomes drawbacks that have hampered this promising class of battery

In this episode, we discuss reflections from this year’s AAAS annual meeting, the latest advances in plasma chemistry, and hear the latest headlines.