Content to: News

Torge Peters

Sustainable Building Revolution: This CO2 Heavyweight Needs a Rapid Transformation

The construction, heating, cooling and disposal of our buildings accounts for around 40 percent of Germany's CO2 emissions. How can the transformation succeed and what do sustainable digital solutions look like? This is the subject of our latest RESET Greenbook.

Reset Team
©

RESET is Seeking a Native English Sustainability & Digitalisation Editor in Berlin

RESET is looking for a new native English speaking Sustainability & Digitalisation Editor for our Berlin team. Apply until March 15th 2024!

Biofuel Breakthrough? New Method Makes Algae Biofuel Quicker and Cheaper Than Ever Before

University of Utah chemical engineers have developed a new method of producing algae biofuel, making the whole process quicker, cheaper and more efficient.

Ghana’s Citizen Science Strategy to Track Plastic Pollution at Home and Abroad

Ghana's initiative to monitor and report marine plastic pollution using data generated by the public represents a milestone in citizen science.

Deutscher Nachhaltigkeitspreis

German Sustainability Award 2023: RESET is Nominated!

The German Sustainability Award (DNP) rewards contributions that point the way to a sustainable future. We are pleased to be nominated with RESET.

How a New Battery Regulation Should Make Europe’s Batteries More Sustainable

A green future needs sustainable batteries. A new battery regulation in the EU should create better conditions for this in the future. But how does it work?

Cooling Homes Without A/C? Smart Windows Make it Possible

Climate-adaptive windows with a heat-repellent coating offer a means of cooling buildings without the need for additional energy consumption.

Cucumber-inspired Drones Collect Eco Data and Dissolve Into Nature

Researchers have developed a biodegradable drone with sensors designed to gather key environmental data in hard-to-reach locations.

Using Half the Water, This Robot Gardens Just as Well as Humans

In a recent experiment conducted by researchers at UC Berkeley, a robot gardener performed just as well as its human counterpart while using significantly less water.