Climate Action

There is no doubt that the anthropogenic emissions of greenhouse gases are changing our living environment. Climate change is in our hands. We need to both work on limiting it as much as we can (mitigation), but we will also have to learn to adapt to new circumstances. TU Delft will harness its innovative powers to support the world-wide transition to non-fossil resources, and adaptation of the living environment to the consequences of global warming.

The problem is complex and urgent – but we have no other choice than to be optimistic and use all of our capacity to face the challenge, through our education programs and our research.

For more information, see:

In the Climate Action research programme, we start from four themes we consider to be paramount for future Climate Action:

The TU Delft vision on Climate Action is deeply founded in preceding decades of university wide climate action research. The goal of the Climate action research programme is to build on current strengths and identify the areas where there is a need to strengthen our capacities to keep up our (inter)national reputation as climate action university.

Climate Action News

15 March 2018

Increasingly accurate picture of accelerating rise in sea levels

Increasingly accurate picture of accelerating rise in sea levels

Rising sea levels are affected by all kinds of different factors, most of which we can now effectively unravel and explain almost everywhere in the world. This is according to TU Delft researcher Thomas Frederikse, who has also established that the average rise in sea levels worldwide is accelerating. Moreover, the days on earth are becoming slightly longer... Frederikse will be awarded his doctorate on Monday, 19 March.

Circulair Prosession: Turning Palm Oil Trunks into Biofuel

The Future Ground: Planning cities for an uncertain future

It is estimated that some 5.5 billion people will live in highly vulnerable climate regions by 2050. However, cities are grappling with ways to think and plan for a resilient future. To become resilient to extreme climate disruptions such as flooding and droughts, cities must transform long-term urban planning. With her advisors, Dr Nazli Aydin and Prof. Tina Comes, PhD candidate Supriya Krishnan is developing "The Future Ground": a methodology for long-term urban planning under climate change. 

The Future Ground: Planning cities for an uncertain future

It is estimated that some 5.5 billion people will live in highly vulnerable climate regions by 2050. However, cities are grappling with ways to think and plan for a resilient future. To become resilient to extreme climate disruptions such as flooding and droughts, cities must transform long-term urban planning. With her advisors, Dr Nazli Aydin and Prof. Tina Comes, PhD candidate Supriya Krishnan is developing "The Future Ground": a methodology for long-term urban planning under climate change.

MOOC - Designing a Climate-Neutral World: Taking Action

MOOC - Designing a Climate-Neutral World: Taking Action

Climate Action News

03 August 2020

Future energy systems need to be climate proof

Climate policy for future energy systems typically focus on the challenge to make them carbon neutral to avoid climate change.

23 June 2020

New measuring equipment accurately maps out the atmosphere above the TU Delft Campus

New measuring equipment accurately maps out the atmosphere above the TU Delft Campus

A compact and mobile cloud radar will deliver high resolution images of the cloud compositions above the TU Delft Campus.

05 June 2020

Moved by moving water

Moved by moving water

Newton’s law of universal gravitation is good news for the Dutch. Ice melting in Greenland and the Arctic glaciers has caused the Netherlands to rise by about 4 centimetres over the last century. Riccardo Riva has been studying the effects of moving water masses from one place to another.

08 April 2020

Globally mapping air pollution

Globally mapping air pollution

Satellites are the best available measuring instruments to detect man-made pollution worldwide. Atmospheric scientist Pieternel Levelt initiated OMI and TROPOMI, two of the most prestigious measuring instruments for the detailed mapping of harmful pollutants in the atmosphere. TROPOMI, the latest of the two, is capable of identifying and studying sources of pollution with even greater precision. The recently launched satellite will also be monitoring the main greenhouse gas emissions.

06 April 2020

TU Delft joins International Universities Climate Alliance

TU Delft joins International Universities Climate Alliance

An International Universities Climate Alliance (‘Climate Alliance’) has been established this week. Over 40 universities from around the world committed to collaborating for climate insight and action.