Why is net zero important?

The Scottish government has set a net zero target of 2045, with the City of Edinburgh Council pledging an even more ambitious target of becoming a net zero city by 2030.

Sustainability

Resilience 

Health 

Economy

Are you an SME looking to get started on your net zero journey?

NET ZERO EDINBURGH BY 2030

Edinburgh has an ambitious target to become a net zero city by 2030 . This means that by 2030, we want to remove the same amount of greenhouse gases that we, as a city, put into the air.

Our 2030 target recognises the need for Edinburgh to play its part in helping to deliver on national goals to reduce emissions. And that cities will need to make faster progress on reducing greenhouse gas emissions if Scotland is to meet its national 2045 net zero target.

Our longer-term vision for a greener, cleaner, fairer Edinburgh will only be possible through working with others. Citizens across the city, businesses and organisations in Edinburgh and the Council must work together to achieve this goal.

Get started on your sustainability journey

EDINBURGH CLIMATE COMPACT

UNDERSTANDING
NET ZERO

BUSINESS GUIDE TO NET ZERO

TACKLING CLIMATE CHANGE

Latest news & case studies

Millions of revolutionary bricks to be produced from recycled waste after achieving industry certification K-BRIQ, made from nearly 100% recycled construction waste, set to transform  sustainable building as commercial production begins Scottish cleantech building materials company Kenoteq, which spunout from Heriot-Watt University, has marked a watershed […]
Community Net Zero Roadshow at Corstorphine RFC, Edinburgh Edinburgh, 6th May 2025 – We are thrilled to announce the successful completion of our Community Net Zero roadshow held at Corstorphine RFC, Edinburgh. On a blisteringly warm summer’s day, our dedicated staff set up for a day filled […]
New method quickly assesses underwater landslide risk for offshore turbines Researchers at Heriot-Watt University have developed an advanced simulation tool that accurately predicts underwater landslides caused by offshore wind turbines.  The new method enables developers to assess seabed stability not only at the design stage but […]