Flutter is growing fast, but even as we expand we are determined to reduce our impact on the environment – and we are already taking action across our business.
Tackling climate change
Go Zero represents our action on both climate change and wider environmental issues. We are making our buildings more energy efficient and introducing electric car schemes. We have also switched both our retail sites and other Flutter buildings to operate on electricity matched with 100% renewable energy.1.

Go Zero
Our net zero target was validated by the Science Based Targets initiative (SBTi)
Acting right now for a better tomorrow
We have set science-based carbon reduction targets covering Scopes 1, 2 and 3, we are working to collect carbon data that's as robust as our financial data, and we are sharing insights, expertise and data across our brands to accelerate action. We are taking a three-part approach to achieving our targets.
Reducing our emissions
Removing emissions
Supporting the transition
- 2024 progress
5% reduction in total emissions
20% reduction in emissions intensity
We want the places where we work to be visible examples of our commitment to Go Zero
In 2024, we moved into our new London office, next to the River Thames. It is the UK’s first fossil fuel-free major mixed-use development. The building runs carbon neutral day-to-day and achieved an “excellent” rating from infrastructure sustainability assessors, BREEAM.

A broad approach to reducing environmental impact
In Italy, Sisal is taking action across its headquarters, offices, hubs, and direct points of sale. Its program is centered around improving energy efficiency and reducing greenhouse gas emissions. As a result of its action, the brand has already reduced its electricity use by 14% compared with 2022.

To aid the broader climate transition, Flutter is backing a project to lock CO2 in concrete
Flutter is working with sustainability partner Furthr across a range of projects that address greenhouse gas emissions. One of these projects captures carbon dioxide and injects it into fresh concrete during mixing. The CO2 reacts with the cement and becomes permanently mineralized, locking the carbon away for the lifetime of the concrete. The process can also reduce the amount of cement required, lowering the overall carbon footprint of production.

[1] 100% renewable electricity supported by internationally recognised renewable energy certificates.




