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Accurx, a trailblazer in health technology, is deeply committed to environmental sustainability, guided by its detailed Net Zero pathway. The company has partnered with Furthr as part of its ongoing efforts to better understand and manage its emissions. As detailed in its 2024 Emissions Report and Carbon Reduction Plan (attached below), Accurx is currently on track to meet its reduction targets across all scopes.

In parallel to emissions reductions, Accurx is already offsetting its entire footprint with high-quality carbon offsets. Additionally, the company encourages its team to become more aware of their personal environmental impacts - whether they're at work, at home, or spending time with friends and family. This initiative is part of a broader strategy to foster a culture of sustainability throughout the organization, making a positive impact on the community and the planet.

Impact
Spotlight
Highlights

690.6

2024 Footprint (tCO2e)

100%

Renewably Powered Office

100%

Reductions On Track

100%

Footprint Offset

Emissions Breakdown
2023 Emissions
2024 Emissions
Annual Comparison


Material Scope 3 Categories



Emissions by Scope

First Measurement

Accurx released their first emissions measurement for their 2021 carbon footprint.

2022

Second Measurement

For their second year measurement, Accurx included more scope 3 categories as part of their calculation, and committed to investing in long-term carbon capture technologies as part of their mitigation strategy.

2023

Third Measurement

Alongside their third year of emissions measurement, Accurx continued their investment into nature-based and tech-based carbon removal solutions as part of their annual offset program.

2024

Net-Zero Commitment

Accurx released their first Net-Zero commitment alongside their carbon reduction plan. The company is committed to achieving a long-term Net Zero Target by 2040 and a near-term target by 2030, using 2022 as their baseline year, in alignment with the SBTi’s guidance.

2024

Progress Against Targets

Accurx is on track with its reduction targets across all scopes. To note that the increase in Scope 3 emissions in 2023 (see annual comparison) follows data integrity improvements.

2024

Next Steps

Accurx aim to continue investing in their internal sustainability resources and policies, with the goal to have an ISO accredited EMS system in place in the future.

2025

Accurx's Climate Journey
Impact

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10,000

Flights
London-Rome

204o

Car Trips
London-Manchester

10,000

M² Sea Ice
Saved

10,000

Beef Steak
Consumed

204o

Years of
Home Power

10,000

Parcels
Delivered

Carbon Offset Portfolio

100%

Footprint Covered

75%

Carbon Removal

17

SDG Supported & Monitored

173

tCO2e offset

Smallholder Agroforestry, Uganda

103

tCO2e offset

Social Housing Decarbonisation, UK

208

tCO2e offset

Peatland Restoration, Scotland

207

tCO2e offset

Loch Ness Forest, Scotland

Projects Deep Dive

The Problem

In Uganda, wood use, agriculture and increasing population have been key factors in deforestation. The International Small Group and Tree Planting Program (TIST) empowers Small Groups of subsistence farmers in India, Kenya, Tanzania, and Uganda to combat the devastating effects of deforestation, poverty and drought.

The Solution

The TIST program is a completely voluntary scheme for small landowners. Currently, there are 22 580 TIST participants in total from across 1641 villages in Uganda, which have planted more than 7 million trees. Farmers receive a payment per tree every year, plus a 70% revenue share from the sale of the carbon credits these trees produce, as a direct cash payment. Furthermore, each planted tree creates an additional value of $8 for the farmers. This includes fruits, nuts, fodder, traditional medicines, sustainable wood products and firewood (from dead trees and thinnings).

Smallholder Agroforestry, Uganda

Uganda

17

Afforestation (ARR)

Carbon Removal

2024 -

207

tCO2e offset

2022 - 

1000

tCO2e offset

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Smallholder Agroforestry, Uganda

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The Problem

Home emissions, primarily coming from heating and electricity use, account for almost a quarter of the UK’s total carbon emissions. The government’s advisory body has stated that the UK will not meet its emissions targets “without near complete decarbonisation of the housing stock”, but inefficiencies in older houses represent a significant barrier.

The Solution

The project addresses climate change and fuel poverty by funding the affordable retrofitting of UK housing stock. This includes: - Adding insulation to homes to prevent heat loss. - Improving the efficiency of, or replacing, central heating components. To ensure additionality, the project targets social housing and households which could not afford retrofit investments. The monitoring period is set to 7 years, to ensure that the credits account for possible changes in government budgeting.

Social Housing Decarbonisation, UK

United Kingdom

6

Energy Efficiency

Carbon Avoidance

2024 -

207

tCO2e offset

2022 - 

1000

tCO2e offset

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Social Housing Decarbonisation, UK

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The Problem

The Gruinard Estate site is predominantly degraded as a result of natural means, such as climate, altitude, slope and the herbivore impact. Healthy peatlands act as carbon sinks, but when they become degraded, they release stored carbon, increase flood risks, and lose biodiversity.

The Solution

The objective of the project is to return 175.36 hectares of degraded blanket bog to a near natural state which will more effectively hold water, reduce greenhouse gas emissions, store carbon, and restore the biodiversity of the area. This will be achieved by reshaping eroded peat formations to prevent further damage, increasing the amount of water retained in the peat, keeping it wet and preventing carbon release, and using natural peat barriers to slow water runoff and restore bog conditions.

Peatland Restoration, Scotland

Scotland

4

Afforestation (ARR)

Carbon Removal

2024 -

207

tCO2e offset

2022 - 

1000

tCO2e offset

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Peatland Restoration, Scotland

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The Problem

In Scotland, large areas that were once covered in trees have been replaced by other ecosystems, like heathlands, often resulting in less carbon sequestration, and lower biodiversity. Now, ancient woodlands - those that have existed since at least AD 1600 and have developed irreplaceable, complex ecosystems - cover only 1% of the country. Native woodlands are not doing much better, covering just 4%.

The Solution

The project will increase carbon capture and biodiversity near Loch Ness and Loch Mhor, through the creation of 63 hectares of new native woodland. The woodland will serve as an expansion of nearby ancient native woodlands. Since herbivores like deer, with no natural predators left, can harm forest ecosystems and prevent natural forest regeneration, both the new trees and the existing forest will be fenced.

Loch Ness Forest, Scotland

Scotland

4

Afforestation (ARR)

Carbon Removal

2024 -

207

tCO2e offset

2022 - 

1000

tCO2e offset

Read More

Loch Ness Forest, Scotland

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