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NEEW Ventures is a venture builder that creates impact-driven start-ups in the field of circular economy. It is committed to building a more sustainable world and a better planet for future generations.

NEEW has partnered with Furthr as part of its broader ESG strategy to reduce emissions and develop a clear pathway to Net Zero. Through this partnership, NEEW is investing in high-quality carbon offsets to reduce its environmental impact at work, home and in their communities.

Impact
Spotlight
Highlights

130.67

2024 Footprint (tCO2e)

15

GHG Scope 3 Categories Covered

3

Projects in 2024 Offset Portfolio

17

Project SDGs Certified

Emissions Breakdown
2024 Emissions
Annual Comparison

Emissions by Scope

Scope 3 Emissions

NEEW Ventures is Born

NEEW Ventures is established to tap into the potential of technology to transform waste into something valuable and overcome obstacles that traditional waste management companies would not work on.

2021

First Measurement

In collaboration with Furthr, NEEW Ventures embarks on its first comprehensive assessment of its GHG emissions for the 2024 financial year.

March 2024

Offsetting

Once measurement was complete, NEEW Ventures invested in an offset portfolio with a SDG and nature based focus. Compensating for the business' impact during 2024.

2025

NEEW'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

Reports
2024 Sustainability Report
Carbon Offset Portfolio

50%

Carbon Reduction

50%

Carbon Removal

​

​

66

tCO2e offset

Brusque Landfill Gas Project, Brazil

26

tCO2e offset

Biochar Smallholder Farmer Project, India

41

tCO2e offset

Mangrove Restoration Project, Pakistan

Projects Supported

The Problem

When opening in 2009, Brusque’s landfill emitted methane (CH4) - a greenhouse gas 28 times more potent than CO₂ - directly to the atmosphere, along with odours that affected neighbouring businesses and residential areas. Local utilities lacked incentives to invest in gas collection infrastructure, and municipal budgets offered no dedicated climate funding.

The Solution

Since 2022, this project has allowed both the collection of landfill gas before it enters the atmosphere, and its destruction in a high temperature enclosed flare. Since 2024, some of the gas is also used to fuel an electricity generation infrastructure, with electricity produced being sent into the national grid. The project therefore promotes real, permanent and measurable greenhouse gas (GHG) emission reductions as well as cleaner air.

Brusque Landfill Gas Project, Brazil

Brazil

4

Waste to Energy

Carbon Avoidance

2024 -

66

tCO2e offset

2022 - 

1000

tCO2e offset

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Brusque Landfill Gas Project, Brazil

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The Problem

The regions of Assam and Odisha face severe ecological challenges due to unsustainable agricultural practices and the vulnerability of monocultures to climate threats. Traditional burning and decay of biomass not only waste potential carbon sequestration opportunities but also contribute to local pollution and loss of biodiversity.

The Solution

The project only uses agricultural waste streams that are usually left to decay or burned in open fields (bamboo, woody trimmings, corn cobs, rice straw, etc) to transform agricultural waste into a valuable resource. Surplus biomass is heated in soil pits in a low-oxygen environment, a process called pyrolysis, that prevents the carbon from turning into carbon dioxide and escaping into the atmosphere. The end product is biochar, a highly stable carbonized material, which is then mixed with manure and added to soil, where it acts as a fertiliser and remains stable for a long time. The project aims to improve local ecosystems, boost farmers' incomes, and achieve substantial carbon sequestration.

Biochar Smallholder Farmer Project, India

India

9

Biochar

Carbon Removal

2024 -

66

tCO2e offset

2022 - 

1000

tCO2e offset

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Biochar Smallholder Farmer Project, India

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The Problem

In Pakistan, 34% of mangrove forests were lost between 1990 and 2010, leading to floods, land erosion, and significantly lower sequestration of atmospheric carbon. Mangroves wetland serve as a carbon sink, stabilize coastal regions, and have a wealth of biodiversity, including large numbers of migratory shorebirds. They are also home to thousands of people who rely on the trading of shellfish and crab for their living.

The Solution

This 60-years project is implemented over an area of 350,000 ha. It will deliver GHG removals through afforestation, reforestation and revegetation of 226,000 ha of degraded tidal wetlands.

Mangrove Restoration Project, Pakistan

Pakistan

9

Afforestation (ARR)

Carbon Removal

2024 -

66

tCO2e offset

2022 - 

1000

tCO2e offset

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Mangrove Restoration Project, Pakistan

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