Satellite data
for carbon storage

Netcarbon measures and improves carbon storage to provide the necessary response to the fight against global warming.

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Mock-up of the dashboard for the Netcarbon application, which uses satellite data to measure carbon capture.
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Our big idea?

Schematic diagram of the Netcarbon solutions structure, and of the data used in English

Understand the mechanisms of carbon storage to implement the right practices, at the right times and in the right places.

Our technology

Technology

Diagram of the Netcarbon solution structure and data used

Netcarbon combines satellite data and Artificial Intelligence to understand carbon storage mechanisms and implement the right practice in the right place.

Our technology

Features

Takingstock

Access a panel of indicators for a detailed analysis of your area.

Agriculture & viticulture :
Take stock of current agroecological practices to better understand your plots.

Infrastructure & local authorities Understand your area and its evolution to easily meet regulatory requirements (ZAN, PCAET).

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A measure applicable across the globe
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10 + indicators to better understand your zone
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Data available since 2018

Simulate your projects & practices

Agriculture & viticulture :
Simulate changes in practices, identify and optimize agroecological practices, carbon storage and monitor the impact of projects.

Infrastructure & local authorities: Prioritize areas according to objectives, model projects and compare the impacts before/after, optimize projects by planting the right tree in the right place.

Extrapolating the trend

Project temperature trends in your zone up to 2100 based on various IPCC scenarios.

A real decision-making tool enabling you to anticipate risks, prioritize your actions and choose the right species.

Track the impact of your projects

Agriculture & viticulture Structure your CSR strategy around real impact measurement. Valorize the carbon stored thanks to actions taken by monitoring the measures implemented.

Infrastructure & local authorities Manage your renaturation strategy and monitor the appropriateness of actions in relation to set objectives (limiting soil artificialisation, combating UHI, preserving vegetated areas).

Certify your projects

Valorize your actions via carbon credits or directly in your Carbon Footprint using recognized methods such as the Label Bas Carbone Ville Arborée and GHG protocol.

Share your results

Understand and communicate your results easily with the Netcarbon application: explanations and analysis summaries are available on a dedicated web page.

You own your data: you can export from the application, integrate into your own tools, or distribute as Open Data.

Your dedicated
(SaaS) platform.

We can store carbon everywhere,
but not in the same way!

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For
actors of
agriculture
Netcarbon agri
Picto viticulture
For
actors of
viticulture
Netcarbon Viti
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For
infrastructures
& communities
Netcarbon Aménagement
homepage of the netcarbon application on a computer
Picto city, development and infrastructure
For
infrastructures
& communities
Netcarbon Development
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Intuitive application

ready to use in 1 hour

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Customer support

and assistance in analyzing your results

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Transparent pricing

per hectare

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Do you have any questions?

Talk to our team.

Contact us

Our customers

Bordeaux Metropole

Bordeaux Métropole and Netcarbon improve their urban planning by measuring carbon storage.
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FAQ

How do plants store carbon?

Through the process of photosynthesis, vegetation acts as a sink for atmospheric carbon. Photosynthesis is the process by which plants absorb CO2 from the atmosphere and, using solar energy and water, convert it into carbohydrates while releasing oxygen into the air.

How do you calculate carbon storage?

There are two ways to do this:

- Use field measurements: directly via soil analysis, or indirectly via surface flux measurements.
- Develop tools to quantify it.

At netcarbon, we've opted for the second method, turning to space, to satellites, because from there we can see everything, all the time, all over the world.

Why store carbon in the soil?

Carbon capture through photosynthesis is essential in the fight against climate change. By absorbing CO2 from the atmosphere, this natural process helps limit the increase in its concentration, and thus limit the effects of human activities.

What is carbon storage?

Carbon storage is the process by which CO₂ is captured and stored in natural or artificial reservoirs in order to reduce its concentration in the atmosphere. This can be achieved by various means, such as sequestration in soils, forests (through tree photosynthesis), oceans, or through carbon capture and storage (CCS) technologies.

How can you make the most of your carbon storage?

Valorising carbon storage involves certifying CO₂ absorptions to obtain carbon credits. As a general rule, one tonne of stored carbon corresponds to one carbon credit. These credits can then be sold on the voluntary carbon market, making it easier to finance carbon storage projects.
At Netcarbon, we support you in certifying your renaturation projects using the Low Carbon Label.

What's the difference between carbon storage and carbon stock?

The notion of "carbon storage" corresponds to the quantity of CO2 absorbed by vegetation, via photosynthesis, over one year (expressed in tCO2/ha/year). It differs from the notion of "carbon stock", which is defined as the quantity of carbon contained in soils at a given time.

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Our partners
ESA logo - European Space AgencyINRAE logoMicrosoft logoCNES logoAirbus logoBordeaux Technowest logoLa French Tech logoPlanet logoLogo 4 pour 1000, initiative
Convinced?
Let's tackle
your carbon storage potential!
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Illustration of rural and urban areas with indicator monitoring using satellite data
Satellite
Artificial Intelligence
Application