Our solution

Precise & credible
footprinting

Powered by ISO‑certified lifecycle assessment methodology, Sustell® delivers trusted, farm‑to‑fork environmental insights across 19 impact categories.

The solution for scalable
& credible footprint
measurement & reporting

A modular system to accurately represent your business

An accurate and credible model of your business operations.

Supports the complexities of value chain footprinting

Trusted by major industry-leading companies

One solution for the value chain, from feed to fork

Crops

Sustell® strengthens environmental footprinting by combining your own on farm crop data with trusted external sources, ensuring every footprint reflects real operations—not averages.

  • Direct crop data upload puts your primary insights at the center.
  • Bayer and Kynetec datasets add reliable, region specific coverage.
  • Higher accuracy across feed and farm improves environmental reporting.
  • Early, low cost abatement opportunities emerge at the value chain source.

Feed

Sustell® gives feed producers clear, end to end visibility of feed footprints using primary ingredient footprints and ISO aligned LCA methods to replace assumptions with real data.

  • Measure emissions with greater precision across unlimited feed formulations.
  • Compare and optimize feed mixes to improve sustainability performance at scale.
  • Meet major reporting frameworks—EU PEF, GHG Protocol, IPCC—with confidence.
  • Unlock commercial value through securing preferred supplier status and turning carbon reduction into revenue.

Farm

Sustell® gives farmers a unified, intuitive platform that works across all major species— broilers, layers, turkeys, beef, dairy, swine, salmon, sea bass, sea bream, and shrimp—and across all production stages. It models operations, highlights hotspots, and compares best practices grounded in real data.

  • One platform for all species and stages ensures consistent, 
credible footprinting across complex supply chains.
  • Enables the use of your primary crop, feed, farm and processing data to deliver the accuracy demanded by the value chain
  • The most intuitive, user-friendly platform giving you detailed insights to transform your business

Processor

Sustell® gives processors clear, end to end visibility by integrating primary crop, feed, farm, and processing data, delivering accurate and reliable environmental footprint reporting. It equips teams with actionable insights to model improvements and meet the rising expectations of retailers and food service customers. Verified upstream data also helps processors position themselves as trusted partners in transparent, low carbon supply chains. 

  • Integrated primary data improves accuracy across all stages.
  • Stronger environmental reporting aligned with customer expectations.
  • Opens the door to unlocking access to financing, eco-labels and transparent supply chains. 

Retailer and CPG

Sustell® gives retailers fully traceable, farm to fork footprinting, delivering reliable SKU level data for credible sustainability claims and alignment with frameworks like SBTi, CSRD, and the GHG Protocol. This transparency strengthens brand trust, supports ecolabel requirements, and helps retailers meet rising consumer and regulatory expectations for evidence based performance.

  • SKU level, traceable footprints for credible sustainability and ecolabel claims. 
  • Aligned with SBTi, CSRD & GHG Protocol for compliant reporting.
  • Trusted environmental insights that build brand credibility and meet market expectations and unlock access to financing. 

How you can turn your insights into impact

Collect your
own data

Everything from crop to feed to farm to processing is connected to ensure the highest possible levels of accuracy and transparency.

Calculate 
footprint

Instantly calculate your full environmental footprint, compliant with leading global standards like IPCC, GHG Protocol, and EU-PEF.

Optimize 
operations

Simulate 'what if' scenarios to identify opportunities to improve efficiency, profitability and your environmental footprint.

Unlock your value
 

With your accurate and credible environmental footprint insights, you are now able to satisfy compliance and unlock additional business value.

Sustell® makes it possible

Scenario modeling to guide business improvements and decision making

Easy to use, easily scale LCA expertise across your business.

Complete scope 1-3 reporting, aligned with SBTi and FLAG.

Seamless integration with data ecosystem and software partners

High precision, using primary crop, feed, farm and processing data

Make data-driven business decisions with a comprehensive and tailored dashboard

Go beyond carbon, without extra 
data collection

Understanding your full environmental footprint is key to unlocking value, stopping at carbon is not enough. Sustell® delivers a complete EU-PEF LCA across 19 dimensions, all without extra data collection. With the same data you need for carbon footprints, you can calculate your full environmental footprint.

Total of all climate change categories: biogenic, fossil and land use & transformation.

Impact due to emissions of biogenic derived molecules. Since CO2 has a 0-characterization factor, due to its short life cycle, this is mainly connected to CH4 emissions (methane).

Higher concentration of greenhouse gases (GHG’s) in the atmosphere including CO2.

Impact due to emissions connected to Land Use Change (LUC). This is due to depletion of carbon stock caused by for example deforestation.

Measuring the impact on the global available land used for cultivation as well as the impact on soil quality.

Fossil depletion refers to the depletion of resources that contain hydrocarbons including coal, oil and natural gas.

Minerals and metals are non-renewable resources, which means that consumption of these resources can lead to depletion.

Eutrophication is the enrichment of a water or terrestrial body with nutrients, usually an excess amount of nutrients that induces growth of plants and algae to the biomass load. The extreme growth may result in oxygen depletion and other forms of over-competition that might cause species loss.

Caused by atmospheric deposition of acidic substances and serious changes are harmful for specific species.

All solid and liquid particles suspended in air many of which are hazardous. It includes organic and inorganic particles, for instance ammonia, sulphur-dioxide and particulate matter.

Caused by the release of atoms, which travel as electromagnetic waves or particles. When the atom has sufficient energy it can cause ionisation or remove electrons from an atom. Ionizing radiation can be dangerous. Radioactive substances exist naturally, examples are rocks and soil, however these levels are rather low.

Ozone is a naturally occurring molecule containing three oxygen atoms. These molecules form a gaseous layer in the atmosphere (stratosphere) that protects our planet from harmful radiations that come from the sun.

Adverse health effects on human beings caused by the intake of toxic substances through inhalation of air, food/water ingestion, penetration through the skin insofar as they are related to cancer.

Caused by the intake of toxic substances through inhalation of air, food/water ingestion, penetration through the skin insofar as they are related to non- cancer effects that are not caused by particulate matter/respiratory inorganics or ionising radiation.

Also known as urban smog (air pollution) or photochemical air pollution. This kind of visible air pollution composes of nitrogen oxides, sulphur oxides, ozone, smoke, carbon monoxide and CFCs.

Fresh water is a scarce and irreplaceable natural resource for which agriculture is heavily reliant upon. This impact category also considers the water scarcity index related to the region where water is sourced from.

Eutrophication is the enrichment of a water or terrestrial body with nutrients, usually an excess amount of nutrients that induces growth of plants and algae to the biomass load. The extreme growth may result in oxygen depletion and other forms of over-competition that might cause species loss.

Eutrophication is the enrichment of a water or terrestrial body with nutrients, usually an excess amount of nutrients that induces growth of plants and algae to the biomass load. The extreme growth may result in oxygen depletion and other forms of over-competition that might cause species loss.

Human toxicity and ecotoxicity accounts for the environmental persistence (fate), accumulation in the human food chain (exposure), and toxicity (effect) of a chemical.

We’re trusted by the industry

Sustell® is ISO-assured to standards for LCA ISO 14040/44 and the carbon foot printing of products ISO 14067 by DNV and
continuously updated to align with leading industry standards and methodologies. Through partnerships, user feedback, and
deep value chain insights, we ensure Sustell® delivers the best experience and remains trusted by you and your stakeholders.

Let’s talk

Book a free consultation. We’ll make sure Sustell® delivers the outcomes 
you need, ensuring your sustainability efforts are recognized and rewarded.