Experience Sustell™

The leading solution to help you understand and improve your environmental footprint

The Sustell™ Intelligence Platform is a user-friendly SaaS platform (AWS cloud based) for data input, measurement and visualization of full environmental footprint results:

  • Based on a full LCA (Life Cycle Assessment)
  • Precise calculation enables tangible and measurable improvements of feed and farm environmental footprints
  • Constantly updated and improved to meet user needs and evolving science, methodologies and the changing regulatory landscape and changing needs of animal protein producers and industry

Reduce your environmental footprint through tangible, measurable interventions

The Intelligence Platform is unique in managing the complexity of thousands of data points with an intuitive, robust, user-friendly interface that is connected to the APS-footprint tool.

Sustell™ provides you with a full LCA

By analyzing the environmental impact of 19 different categories, Sustell™ is the most comprehensive sustainability intelligence platform of its type.

Climate

Climate change total

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

Climate change biogenic

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).

Climate change fossil

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

Climate change land use and land use change

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

Land

Land use

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

Resource use, energy carriers

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

Resource use, minerals and metals

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

Eutrophication terrestrial

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.

Acidification terrestrial and fresh water

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

 

Human

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.

Respiratory inorganics

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.

Ionizing radiation

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 depletion

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.

Cancer human health effects

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.

Non-cancer human health effects

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.

Photochemical ozone formation

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.

Water scarcity

Water scarcity

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 freshwater

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 marine

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.

Ecotoxicity freshwater

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

Key features of the Sustell™ Intelligence Platform

Our Partners

We strongly believe in open innovation and collaboration to bring the best solutions to our customers. We combine our expertise and leading solutions with those of third parties to provide you with a truly unrivalled, objective service that delivers on your sustainability goals.

We have been collaborating with Blonk, alongside leading animal protein producers and digital service providers for several years to bring you Sustell™ - an advanced user-friendly footprinting service specifically tailored to the needs of the animal protein industry.

Combined with the Sustell™ Expert Center, you benefit from our extensive global scientific network established over decades working with the animal protein industries to bring you objective tailor made solutions. 

About Blonk

Blonk, an agri-footprint consulting group with more than 20 years’ experience and a recognized industry leader, advising governments and other organizations on environmental and sustainability issues facing the agri-food sector.

Blonk co-established international LCA calculation methodologies and standards, such as the EU Product Environmental Footprint (PEF) Category Rules, FAO LEAP Feed guidelines and developed major agri-food LCA databases, like Agri-footprint® and GFLI.

Accessing Sustell™ in 4 easy steps

Your Data is Protected

Recognizing the importance and sensitivity of company data, Sustell™ protects the privacy of your proprietary information and provides you with your own Sustell™ environment, protected with unique user access ensuring you have full control of your data.

Click "Learn more" and complete your contact details

Fill out our form and we will introduce Sustell to you.

Creation of a customer specific license offer

Your local dsm-firmenich Account Manager together with a Sustell™ Business Development Manager will create a bespoke license offer for you based on your specific needs.

Access to Sustell™ Intelligence Platform

The Sustell™ team create your own secure environment in Sustell™ with access details for all users in your company. The Sustell™ team will then be in touch to organize a training in the Intelligence Platform for all users.

Ongoing support and assistance

With the Sustell™ Intelligence Platform you will have ongoing access to your local dsm-firmenich Account Manager supported by the Sustell™ Business Development team to answer any questions and provide tailored support to help you get the most from Sustell™.

Learn more about Sustell™

Do you want to learn more about how you can effortlessly use Sustell™ to reduce the environmental impact of animal protein production?