Ripe wheat field symbolizes insetting through regenerative agriculture to reduce CO₂ emissions and promote sustainable supply chains.
Success story

Regenerative
agriculture for mills

Monitoring and reducing emissions in cereal cultivation

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Why mills are acting now

Below-average crop yields due to unpredictable weather and long periods of drought
Growing pressure to provide transparent sustainability reporting on emissions
Loss of protein quality in wheat due to crop protection regulation and rising operating costs
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Impact of regenerative agriculture on your business

Regenerative practices strengthen long-term business resilience, support your decarbonisation targets and strengthen supply chain relationships.

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Benefits of regenerative practices

For mills

Meets demands for low-emission raw materials

Increases supply chain resilience and strengthens relationships with suppliers

Mitigates the consequences of the decline in fertilisers and plant protection products

For grain farmers

Improves soil health

Supports crop security and income stability

Increases water storage capacity in soil and improves climate resilience

"Our goal is to farm in a resource-conserving, sustainable and regenerative way - an approach that should be omnipresent in agriculture. With Klim, we can integrate regenerative measures into our cultivation systems, improve soil life and biodiversity in the fields and make carbon storage measurable."

Participating farmer
Erwin Greiner, CFO of SYZYGY GROUP

Why regenerative practices are right for mills

Low-emission raw materials

Long-term planning with high-quality products

Transparent emissions management

Strengthened connection with farmers

Reporting in accordance with GHGP and SBTI standards

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Case Study: How Klim works with mills

Targets

30%

of raw materials are sourced from regenerative agriculture

20

farmers in the pilot phase

300

farmers onboarded after 5 years

2029

the year of the planned target achievement

Stage 1

Individual support

Participating farmers receive personalised guidance following an assessment of their farm data.

Stage 2

Project planning

By 2029, 30% of the raw materials used should be sourced from regenerative agriculture.

Stage 3

Platform onboarding

The Klim platform offers a flexible selection of measures that farmers can implement to optimise crop rotation, minimise tillage and reduce the use of fertilisers.

Stage 4

Project scaling

In the 5th project year, 300 farmers will be implementing additional planned measures.

Results:

70,000 t

of emissions reduction, including CO2 storage, were achieved after 5 years.

25%

Less tillage due to adapted land management

15%

decrease in equipment utilisation

13 - 15%

higher protein content achieved with optimised or reduced input

For the famers:

Improved soil health through diverse crop rotations

Reduced erosion from wind and precipitation

Expanded application of regenerative measures to additional areas

Confidence in regenerative agriculture practices

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How Klim helps you implement regenerative measures

Step 1/6

Management plan preparation

Klim's agricultural team draws up plans for participating farmers.

step 2/6

Individual consultation and onboarding

When onboarding to Klim's digital platform, the optimisations are individually tailored to the needs of farmers.

step 3/6

Integration of emission-optimised measures

Farmers implement measures and are paid for the resulting improvements.

step 4/6

Continuous analysis and verification

The emissions-related data is continuously and automatically updated, made visible and verified.

step 5/6

Information preparation

Prepared for reporting in accordance with GHGP and SBTI standards, we provide all relevant information with a holistic operational analysis.

step 6/6

Project expansion

The scope of the project is continuously being expanded with the support of experts from the Klim agriculture team.