FROM CLIMATE IMPACT
TO SYSTEMIC VALUE
How measurable impact can drive industrial competitiveness, resilience and long-term value creation.
Impact Insights 2025 presents the ESG and impact performance of the ECBF portfolio and explores how our approach is evolving from climate-focused measurement towards a more systemic and multi-dimensional understanding of impact.
Impact at ECBF is not measured in isolation. It is increasingly linked to resource efficiency, industrial resilience and economic performance.
Why this matters
Impact is becoming a competitive advantage
Environmental pressures are increasingly shaping resource access, regulation, cost structures and industrial competitiveness. Technologies that reduce emissions, improve resource efficiency and enable circular systems are therefore not only addressing environmental challenges – they are also responding to structural market shifts.
Beyond Carbon
Impact rarely happens in one dimension.
Five years of systematic ESG and impact monitoring have shown us that climate impact is only part of the picture.
A
Climate Change Mitigation
Reducing or avoiding GHG emissions and supporting industrial decarbonisation.
B
Circular Resource Use
Improving material efficiency and enabling circular resource flows.
C
Nature & Biodiversity
Reducing environmental pressures and supporting ecosystem resilience.
D
Health through Nutrition
Contributing to healthier and more sustainable food systems.
Eight new investments in 2025 – multiple dimensions of impact
Doktar
5.6m litres of water saved
21% improvement in nitrogen-use efficiency
Digital agriculture can improve environmental performance while reducing operational inefficiencies.
Ecorobotix
Up to 95% less chemical input
73% estimated GHG reduction
Ultra-precision spraying demonstrates how productivity, climate mitigation and biodiversity protection can reinforce each other.
Ecoat
85% sustainable ingredients
Bio-sourced and water-based technology
Bio-based coatings demonstrate how fossil-based inputs can be replaced while reducing emissions and enabling safer industrial formulations.
Nofence
133% estimated GHG reduction
20m grazing days supported
Virtual fencing can enable regenerative grazing while improving pasture management, carbon sequestration and operational efficiency.
Foodforecast
~30% estimated GHG reduction
Fewer bakery returns through smarter ordering
AI-powered demand forecasting demonstrates how economic efficiency and food-waste prevention can reinforce each other.
Packmatic
50–73% estimated GHG reduction
83% sustainable marketplace transactions
Data-driven packaging procurement can reduce material use, improve recyclability and accelerate the transition towards circular packaging.
Younikat (VegDog)
35% potential GHG reduction
Plant-based pet nutrition
Plant-based pet nutrition can reduce the emissions and land use associated with animal-based protein.
Wakuli
78% estimated GHG reduction
27% premium paid to partners
Regenerative production can connect environmental outcomes with more resilient supply chains and farmer economics.
From measuring outcomes to understanding systems
From outcomes to mechanisms
Understanding how change happens.
From investments to portfolios
Recognising interactions and complementarities.
From linear causality to dynamic systems
Accounting for feedback loops and wider system effects.
This shift is shaping the next evolution of ECBF’s impact approach.
Inside Impact Insights 2025
Portfolio Performance
Impact in Practice
Detailed company profiles and real-world impact examples.
Systemic Impact
How Planetary Boundaries and the SDGs inform a broader perspective on value creation.
Our Evolving Framework
How ECBF is developing its Theory of Change and multi-dimensional impact approach.