What We Do

A whole system of systems approach

Based on market studies and needs assessments across Africa and India and desk-based research, a framework was designed taking a comprehensive, needs-driven, system of systems approach to deliver cold-chains:

  1. sustainably with minimum environmental impact;
  2. equitably, providing access for all, including poor, disadvantaged, and marginalised farmers and their communities, as well as women and youth;
  3. whilst ensuring that they are future-proofed and resilient against changes to the system as well as future risks, shocks and disruptions.

There are six key pillars with content being developed by academic partners across the cold-chain:

  • Training and capacity building;
  • Finance and Business Models;
  • Enabling Policies;
  • Technologies (applied research, testing and demonstration);
  • System Design and Modelling;
  • Future-proofed sustainable vaccine cold-chain.

These are underpinned by a dual physical and online delivery approach:

  • Centres of Excellence – the first of which is the Africa Centre of Excellence for Sustainable Cooling and Cold-chain
  • SPOKEs – the first of which is a reference SPOKE in Kenya
  • Clean Cooling Network and Online Knowledge Platform – launched this year
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Network News

The latest from the global Clean Cooling community

Signing moves Haryana Centre of Excellence a step closer to opening

The Haryana-UK Centre of Excellence on Sustainable Crop Post-Harvest Management & Cold-Chain will help farmers get more of their crops to market sustainably.

Simulation-Based Optimization for Perishable Agri-Food Cold-Chain

The global food supply chain faces significant challenges in maintaining the quality and safety of perishable agri-food products. This study introduces a novel approach to demonstrate the efficiency of using the perishable agri-food cold supply chain.

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Events & Webinars

Exclusive lectures and workshops from the Clean Cooling team and partners.

Pathways to Near-Zero Emission Cooling

It is expected that the global stock of cooling equipment could triple by 2050, driven by growing wealth, increasing population and the impact of climate change.  This massive growth needs to be accompanied by a substantial cut in greenhouse gas emissions if the world is to meet Paris Agreement targets.

Mapping the food system: Identifying critical loss points

In Low- and Middle-Income Countries (LMICs), food security is often jeopardised by inefficiencies and critical loss points across the food supply chain. Mapping these points within the food system allows for precise, targeted interventions that can reduce losses, optimise productivity, and support local resources to address food security challenges effectively.

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