Key Pillars

The Key Pillars of Clean Cooling

1 » Training and capacity building

  • Training for farmers and co-operatives
  • Training for community mobilisers
  • Training for cold-chain engineers
  • Training for policymakers and financial institutes
  • Development of the SPOKEs network and CoE programme in India
  • Cold-chains through the GESI lens
  • Undergraduate and postgraduate degrees

2 » Finance and Business Models

  • Financeable Business Models and deployment approaches
  • Inclusive Financing Mechanisms, including blended finance solutions
  • Return on Investment Model (social benefits) to underpin Governments’ investments

3 » System Design and Modelling

  • Peer-reviewed data collection tools
  • Horizon scanning
  • Virtual modelling
  • Telemetrics and data collection
  • Next-generation’ vaccine cold-chain infrastructure and systems
  • Energy Transition and Access (including electrification of transport strategies)
  • Agrifood system testing from soil to fork (SMART FARM plus Cold-chain campus) 

4 » Technologies – testing and demonstration

  • Climate resilience
  • Build and demonstrate off-grid Community Cooling Hubs
  • Testing new technologies
  • On-farm pre-cooling
  • Off-grid, low GWP, efficient solutions through the cold-chain
  • Off-grid vaccine cold--chain incl. ultra-cold
  • Development of protocols for testing food safety and vaccine efficacy and energy efficiency
  • Support to existing technologies including transition to efficient, low GWP alternatives.
  • Demonstrating new technologies (including through the SPOKEs and Try Before You Buy (TBYB)
  • In-country assembly (Phase 2) to complement training activities and build capacity, improving accessibility and availability of alternative technologies.
  • Lifecycle management
  • Demonstration and sales channels for innovators

5 » Future-proofed sustainable vaccine cold-chains

  • In addition to integration across the above pillars, specific work for Vaccines includes:
  • mitigate need for cold-chain (vehicles and Point of Care storage) by combining Point of Care Lateral Flow Test with Aerial Unmanned Vehicle (UAV i.e Drone) delivery (including for refugee camps)
  • develop vaccine cold-chain network analysis tools for efficiency re-design needed for the challenges of mRNA vaccines and climate change,
  • the use of digital twins for stress testing threats and solutions

6 » Policy/Thought Leadership

  • Promotion and adoption of a holistic, systems-based approach
  • Risk radar and cold-chain security index
  • Public, private community partnership financing
  • Cooling as critical infrastructure
  • Expansion of the Global Vision through a reference approach
  • New strategies for energy savings and energy efficiency e.g. increasing set point for frozen food by three degrees
  • GESI - The programme is underpinned by a cross-cutting GESI workstream to include a comprehensive framework, tools, training,monitoring and evaluation.

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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