Crop Storage and Post-Harvest Solutions

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What is the Crop Storage and Post-Harvest Solutions capability?

This capability has three separate sites – James Hutton Institute (Dundee), Natural Resources Institute (Uni of Greenwich) and ADAS (Boxworth). There is a consortium that meets each month to discuss the capability. Cranfield have also joined this consortium but use their own assets.

These facilities offer the capability to simulate supply chain environments with accurate control and monitoring of storage conditions; temperature, humidity and atmospheric composition (e.g. CO2). Projects will focus on the agricultural and horticultural value chain to develop strategies to improve crop handling and storage, retain quality and reduce losses.

Initial research priorities will include:

  • Development of pre and post harvest monitoring and modelling for prediction of storage potential
  • Supply chain tracking and monitoring, optimising store management with a focus on energy efficiency
  • Research on opportunities for automation & labour saving
  • Development and testing of potato sprout suppressant technologies plus testing novel, sustainable packaging materials

In the future the CSPS facility network will focus on further increasing the resilience of food supply chains by reducing food waste, increasing shelf-life and optimising the food value chain from primary production through to retail. The CSPS network is available for R&D projects and collaborations for interested stakeholders in the following key areas:

  • Development of sensors, tags and bioindicators for produce quality management
  • Testing innovative methods for post harvest control of microbial decay and spoilage
  • Understanding and controlling the biology that influences food storage and shelf-life

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Projects

Project
PHOTO5

Strategies Leading to Improved Management and Enhanced Resilience against Slugs (SLIMERS)

The SLMERS project aims to significantly impact the UK economy, increase yields, productivity and sustainability and help meet net zero targets through enhanced digital autonomous...
Project
IMG_8297

TomatoGuard

‘TomatoGuard: Advanced AI-Driven Pest and Stress Detection for Sustainable Tomato Cultivation’ project aims to revolutionise protected crop production by making it more sustainable and efficient....