7 Jul 2021
The call for abstracts is now open for the 7th IIR International Sustainable Cold Chain Conference, which is due to take place in Newcastle, UK from 11 to 13 April 2022.
The conference will be a platform to share expertise on the cold chain with developing countries to address key UN sustainable development goals related to hunger, health, energy, education, economic growth, infrastructure, sustainable cities, responsible production, climate action and partnerships.
The event will explore innovation in the cold chain including retail refrigeration, technology and design as well building a sustainable cold chain in developing nations. Abstracts are sought on topics including storage, transportation and logistics, modelling and predictive tools reducing food waste and pharmaceutical cold chain (a full list is available from https://ior.org.uk/events/ICCC2022)
The conference is expected to attract over 120 delegates and over 60 technical papers. Discounts for authors on the registration fee for the three-day event will be available.
The deadline for submission is 1 October 2021 and further details on how to submit an abstract are available from https://ior.org.uk/events/ICCC2022/iccc-abstracts
24 Apr 2025
IOR Members who enrolled with the STEMAZING Academy, with the support of the Institute have made a great impact promoting STEM and the RACHP Sector to young people.
16 Apr 2025
The webinar PED - Is UK Compliance Under Pressure, which was held on 15th April 2025 is now available for download from the IOR website.
15 Apr 2025
The Institute of Refrigeration proudly accepted an award for its STEM Toolkit at last week’s ACR Awards.In addition Lisa Waters, IOR Events Manager, was honoured with the Alan Moore Award.
15 Apr 2025
The IOR 2025 Publications Catalogue is now available. It encompasses a diverse range of publications, incorporating a substantial collection of practical guidance tailored for engineers and technicians.
6 Apr 2025
A new research project aims to transform that by identifying and mapping waste heat from urban cooling applications, using Birmingham as a case study.