TechTalk - Sustainable Refrigerated Road Transport

Thursday 7th March 2019 15:30 to 17:00

Woman engineer

Paper 

The paper is available here.

 

Bookings and Webinar Registration

Register to attend in person here

Listen to a webinar recording  here

 

Venue

CEREB, K2 Building, London South Bank University (LSBU), Keyworth St, London, SE1 6NG.

 

Directions

LSBU Campus Map and Directions, Googlemaps to plan your route

Elephant & Castle underground station is next to campus. 

The closest rail stations are Elephant & Castle. London Waterloo and London Bridge are also with in walking distance of the campus. 

 

Overview

As the global demand for refrigerated products increase, it has become progressively challenging to develop sustainable refrigerated road transport (RRT) systems. Manufacturers and fleet operators have to balance the competing interests of maintaining temperature control while reducing the energy consumption and overall environmental impact of these systems.

This paper will explore how through the analysis of existing maintenance and leakage records and mathematical modelling and experimental methods  best practice guidelines for the design and development of sustainable refrigerated road transport systems were developed.

Presented in association with the FSDF - Food Storage and Distribution Federation.

 

What you will learn

  • The challenges to reducing the direct and indirect emissions of refrigeration road transport vehicles.
  • The causes of leakage of refrigerant in refrigeration road transport. There is significant potential to reduce refrigerant leakage within the truck-drive compressor by replacing the type of components used.
  • How modelling can be used for the design and development of components for more sustainable refrigerated road transport systems.

Presenter

Ted Perry Award winning speaker Dr Christina Francis of London South Bank University.

Christina carried out research on this topic as part of her studies at London South Bank University. The findings from this research have provided new insights into the causes of direct emissions, by identifying the most common sites for refrigerant leakage in transport refrigeration systems. This has led to the redesign of key components now the information has been shared with the wider industry is becoming generally adopted.

 

Timings

3.30pm - 4.00pm Networking 

4.00pm - 5.00pm Presentation followed by Q&A

 
 
 

Institute of Refrigeration  
Kelvin House, 76 Mill Lane  
Carshalton Surrey SM5 2JR 
United Kingdom 

+44 (0)208 6477033

ior@ior.org.uk