London South Bank University
Heat Capture Case Study Updates
Loughborough University
Benefits of including thermal energy stores on the levelised cost of heat of district heating networks
University of Warwick
Absorption studies of sodium hydroxide solution on finned heat exchanger
Ulster University
Thermal Performance Enhancement of Latent Heat Storage Heat Exchangers Using Different Fin Configurations
Ulster University
Reversible High Temperature Heat Pump - Organic Rankine Cycle System for Industrial Waste Heat Recovery
Loughborough University
Benefits of including thermal energy stores in district heating networks
Ulster University
Hybrid Air/Water Source Variable Speed Heat Pump for Low Temperature Heat Networks
Ulster University
An Optimisation of Very HTHP Systems for Industrial Applications with Low GWP Refrigerants
Ulster University
Effect of Various Heat Transfer Enhancement Methods on the Thermal Performance of a Latent Heat Thermal Energy Storage System
Loughborough University
Optimisation of a district heating network supplied with only renewable heat sources and different types of thermal energy storage
Attitudes to waste heat streams for domestic use
Advisory Board meeting October 2021
Decarbonisation, replication, dissemination
Advisory Board meeting October 2021
To develop a spatial and temporal dynamic simulation tool that can be used to simulate a smart thermal network interacting with storage and thermal transformation technologies.
Simulation of a 4th generation district heating network operating with renewable heat sources and TES technologies
Workshop December 2019
To advance performance of novel thermal storage, distribution and capture systems.
Low temperature heat recovery and distribution network technologies
Webinar June 2020
Design, develop and prototype of a novel building integrated solar thermal vacuum flat plate collector for water and space heating
Webinar June 2020
Redesign thermochemical energy storage reactor system for the application of water and residual salts from mining activity
Workshop December 2019
Low temperature heat recovery and distribution network technologies
Workshop December 2019
To advance performance of energy transformation technologies, e.g. sorption and vapour compression heat pumps/chillers, ORC, thermal transformers and waste heat recovery.
WP3.7 Ammonia-salt resorption for thermal transformations
Advisory Board meeting September 2020
Transforming our approach to waste heat: Ammonia-salt resorption for thermal transformations
Workshop December 2019
Advance performance of energy transformation technologies
Advisory Board meeting September 2019
To determine key end use and business requirements for timely adoption, i.e. engage with stakeholders, understand their priorities and investigate the potential for low temperature distribution networks.
To synthesise the results of Research Challenges 1 to 4 in oder to demonstrate and validate the potential of integrated technologies that best satisfy the needs of low GHG emissions, business needs and consumer acceptability.
As this Research Challenge summarises the results of LoT-NET, the outcomes will not be available until later in the project.
