As a result of depleting reserves of fossil fuels, conventional energy sources are becoming
less available. In spite of this, energy is still being wasted, especially in the form of heat. The …

Waste heat exploitation improves the energy efficiency of process sites, ensuring lower costs
and lower CO 2 emissions. Technologies such as organic Rankine cycles, absorption …

This paper presents a ranking criterion for evaluating opportunities that utilize recovered
energy from the available waste heat in process sites. The ranking criterion takes into …

In the past decades, the Organic Rankine Cycle (ORC) has become a promising technology
for low and medium temperature energy utilization. In refineries, there are usually multiple …

Thermal energy loss in the process industry is a significant issue due to the high
temperatures and multiple heat intensive processes involved. High-grade thermal energy is …

The following study considers the spatial distribution, grade and seasonal variation of waste-
heat from industrial sectors in the United Kingdom in 2018. Opportunities to offset the …

The utilization of low grade heat in process industries has significant potential for improving
site-wide energy efficiency. This paper focuses on the techno-economic analysis of key …

Industrial waste heat is examined in EU countries, focusing on the amount that can be
recovered and exploited, referred to as technical potential of waste heat. An alternative …

The UK will need to decarbonise low temperature industrial waste heat (up to≈ 250° C) to
achieve net-zero greenhouse gas emission targets. Industrial waste heat production …

Significant energy efficiency gains in zones with concentrated activity from energy intensive
industries can often be achieved by recovering and reusing waste heat between processing …