To mitigate the consequences of climate change, there is an increasing need to minimize
the usage of fossil fuels, especially in the industrial sector because the majority of the …

Process Integration (PI) for resource conservation has become an increasingly popular topic
of research in line with growing emphasis toward circular economy and rising concern on …

The industrial waste heat potential in EU countries and UK is assessed using the most
recent data, based on an established methodology that allows to estimate this …

In this study, dynamic streams including space heating, domestic hot water, renewable solar
thermal energy and waste heat such as gray water are extracted from a typical multi-family …

Heat recovery from a high-temperature wastewater is the major concern in the conventional
textile industry. However, limited space in the textile plant is an important constraint for the …

A multiobjective optimization (MOO) framework considering the dual objectives of the
economy and the environment is presented in this work for the extended integration of …

Batch plants boast operational flexibility in manufacturing process and resource sharing,
making batch processes suitable to fluctuating-demand or small-scale production. However …

Significant opportunities for energy savings in batch plants exist through Heat Integration of
intermittently-available material transfer streams between processing and storage units …

The calcium oxide/water/calcium hydroxide system is a promising material system for
thermochemical energy storage (TCES). Its high reactivity under various experimental …

Practical implementation of indirect heat integration for non-continuous processes is limited
compared to direct heat integration of continuous processes, due to requirement of heat …