Production systems represent a significant source of waste heat. The waste heat cannot be
reused often. Many optimization methods can give a solution for waste heat recovery …

This study proposes a multi-objective optimization methodology for planning multi-energy
complementary distributed energy systems considering process synergy and thermal …

Waste heat accounts for up to 70% of input energy in industrial processes which enunciates
the importance of energy recovery measures to improve efficiency and reduce excessive …

Presently, great challenges are being faced by the industrial sector in terms of energy
management and environmental protection. Utilization of solar energy to meet a portion of …

The purpose of this article is to determine the multicriteria-optimal design of an industrial
waste heat recovery system for district heating in Grenoble (France). Energy, exergy and …

Most integrated iron and steel corporations have built on–site power plants (OSPPs) to
reduce their purchased electricity and thus to decrease the overall electricity cost. Due to …

The industrial sector, which is characterized by high energy consumption, primarily using
fossil fuels, exhibits significant carbon emissions and severe pollution. Industrial parks …

Coal-fired power generation brings about severe environmental impacts, such as air
emissions, water pollution, and solid wastes. An exergy-based (exergetic, exergoeconomic …

A novel methodology is proposed for the synthesis of polygeneration systems in tertiary
sector buildings with detailed thermal integration. The methodology involves a systematic …

This paper proposes a methodology for efficient, accurate, and sustainable waste heat
recovery, where the energy needs of an industrial plant allow the installation of thermal …