Utilize Waste Heat Articles & Analysis
15 articles found
Excessive moisture leads to higher energy consumption, while overly dry feedstock may combust prematurely. A drying system, typically utilizing waste heat from the carbonization process, ensures consistent input quality. ...
The spinning industry in Bangladesh is witnessing gigantic investment as local entrepreneurs are either developing their production capacities or setting up new units as the demand for garment raw materials is increasing. Reports state that In Bangladesh, there are almost 500 spinning mills. Huge domestic and foreign demand makes it one of the main branches of the Bangladesh economy. The tough ...
In 2022, a state-of-the-art trigeneration plant was commissioned at the pharmaceutical manufacturing facility Medicef Pharma in Tunisia. This innovative facility supplied and installed by Clarke Energy teams utilises an INNIO Jenbacher gas engine with an output of 0.8 MWe, primarily powered by natural gas. Clarke Energy has also provided full EPC construction of this trigeneration power plant ...
More than 50% of the final useful energy demand in the EU comes from the heating and cooling consumption of buildings. The installation of District Heating in cities and municipalities helps improve their energy efficiency, resulting in energy savings and reduced costs for their inhabitants. If you are thinking of setting up such a core network in your municipality, this article will help you to ...
The equipment utilizes various heating mechanisms, such as direct combustion, hot gases, or electric heating elements, to reach and maintain the required temperatures. ...
Modern factories are investing in technology to reduce their energy consumption, costs and CO2 emissions. This is not new, but the process of digitalisation and decarbonisation has accelerated to meet global energy transition and sustainability goals.In addition, the constant increase in energy costs pushes companies to become more efficient and reduce overall expenditure to stay competitive. If ...
The University of Cincinnati chose a combined heat and power (CHP) central utility plant, in which waste heat generated from electricity production is recycled by routing the heat from a gas turbine through a recovery boiler to make steam, which is then used in heating and cooling applications. ...
Reasons for Installing Combined Heat & Power Evonik decided to invest in a CHP system to improve both their electric power and steam reliability. ...
Water purification is needed to produce high quality water for consumption, agriculture and industrial needs. Conventional water treatment processes, like distillation and reverse osmosis, consume vast amounts of energy. However, there is a large potential for significant reductions in energy consumption and CO2 emissions in this sector. It can be achieved by the exploitation of waste heat for ...
Efficient recycling and utilisation of waste heat resources are among the primary methods in saving energy during sintering process, as waste heat resource recycling and utilisation are essentially energy conversion process. The purpose of this study is to analyse energy conversion and utilisation during the sintering process, and waste heat resources in each subsystem during the sintering ...
A major advancement for industrial energy efficiency in China made possible through technology transfer Camco is working with Anhui Conch Cement Company Limited, the largest cement producer in China, on a programme of energy efficiency projects at multiple Conch production facilities. The projects all use Japanese advanced high efficiency waste heat recovery technology, never before commercially ...
Breaking new ground in China's industrial energy efficiency Located in the Tai'an, Shandong Province, China, this is the world's first cement sector project to achieve CDM registration, and the first industrial waste heat to power project undertaken in China. The project captures waste heat from the cement making process and utilises it to produce power in a 13.2 MW power plant. The Taishan ...
An investigation under which conditions industrial waste heat utilised with magnetic energy conversion machines can be a possible alternative to conventional energy conversion technologies is presented. The application of a numerical model leads to the thermodynamic efficiency, the exergy efficiency, and approximate values of the total mass and the total volume of a magnetic energy conversion ...
In this study, a novel cogeneration cycle based on the recompression S–CO2 Brayton cycle is proposed, analysed and optimised thermodynamically to utilise the waste heat from a nuclear power plant. The cycle was constructed theoretically on the basis of a transcritical CO2 power cycle and a LiBr/H2O Absorption Heat Transformer (AHT) to enhance the overall performance of the cycle. It was found ...
The use of thorium for nuclear power generation is an important element of the Indian atomic energy programme. The design and development of the Advanced Heavy Water Reactor (AHWR) is a step in this direction. Intensive design activity is underway to set up a 300-MWe AHWR. The design of the AHWR incorporates several features to simplify the design and to eliminate certain systems and components, ...