Serious energy crises and ecological pollution have had negative impacts on all countries
worldwide. These challenges are largely attributed to the production and operation of …

Industry is often termed" hard to decarbonize" because a vast, inhomogeneous array of
processes comprise the sector. But developing new, decarbonized process heating …

The textile industry generates millions of tons of waste annually, making this sector one of
the most polluting in the world. The objective of this research was to study the energy …

The textile industry has a high share in the total energy consumption of the manufacturing
industry, especially in global textile supplier countries. Energy consumption and air …

Thermal dewatering using spray dryers is an energy-intensive process, which recently,
applied for removal of water from industrial effluents by evaporation. Reduction of energy …

Thermal drying is energy intensive due to the unavoidable thermodynamic constraint of
supplying sufficient energy to evaporate the water (h fg> 2000 kJ kg− 1). Textile dryers only …

The process flow schematic of fuel‐consuming equipment with thermochemical waste‐heat
recuperation by steam methane reforming with an addition of flue gas to the reaction mixture …

The wastewater of the textile industry has approximately 60° C of temperature and a
sufficient quantity of organic compounds for biofuel yielding. The low-grade heat recovery …

Stenters used for drying during the dyeing process, waste considerable thermal energy
through exhaust gas. This energy waste is one of the major bottlenecks to improving the …

Heating in industrial processes is responsible for approximately 13% of greenhouse gas
emissions in Europe. Switching from fossil-fuel based boilers to heat pumps can help …