Cleaner Chemical Engineering

Cleaner Chemical Engineering is a platform to analyse and debate the role of chemical engineering in the period of energy transition and environmental protection. In this light, achieving CLEANER chemical engineering is a significant challenge as most of the energy today is still being extracted by chemical conversion of fossil fuels, releasing a vast amount of environmentally dangerous and harmful gases. Both Energy Transition and Environmental Protection require the utilization of new technologies and energy sources. There are opportunities and barriers to a clean energy and environment transition in the resource (land, water and air), power, transportation, and industry sectors. The most prominent approach to mid-term emission reduction is the improvement of existing fuel processing technologies, which also contribute to environmental protection addressing climate change. In the advancement of industry, transport and energy production sectors, there are still technical challenges to be solved, and most are related to physical and chemical phenomena accruing in the thermo-chemical reactors and chambers. At the same time, adopting renewable energies and novel remediation technologies would further secure a clean environment.

**Cleaner Chemical Engineering (CLCE)**The purpose of the Cleaner Chemical Engineering journal is to exchange and share new ideas, knowledge, experience, and research results about all aspects of combustion, pyrolysis, gasification, sustainable thermo-chemical technologies, multiphase flow related topics: fundamental physical and chemical aspects of traditional and novel fuel sources; reaction kinetics, pollutant emissions, pollutant formation, soot and particulates; IC engine combustion; gas turbine combustion; furnace combustion; clean energy, dual fuel, ammonia, clean coal concept, biomass, biofuel and waste; multiphase flows and sprays, fuel introduction methods, fuel dispersion, droplet interactions; particle technology, particulate matter; new combustion technologies; remediation technologies; chemical engineering and energy storages.

The scope includes (but is not limited to) the following topics, where the cleaner and sustainability dimensions are explicitly treated:

• Experimental chemical engineering research

• Numerical modelling

• Thermo-chemical processing of fuels

• Chemical engineering recovery of materials

• Engineering of Carbon emissions capture and utilization

• Low-emission technologies

• Cleaner Energy production

• Cleaner Furnaces, burners, turbines, engines

• Cleaner Electrochemistry

• Cleaner Biochemical engineering

• Cleaner Fuel and Materials synthesis and processing

• Reduction of Particle matter

• Cleaner Industrial engineering

• Cleaner Reaction engineering

• Cleaner Remediation technologies

• Cleaner Separation technologies

• Promoting cleaner chemical engineering in industry

• Cleaner Chemical engineering applications in areas of Chemicals, Pharmaceuticals, Minerals, Energy and Fuels, Water, Environment, Food

• Thermochemical energy storage

• Electrochemical energy storage and conversion

We encourage those interested in organizing a special issue or a virtual special issue within the scope of the journal to fill out this form and contact the editors-in-chief for more information.