Scope of IJRCMCE

Topics of interest for submission include, but are not limited to:

Chemical & Metallurgical  Engineering Civil Engineering

Environmental Chemical Engineering

Chemical Reaction Engineering

Materials Synthesis and Processing

Chemical reaction engineering

Plant design

Process design

Biochemical engineering



Chemical process modeling

Chemical Technologist

Chemical reactor

Chemical weapons


Computational fluid dynamics

Corrosion engineering

Cost estimation


Environmental engineering

Earthquake engineering

Fluid dynamics

Food engineering

Fuel cell

Heat transfer

Industrial gas

Industrial catalysts

Mass transfer

Materials science



Mineral processing


Natural environment

Natural gas processing

Nuclear reprocessing

Oil exploration

Oil refinery

Pharmaceutical engineering

Plastics engineering


Process control

Process design

Process development

Process Systems Engineering

Process miniaturization

Paper engineering

Safety engineering

Semiconductor device fabrication

Separation processes (see also: separation of mixture)

Crystallization processes

Distillation processes

Membrane processes

Textile engineering


Transport phenomena

Unit operations

Water technology

Process Modeling and Simulation

Biochemical and Bioprocess Engineering

Hydrodynamics of Multiphase Flow Systems

Energy Conservation and Environment Protection

Frontiers in Seperation Technology

Green Technologies for Chemical Process Industries

Applications of Nanotechnology

Advances in Catalysis and Reaction Engineering

Hydrocarbon Processing


Actions and policies to implement sustainable construction

Adapting to Climate Change

Advanced Monitoring Systems

Architectural Engineering


Biomimicry and design with nature

Building sustainability assessment tools

Civil Engineering

Conservation (buildings and nature)

Conserve energy, water and other resources

Construction Engineering

Design and technologies for energy efficiency and conservation

Design for climate change

Design for deconstruction

Design for flexibility

Design for minimizing and using construction and demolition waste

Design for Security and Sustainability

Design for service-life

Design quality

Designing Inclusive Environments

Designing the sustainable city of tomorrow and Urban Sustainability

Develop energy efficient buildings at design stage to secure long-term savings

Eco-materials and technologies

End-user and community involvement

Energy and Environment

Environmental Science and Engineering

Health and safety

Improvements in Numerical Modelling and Analytical Approaches

Indoor environment quality and benchmarks

Innovative sustainable construction systems

Life Cycle Analysis

Location and Urban Design


New Cement-Based Materials

New constructive Techniques and Systems

Planning and building law and trends

Planning aspects for sustainable construction (construction site, procurement and commissioning)

Reduce the noise, pollution, flooding and microclimatic effects


Re-use land and buildings

Social inclusion

Sustainable design and construction standards

Sustainable design, construction and development

Sustainable management of existing building stock

Sustainable resources and materials use

Transport and Environment

Urban and Regional Planning

Urban Design and Development

Use of industrial waste

Use of non-conventional materials

Waste minimisation