Chemingineering – Role of Indian GCCs in Energy Transition
EPC and EPCM firms are at the forefront of executing projects to drive targets towards net-zero emissions. Global Capability Centres (GCCs) in India can...
Chemingineering – Drilling Deep
Geothermal energy, harnessed from Earth's heat, is a renewable power source with immense potential. Offering reliable baseload electricity, it emits significantly lower carbon than...
Chemingineering – Bolstering Barriers
Escalation factors are conditions, events, or circumstances that can worsen a hazardous situation or prevent control measures from effectively containing or mitigating a hazard....
Chemingineering – The Ethanol Enigma
India’s ethanol blending program, aimed at reducing emissions and boosting energy self-reliance, faces water usage, land management, food security, and sustainability challenges, necessitating a...
Chemingineering – PI + AI
The implementation of process-intensified equipment and methods in the chemical industry holds significant promise in addressing critical facets of energy, sustainability and decarbonisation. The...
Chemingineering – Certifying Hydrogen’s Greenness
Green hydrogen is set to become a cornerstone of the global energy transition, but the industry must be rigorously regulated to ensure that hydrogen...
Chemingineering – CO2 as Feedstock
CO2 as a feedstock for petrochemicals is the Holy Grail that is engaging and exciting the global scientific community. Many approaches are being attempted...
Renewables to Chemicals – The Future of EPC in Sustainability
Abstract
The chemical industry is transforming towards sustainability by integrating renewable energy and bio-based chemicals, supported by technological innovations, government policies, and international collaborations to...
Chemingineering – Shaping the Future
A robust R&D ecosystem is crucial for driving innovation, technological advancements and economic growth. It fosters the development of new products and processes, enhances...
Chemingineering – Making Plastics Sustainable
Achieving sustainable plastics requires biodegradable innovations, advanced recycling, reduced usage, and robust policies. Collaboration among governments, industries, and consumers is essential to reduce plastic’s...
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