Who is EAI ?

Happy to launch the Climate Tech Opportunities Expert Guide from our CLIMAFIX stable. With global climate tech implementations picking up pace, there are significant opportunities for entrepreneurs and businesses to invest in this important segment as the world moves towards Net Zero. At the same time, many climate tech opportunities...

DIL – stands for Decarbonization for India’s Leaders – is a platform at EAI where we provide decarbonization and climate action highlights for India’s corporate leaders. DIL Weekly is a weekly digest of these highlights. See all DIL Weekly issues from here. Get all DIL updates from here. == DIL...

The world generates over 5 billion tons of biomass residues annually, if one considers all types of biomass. Residues were considered as “waste” until sometime back, a costly assumption that the world is now trying to correct. The residues from the crops, plants, trees and shrubs whose main “fruit” is...

The Path to Decarbonizing the Chemical Industry: A Strategic Blueprint   The chemical industry, a significant contributor to global CO2 emissions, faces immense pressure to decarbonize. This blog delves into a strategic blueprint for decarbonizing the chemical industry from 2020 to 2030, highlighting critical avenues, stakeholders, and potential impacts. Introduction...

Implementing industrial waste heat recovery (WHR) systems in India presents several challenges. These obstacles can be technical, economic, regulatory, and operational in nature. 1. High Initial Capital Costs 2. Technological Challenges 3. Operational and Maintenance Issues 4. Lack of Awareness and Expertise 5. Regulatory and Policy Barriers 6. Economic and...

Implementing industrial waste heat recovery (WHR) systems in India involves several phases, each with specific tasks and time requirements. Below is an outline of typical project timelines based on industry practices and case studies. 1. Feasibility Study and Planning (3-6 months) 2. Design and Engineering (6-9 months) 3. Procurement and...

1. Energy Efficiency and Cost Reduction 2. Environmental Impact 3. Sustainable Industrial Growth 4. Technological Advancements 5. Government Initiatives and Incentives Conclusion The implementation of industrial waste heat recovery systems in India is driven by a combination of energy efficiency, cost savings, environmental benefits, sustainable growth, technological advancements, and supportive...

GEA Group Exergy Sigma Thermal References

Thermax Limited Promethean Energy Forbes Marshall

Tata Steel Plant, Jamshedpur Overview Tata Steel’s Jamshedpur plant is a prime example of effective waste heat recovery in India. The plant has implemented several WHRS to enhance energy efficiency and reduce carbon emissions. These systems capture waste heat from the blast furnaces and other high-temperature processes to generate steam...