Bio & publications
With over three decades of national and international experience, Dr. Ehsan is a scientist and consultant in renewable energy, industrial decarbonization, and climate resilience. He has authored numerous publications and led impactful research across Japan, Malaysia, and Pakistan. His work focuses on bioenergy production, emission reduction strategies, and sustainable industrial innovation. Dr. Ehsan’s publications reflect a strong blend of scientific depth Biotechnology and Bioenergy Applications.
introduction
At RECRIS we specialize in providing consultancy services that drive impactful solutions in the fields of climate, energy, and industrial development. Our mission is to support public and private sector stakeholders in achieving their sustainability, decarbonization, and innovative goals through technically sound and economically viable strategies.
We work closely with governments, international development agencies, and industries to design and execute projects that mitigate climate change and strengthen energy systems. Our consultancy focuses on reducing greenhouse gas emissions, enhancing energy security, and promoting climate-resilient infrastructure and practices. We offer guidance on developing and implementing carbon credit mechanisms to support for carbon farming initiatives.
key areas
A key area of our work involves advancing clean and renewable energy systems such as solar, wind, bioenergy, and hydrogen-based technologies. We assist our clients in planning and executing energy transition strategies, improving energy efficiency in operations, and expanding access to decentralized clean power. We also promote innovative technologies like Direct Air Carbon Capture (DAC), integrating them into broader climate strategies and exploring pathways for their industrial applications.
conclusion
With decades of international experience across Asia and the Global South, we are a trusted partner in bridging scientific insight with on-ground implementation. Our goal is to not only advise—but to co-create sustainable futures through innovation, partnership, and proven impact.
scientific thought research & leadership
His research spans enzyme-assisted biofuels, hydrogen production, algae-based systems, biomass resource mapping, and industrial waste utilization. He has collaborated on global platforms including with the World Bank, UNIDO, IFC and international research bodies and universities.
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Carbon Credit Farming: A Sustainable Development Opportunity for Agriculture
Carbon Credit Farming represents an innovative approach to aligning agricultural practices with environmental sustainability goals. By enabling farmers to earn revenue through carbon credits, this model incentivizes the adoption of climate-smart techniques that reduce emissions and enhance carbon sequestration. It offers a win-win scenario—boosting rural economies while contributing to global efforts against climate change.
Algae-Based Products
Algae-based products offer sustainable alternatives for fuels, fertilizers, animal feed, and high-value biochemicals. These products contribute to carbon sequestration by capturing CO₂ during cultivation, making algae systems environmentally beneficial. Algae cultivation projects can generate carbon credits, offering financial incentives through verified emission reductions..
Industrial Waste as Feedstock for Biofuel and Biomolecules
Utilizing industrial waste as feedstock for the production of biofuel and biomolecules presents a sustainable and cost-effective approach to meet the environmental issues
