Master Of Science Energy And Environmental Engineering
COMSATS University Islamabad
I'm Ali Ahsan, a chemical and environmental engineering professional with a strong research focus on sustainable energy systems, waste valorization, and catalytic technologies. I hold a Master of Science in Energy and Environmental Engineering from COMSATS University Islamabad, Lahore Campus. Over the years, I’ve led and contributed to several research initiatives, including catalytic supercritical water gasification of biomass for hydrogen production and the integration of oxy-hydrogen with biomass combustion to improve energy efficiency. In my role as R&D Team Lead at Intersoft AI, I have supported product innovation through advanced data analysis and the development of sustainable design solutions. I’ve authored several peer-reviewed publications on wastewater treatment, circular economy models, and zero-carbon energy technologies. My technical expertise includes process optimization, catalyst synthesis, and computational modeling, with strong proficiency in tools such as Aspen HYSYS. I’m passionate about climate action and green innovation, and I approach sustainability through a multidisciplinary lens that combines research, technology, and systems thinking. My work is deeply aligned with the UN Sustainable Development Goals, particularly in the areas of clean energy, resource efficiency, and sustainable materials. I am committed to using my skills and experience to support a regenerative and resilient future.
My interest in becoming a Pillar Fellow at Sustainability Global stems from a profound commitment to advancing real-world sustainability solutions that align with the 7-Pillars model. As a researcher with practical experience in catalytic biomass gasification, green fuel synthesis, and clean technology integration, I am driven by the urgency of addressing global challenges such as waste management, renewable energy transition, and climate resilience. My academic background and professional trajectory reflect a strong alignment with pillars such as Green Innovation & Clean Technology, Circular Economy & Sustainable Materials, and Climate Action & Renewable Energy. Through my leadership in R&D and collaboration on cross-functional projects, I have developed skills in stakeholder engagement, policy-oriented research, and multidisciplinary problem-solving—qualities I aim to contribute to the Pillar Fellowship. I am particularly interested in working on initiatives that promote net-zero transitions, zero-waste circular systems, and capacity building in resource-constrained regions. The opportunity to collaborate with like-minded experts and support Sustainability Global’s mission of shaping a regenerative planet by 2050 is both inspiring and timely. I am eager to contribute to meaningful projects, share insights from my research, and help scale solutions that drive systemic and lasting impact.
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I'm Ali Ahsan, a chemical and environmental engineering professional with a strong research focus on sustainable energy systems, waste valorization, and catalytic technologies. I hold a Master of Science in Energy and Environmental Engineering from COMSATS University Islamabad, Lahore Campus. Over the years, I’ve led and contributed to several research initiatives, including catalytic supercritical water gasification of biomass for hydrogen production and the integration of oxy-hydrogen with biomass combustion to improve energy efficiency. In my role as R&D Team Lead at Intersoft AI, I have supported product innovation through advanced data analysis and the development of sustainable design solutions. I’ve authored several peer-reviewed publications on wastewater treatment, circular economy models, and zero-carbon energy technologies. My technical expertise includes process optimization, catalyst synthesis, and computational modeling, with strong proficiency in tools such as Aspen HYSYS. I’m passionate about climate action and green innovation, and I approach sustainability through a multidisciplinary lens that combines research, technology, and systems thinking. My work is deeply aligned with the UN Sustainable Development Goals, particularly in the areas of clean energy, resource efficiency, and sustainable materials. I am committed to using my skills and experience to support a regenerative and resilient future.
My interest in becoming a Pillar Fellow at Sustainability Global stems from a profound commitment to advancing real-world sustainability solutions that align with the 7-Pillars model. As a researcher with practical experience in catalytic biomass gasification, green fuel synthesis, and clean technology integration, I am driven by the urgency of addressing global challenges such as waste management, renewable energy transition, and climate resilience. My academic background and professional trajectory reflect a strong alignment with pillars such as Green Innovation & Clean Technology, Circular Economy & Sustainable Materials, and Climate Action & Renewable Energy. Through my leadership in R&D and collaboration on cross-functional projects, I have developed skills in stakeholder engagement, policy-oriented research, and multidisciplinary problem-solving—qualities I aim to contribute to the Pillar Fellowship. I am particularly interested in working on initiatives that promote net-zero transitions, zero-waste circular systems, and capacity building in resource-constrained regions. The opportunity to collaborate with like-minded experts and support Sustainability Global’s mission of shaping a regenerative planet by 2050 is both inspiring and timely. I am eager to contribute to meaningful projects, share insights from my research, and help scale solutions that drive systemic and lasting impact.