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National University Of Sciences And Technology (NUST), Islamabad
Iqra Baloch is a dedicated scholar focused on advancing sustainable waste and resource management. With a strong commitment to circularity and environmental resilience, she explores innovative strategies to minimize waste, recover valuable resources, and optimize water management systems. Her academic research delves into the development of scalable technologies such as waste-to-energy solutions and industrial upcycling to create sustainable production and consumption models.Beyond her studies, Iqra actively engages in cross-sector collaborations, working with policymakers, researchers, and industry leaders to integrate circular manufacturing practices. She believes that transforming waste into valuable resources is key to reducing ecological footprints and ensuring long-term resource security. By joining Sustainability Global, Iqra aims to contribute to impactful initiatives that drive sustainability at scale. Her vision is to build resilient systems that empower communities and industries to adopt responsible waste management practices that benefit both the environment and society.
My mission is to drive innovation in waste and resource management by advancing circular economy principles that transform waste into valuable assets. As a scholar committed to environmental sustainability, I focus on integrating efficient waste-to-energy technologies, industrial upcycling, and water conservation strategies into scalable systems that support sustainable production and consumption worldwide.Through interdisciplinary research, advocacy, and collaboration with industry leaders, I strive to implement cutting-edge solutions that minimize waste and promote responsible resource recovery. By engaging policymakers, manufacturers, and environmental organizations, I seek to embed circular manufacturing practices that reduce ecological footprints and ensure resource security. Waste is not an endpoint—it is an opportunity to create sustainable materials, renewable energy, and resilient systems that drive environmental regeneration.I believe that ethical resource management plays a pivotal role in global sustainability efforts. By supporting initiatives that enhance waste infrastructure, improve recycling methodologies, and foster sustainable water management, I aim to contribute to a future where waste is repurposed efficiently, industries embrace circularity, and communities benefit from long-term environmental resilience.Joining Sustainability Global provides a platform to collaborate on transformative solutions that revolutionize waste management. My goal is to inspire responsible consumption, promote resource efficiency, and implement practical strategies that align with sustainability principles to create a greener, more resilient future for all.
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Iqra Baloch is a dedicated scholar focused on advancing sustainable waste and resource management. With a strong commitment to circularity and environmental resilience, she explores innovative strategies to minimize waste, recover valuable resources, and optimize water management systems. Her academic research delves into the development of scalable technologies such as waste-to-energy solutions and industrial upcycling to create sustainable production and consumption models.
Beyond her studies, Iqra actively engages in cross-sector collaborations, working with policymakers, researchers, and industry leaders to integrate circular manufacturing practices. She believes that transforming waste into valuable resources is key to reducing ecological footprints and ensuring long-term resource security. By joining Sustainability Global, Iqra aims to contribute to impactful initiatives that drive sustainability at scale. Her vision is to build resilient systems that empower communities and industries to adopt responsible waste management practices that benefit both the environment and society.
My mission is to drive innovation in waste and resource management by advancing circular economy principles that transform waste into valuable assets. As a scholar committed to environmental sustainability, I focus on integrating efficient waste-to-energy technologies, industrial upcycling, and water conservation strategies into scalable systems that support sustainable production and consumption worldwide.
Through interdisciplinary research, advocacy, and collaboration with industry leaders, I strive to implement cutting-edge solutions that minimize waste and promote responsible resource recovery. By engaging policymakers, manufacturers, and environmental organizations, I seek to embed circular manufacturing practices that reduce ecological footprints and ensure resource security. Waste is not an endpoint—it is an opportunity to create sustainable materials, renewable energy, and resilient systems that drive environmental regeneration.
I believe that ethical resource management plays a pivotal role in global sustainability efforts. By supporting initiatives that enhance waste infrastructure, improve recycling methodologies, and foster sustainable water management, I aim to contribute to a future where waste is repurposed efficiently, industries embrace circularity, and communities benefit from long-term environmental resilience.
Joining Sustainability Global provides a platform to collaborate on transformative solutions that revolutionize waste management. My goal is to inspire responsible consumption, promote resource efficiency, and implement practical strategies that align with sustainability principles to create a greener, more resilient future for all.