Noor Al-Sadeq

n my diverse role at ATOCO, I intertwine techno-economic principles with my acumen as a Water and Environmental Engineer, specializing in atmospheric water harvesting and carbon capture technologies. I am an integral part of a team aspiring to resolve the escalating water crisis and counteract climate change effectively.

I am tasked with performing intricate analyses on the economic viability and environmental impact of innovative technologies, ensuring their alignment with our commitment to fostering environmental sustainability. My engineering proficiency is deployed in formulating sophisticated solutions to water scarcity and purity issues, facilitating the union of state-of-the-art technologies with essential natural resources.

Additionally, as an environmental consultant, I impart specialized insights and strategies to navigate and address a spectrum of environmental challenges. I advocate for and aid in the realization of sustainable practices and solutions within the chemical sector, upholding stringent quality and compliance standards.

Being a part of ATOCO, an entity envisioned by the illustrious Professor Omar Yaghi, I am not just a witness to the evolution of environmental technologies but an active contributor to the burgeoning “air economy.” Our mission is to commercialize pioneering solutions in atmospheric water generation and CO2 capture, laying down the foundations for a resilient and sustainable future for all.

In my diverse role at ATOCO, I intertwine techno-economic principles with my acumen as a Water and Environmental Engineer, specializing in atmospheric water harvesting and carbon capture technologies. I am an integral part of a team aspiring to resolve the escalating water crisis and counteract climate change effectively.

I am tasked with performing intricate analyses on the economic viability and environmental impact of innovative technologies, ensuring their alignment with our commitment to fostering environmental sustainability. My engineering proficiency is deployed in formulating sophisticated solutions to water scarcity and purity issues, facilitating the union of state-of-the-art technologies with essential natural resources.

Additionally, as an environmental consultant, I impart specialized insights and strategies to navigate and address a spectrum of environmental challenges. I advocate for and aid in the realization of sustainable practices and solutions within the chemical sector, upholding stringent quality and compliance standards.

Being a part of ATOCO, an entity envisioned by the illustrious Professor Omar Yaghi, I am not just a witness to the evolution of environmental technologies but an active contributor to the burgeoning “air economy.” Our mission is to commercialize pioneering solutions in atmospheric water generation and CO2 capture, laying down the foundations for a resilient and sustainable future for all.

Bachelor in Chemical Engineering
Minor in Environmental Health

Specialized in water treatment, water scarcity, environmental sustainability, and addressing WASH problems in underserved communities

I and my team pioneered an initiative in Lebanon, ingeniously converting PET wastes into plastic shoes. Remarkably, this was achieved using an environmentally conscious method that minimized our carbon footprint, reflecting our commitment to innovation and sustainability. Driven by such groundbreaking ideas, our team secured the 2nd place, emphasizing our dedication to making a positive impact. Furthermore, we're thrilled to announce our selection to advance to the global competition at the San Francisco Regional Summit. This achievement, while a testament to our team's capability, also underscores the potential of our revolutionary concept. As we step onto the global stage, we remain passionate about our mission and are determined to share it with the world.

Patent: A method for treating polluted water is disclosed herein. The method comprises combining different kinds of animal proteins to form a polymer and treating
the polluted water with the polymer. The polymer is in the form of a coagulant and an adsorbent. The polluted water is treated to remove physical, chemical, and biological contaminants through coagulation-adsorption processes. The contaminants such as turbidity, one or more heavy metals, and one or more microorganisms are removed from the polluted water by the polymer.