AASTMT provides off-campus water conservation support by partnering with local authorities, government bodies, and environmental organizations to implement large-scale water management and waste treatment projects. These initiatives support Clean Water and Sanitation by addressing issues such as water pollution, groundwater protection, and wastewater treatment.

Cooperation with Government & Local Authorities to implement Large Scale Projects (2022-present)

AAST contributes to SDG 6 through its expertise in off-campus water conservation

Dr. Ayman El-Naharawy from AAST, along with experts, addressed water management challenges in Alexandria due to climate changes, such as rising sea levels and excessive rainfall. These issues put pressure on the city's sewage systems, and AAST supports sustainable solutions to mitigate water scarcity and pollution. The city's marine protection projects, which include six initiatives to safeguard coastal areas, have a total cost of 1.341 billion EGP.​​​​​​​

https://www.almasryalyoum.com/news/details/2617073

AASTMT Partners with Ministry of Environment to Enhance Wastewater Treatment and Groundwater Protection in Support of SDG 6​​​​​​​

AASTMT is actively involved in the waste management initiative led by the Ministry of Environment, contributing to the SDG 6 (Clean Water and Sanitation) goals. AAST supervises the operation of a new landfill cell in Badr City, aimed at protecting groundwater and ensuring safe waste disposal practices. Additionally, AAST is providing training to workers on modern waste management techniques, focusing on wastewater treatment and water resource management to reduce water contamination and promote environmental sustainability.

https://www.eeaa.gov.eg/News/11636/Details

AAST Collaborates on Waste Management Strategy with Idku Governorate​​​​​​​

Minister of Local Development Hisham Amna announced the removal of 200,000 tons of historical waste from Idku, transferring it to a sanitary landfill in Badr City as part of Egypt's new solid waste management system. This project directly supports SDG 6 by mitigating water pollution and improving sanitation practices. AAST contributes through technical expertise, such as training local staff in wastewater treatment, effluent management, and maintaining water quality. The initiative ensures that waste disposal complies with environmental standards, enhancing groundwater protection and reducing water contamination risks.

https://www.almasryalyoum.com/news/details/2873468

https://gate.ahram.org.eg/News/4265435.aspx

AASTMT collaborates with the Government of Aswan for An integrated Project

AASTMT is involved in the development of an open-air museum in Aswan, contributing expertise in water supply and sewage networks planning. Dr. Abdel Aziz Farouk and the project team from AASTMT are working alongside local authorities to ensure sustainable infrastructure, including irrigation systems and water resource management, to support the eco-friendly project. This initiative promotes both environmental preservation and sustainable tourism while enhancing local water systems to benefit surrounding communities.

https://aast.edu/en/sdg/news-details.php?language=1&view=1&unit_id=1206&news_id=486101467&event_type_id=1

Alexandria Water Welcomes Delegations Participating in the Field of Energy Efficiency Research

As part of a collaboration between AASTMT and Alexandria Water Company, the Med SEACAP project focuses on enhancing energy efficiency and water supply within educational institutions. AASTMT conducted energy reviews at the Technical Secondary School, promoting awareness of water resource management and energy conservation, aligning with SDG 6 (Clean Water and Sanitation). The initiative aims to implement sustainable energy solutions in water treatment and water station operations, demonstrated during a visit to the Mansheya (2) station, which earned ISO 50001 certification for energy efficiency.

https://aast.edu/en/sdg/news-details.php?language=1&view=1&unit_id=1206&news_id=486101159&event_type_id=

Enactus AAST's Student-Driven Solutions for Sustainability and Social Impact

Enactus is a student-led organization that focuses on using entrepreneurial action to create social impact, aiming to address issues such as poverty, education, and sustainability through innovative projects. The organization has been in action for more than 12 years empowering students to identify real-world problems, propose entrepreneurial solutions, and implement them in ways that benefit communities, while also contributing to broader sustainability goals, such as the United Nations Sustainable Development Goals.

Enactus AAST is involved in several innovative projects that contribute to sustainability and entrepreneurship, such as Lazarus, Sprouting, and Mycelium:

1. Lazarus: This project focuses on creating biodegradable packaging from organic waste, tackling the problem of plastic pollution while promoting the circular economy. By using agricultural waste, Lazarus offers an eco-friendly alternative to plastic packaging that decomposes naturally, aligning with sustainability goals.
2. Sprouting: The project aims to enhance urban farming by developing vertical farming solutions, allowing communities to grow their own food in limited spaces while using less water and resources. Sprouting helps address food security and promotes sustainable agricultural practices, especially in densely populated areas.
3. Mycelium: This innovative project harnesses the power of fungi (mycelium) to create sustainable materials, such as eco-friendly building materials and packaging alternatives. Mycelium’s potential to replace non-renewable materials makes it a promising solution for various industries, reducing environmental impact.

In 2022, Enactus project REDEEM project secured THE AAST TEAM the 3rd place on Egypt in the last National competition. Redeem is a tailored solution which is a mixture of organic bacteria and agriculture wastes that solves the salinity of the soil and helps the soil to get back to it's normal state. Redeem directly impacted 2560 people including farmers, agriculture engineers, empowered women and children who got the chance to be back into schools instead of working. Moreover, our project indirectly impacted 8060 people.​​​​​​​

https://aast.edu/en/sdg/news-details.php?language=1&view=1&unit_id=1206&news_id=486103446&event_type_id=1

A Scientific Committee In Aswan For Studying Water Treatment (2020- Present)

Governor Ashraf Attia of Aswan convened with members of the House of Representatives, the Senate, and community leaders from Nasr Al-Nuba and Al-Ja'afra villages. During the meeting, the governor decided to form a high-level scientific committee to evaluate a citizen's proposal for an alternative pipeline to transfer treated water from the Blana Triple Treatment Plant. The committee, comprising experts from the Faculty of Engineering at Aswan University and the Arab Academy for Science and Technology, aims to ensure the safety of citizens and protect against potential catastrophes. Governor Attia emphasized the urgency, highlighting the risk of collapse of earth bridges that could lead to a serious threat to lives, properties, homes, and crops in over 7 villages in Nasr Al-Nuba. The governor also emphasized the importance of the Blana Treatment Plant, costing over 187 million Egyptian pounds, and its readiness to produce pure water under the supervision of regulatory entities for citizens' health and safety.

A Scientific Committee In Aswan For Studying Water Treatment (2020- Present) on Al-Akhbar El-Masaey news paper 

Al-Khawr in Aswan Sewage Overflow Problem Resolved 

Residents of social housing buildings in Al-Khawr, Daraw, Aswan, have faced a prolonged crisis of rising sewage and groundwater for over a decade. Governor Ashraf Attia appointed a technical committee, led by Major General Ayman Reda, to investigate the issue. The committee, comprising experts from the Faculty of Engineering and the Arab Academy for Science and Technology, along with representatives from relevant authorities, initiated an urgent solution. Water suction trucks were deployed to pump out accumulated water in sewage chambers and surroundings. The committee plans to review, clean, and clear sewer networks, completing the process in three days and providing covers. Additionally, the committee recommended the maintenance and operation of four dysfunctional wells to mitigate groundwater impact. Once the detailed report is complete, including reasons and engineering solutions, it will be presented to the governor for executive action to address the citizens' demands, addressing difficulties in movement and potential structural risks and environmental concerns caused by stagnant water.

Al-Khawr in Aswan Sewage Overflow Problem Resolved on Al-Ahram gate newspaper

Al-Khawr in Aswan Sewage Overflow Problem Resolved on AASTMT page

Collaboration with International Authorities (2021-present)

Agreement Between the UAE Infrastructure and The AASTMT 

The Ministry of Energy and Infrastructure has entered a partnership with the Arab Academy for Science, Technology and Maritime Transport (AASTMT) in Sharjah. The collaboration aims to leverage the Academy's capabilities and educational expertise to enhance the maritime sector in the UAE. This initiative aligns with the national strategy to qualify human resources and advance the country's maritime industry. The agreement focuses on areas such as education, training, research studies, and development of maritime electronic capabilities, with a specific emphasis on cyber maritime security. The goal is to support the UAE's position as a leading maritime center globally. The agreement was signed by Eng. Hassan Mohamed Juma Al Mansouri, Undersecretary of the Ministry of Energy and Infrastructure, and Prof. Dr. Ismail Abdel Ghafar Ismail Farag, President of AASTMT.

Agreement Between the UAE Infrastructure and The AASTMT on Al Bayan news paper