SDG 14.3.4
Research/ Engagement of Industries on Technologies or Practices to prevent Damage
Student Graduation Projects:
- Using Crumb Rubber To Improve Problematic Soil Generally & Sabkha Soil Specifically In Gulf & Bahrain, Hussain Hubail, Link
- Use Of Steel Slag In Concrete Mixes For Solid Waste Control, Irtaza Asef, Link
- Erosion Control Techniques (Rubble Mound Breakwater, Zallaq), Mohamed Noor Alabbasi, Link
- 3D Biofiltration System, Sayed Yusuf Dheya, Link
ASU Research Papers:
- Aysha Mohamed Al Noaimi, Aysha Khalifa Mohaish “Sustainable Concrete Construction: Utilizing Industrial Waste Materials for Waste Reduction and Environmental Enhancement” International Student Conference on Applied Sciences 2024 (ISCAS-2024). May 21-22, 2024 (Hybrid), Applied Science University in Bahrain, Kingdom of Bahrain.
- Hdeib R. Aouad M. 2023. Rainwater harvesting systems: An urban flood risk mitigation measure in arid areas, Water Science and Engineering. https://doi.org/10.1016/j.wse.2023.04.004.
- Sabeh, H., Tournoud, M.-G., Chahinian, N., Abdallah, C., Moussa, R., and Hdeib, R.: Flood Mapping Using High-Resolution Topography and Crowdsourced Data with the Geomorphic HAND Approach in Rural Plains, EGU General Assembly 2024, Vienna, Austria, 14–19 Apr 2024, EGU24-957, https://doi.org/10.5194/egusphere-egu24-957, 2024.
The Graduation Project course of the Civil Engineering program at ASU offers student project disciplines that contribute to technologies aimed at preventing damage to aquatic ecosystems. These disciplines include:
Quality Assurance and Integrity of Deep Foundations Using Non-Destructive Testing (NDT): This project focuses on ensuring the stability and integrity of deep foundations, which can have a significant impact on aquatic ecosystems. By utilizing non-destructive testing techniques, potential risks to nearby water bodies can be identified and mitigated.
Assessment of urban flood risk potential and design of stormwater systems: Urban floods can cause severe damage to aquatic ecosystems. This project involves assessing the potential risk of urban flooding and designing efficient stormwater systems to manage and control the flow of water, minimizing the negative impact on aquatic environments.
Flood inundation modeling of natural channels for different probabilities of occurrence: Understanding the behavior of floodwater in natural channels is crucial for preventing damage to aquatic ecosystems. This project focuses on developing flood inundation models that can predict the extent and impact of floods, aiding in the design of effective mitigation measures.
Design of water supply systems for an urban area: Sustainable water supply systems are essential for maintaining the health of aquatic ecosystems. This project involves designing water supply systems that ensure a reliable water source for urban areas while minimizing the negative impact on nearby water bodies through proper water management practices.
Design of sewage water networks for an urban area: Proper management of sewage water is vital to prevent contamination and damage to aquatic ecosystems. This project aims to design efficient sewage water networks that effectively collect and treat wastewater, minimizing the release of pollutants into water bodies.
Design of rainwater harvesting systems: Rainwater harvesting systems contribute to preventing damage to aquatic ecosystems by reducing the reliance on freshwater sources. This project focuses on designing systems that collect and store rainwater for various purposes, reducing the strain on natural water bodies and promoting sustainable water use.
Greywater treatment system in households and design of stormwater systems: Household greywater, if not managed properly, can have adverse effects on aquatic environments. This project involves designing greywater treatment systems that recycle and reuse wastewater, reducing the pollution load on water bodies. Additionally, the design of stormwater systems considers the proper drainage and filtration of water to prevent contamination.
By incorporating these project disciplines into the Graduation Project course, the Civil Engineering program at ASU aims to promote technologies and designs that prevent damage to aquatic ecosystems. These projects emphasize sustainable practices, effective water management, and the reduction of pollutants, all of which contribute to the protection and preservation of aquatic environments.