Pollution Prevention (6.3.2)

Systems and protocols to prevent polluted water entering the environment or water system.

Introduction:

Al-Ahliyya Amman University (AAU) has developed a comprehensive institutional framework to prevent any form of water pollution on campus or in its surrounding environment. This system integrates policies, procedures, and operational controls that ensure all wastewater, laboratory effluent, and stormwater runoff are safely managed in compliance with national and international standards.

The framework is anchored by the following key institutional documents:

Water Pollution Prevention Procedure

Water Treatment and Reuse Policy

Water Consumption Measurement Procedure

Water Usage Awareness Campaign Procedure

Together, these policies establish a prevention-first approach, prioritizing risk elimination, chemical safety, wastewater containment, and continuous awareness.
This comprehensive model aligns directly with SDG 6.3 (Improve Water Quality by Reducing Pollution) and indirectly supports SDG 3 (Good Health and Well-being), SDG 12 (Responsible Consumption and Production), and SDG 13 (Climate Action).

Centers and Departments:

January
01

1. Sustainability and International Ranking Center – Strategic Oversight and SDG 6 Compliance

Coordinates and reports on all pollution prevention initiatives while ensuring alignment with SDG6 targets.
This center ensures policy integration, monitoring, and institutional accountability across AAU’s sustainability framework.

January
01

2. General Supplies and Services Department – Drainage and Treatment Operations

Oversees the collection, maintenance, and safe operation of wastewater systems, preventing cross-contamination or leakage.
Ensures infrastructure safety through proactive inspection and maintenance.

January
01

3. Pharmacological and Diagnostic Research Center – Laboratory Verification and Analysis

Conducts water testing to ensure compliance with Jordanian and WHO standards, focusing on chemical residue elimination.
Provides scientific assurance of effluent quality and environmental safety.

January
01

4. Hourani Center for Applied Scientific Research – Applied Solutions for Pollution Control

Develops innovative biofiltration and eco-remediation methods to minimize pollutants entering the ecosystem.
Transforms applied research into scalable pollution prevention solutions.

January
01

5. Medical Services Department – Environmental Health and Occupational Safety

Implements hygiene, safety, and emergency protocols for maintenance teams and laboratories.
Links human health with environmental protection within wastewater facilities.

Activities:

January
01

1. Pollution Prevention and Water Safety Policy Implementation (2025)

The Water Pollution Prevention Procedure was implemented across all faculties under the supervision of the Sustainability and International Ranking Center and the Facilities Department.
Training sessions were held to introduce proper chemical labeling, waste segregation, and discharge control in laboratories and maintenance units.
This implementation transformed the written procedure into a campus-wide operational system that prevents chemical and wastewater contamination, directly supporting SDG 6.3.

January
01

2. Hazardous Chemical Handling and Disposal Framework (Ongoing)

The Pharmacological and Diagnostic Research Center (PDRC), in coordination with the General Supplies and Services Department, ensures the safe collection, labeling, and temporary storage of hazardous laboratory waste according to the Water Pollution Prevention Procedure and national environmental regulations.
All chemical residues are documented and handled under strict safety guidelines, with coordination with licensed disposal authorities when necessary.
This framework represents an active institutional system ensuring chemical safety, environmental compliance, and occupational health.

January
01

3. Eco Filtration and Low-Impact Landscaping Initiative (2024–2025)

AAU applies drought-tolerant landscaping and low-impact irrigation techniques following the Drought-Tolerant Landscaping Procedure and the Building Standards for Water Conservation Procedure.
These measures minimize runoff and surface pollution by using plants that require minimal water and natural filtration layers within garden areas.
This initiative demonstrates pollution prevention through eco-design and infrastructure planning rather than post-treatment.

January
01

4. Smart Water Monitoring and Consumption Control (2025)

The Sustainability and International Ranking Center, in cooperation with the Facilities Department, is expanding its digital tracking system based on the Water Consumption Measurement Procedure.
Smart meters and digital dashboards monitor building-level water usage and detect anomalies that could indicate leaks or contamination.
This system ensures proactive pollution prevention and efficiency monitoring through data-driven management.

January
01

5. Environmental Awareness and Community Engagement Campaign – “Keep Water Clean, Keep Life Green” (2025)

Organized by the Sustainability and International Ranking Center, this campaign guided by the Water Usage Awareness Campaign Procedure focused on water pollution prevention, hygiene, and responsible waste disposal.
The campaign included student activities, posters, and awareness lectures that emphasized sustainable water use and community health.
This initiative successfully enhanced environmental literacy and community participation in AAU’s pollution prevention agenda.

Performance Evaluation
- Zero untreated discharge incidents since 2022.
- 100% compliance with wastewater and chemical safety standards.
- Full implementation of all relevant water policies and procedures.
- Regular monitoring by PDRC confirming pollutant levels below legal limits.
- Visible environmental improvement through cleaner reuse water and reduced surface runoff.
Development Actions
Action 1: Introduce AI-based leakage and contamination detection within the smart water dashboard.

Action 2: Establish a Central Hazardous Waste Storage Unit with advanced containment systems.

Action 3: Expand joint research projects on eco-filtration and bio-remediation with the Hourani Center.

Action 4: Strengthen the Clean Water Culture 2030 awareness framework across all faculties.

Action 5: Conduct an ISO 14046 Water Footprint Assessment and integrate results into annual sustainability reporting.
Benchmarking & Best Practice

Adopted Practice: Complies with Jordanian Environmental Law No. 85/2015, ISO 14001, and WHO Water Quality Guidelines to ensure safe wastewater and chemical waste handling.

Local Adaptation: Applies arid-climate approaches through Drought-Tolerant Landscaping Procedure and decentralized filtration solutions tailored to AAU’s campus ecosystem.

Future Benchmark Goal (by 2028):
- Maintain zero-pollution discharge record.
- Achieve 100% real-time digital monitoring.
- Publish two peer-reviewed research studies annually on pollution prevention and water quality management.
Institutional Integration Summary

Pollution prevention at AAU operates through an integrated governance model led by the Sustainability and International Ranking Center, with active collaboration from the General Supplies and Services Department, Pharmacological and Diagnostic Research Center, and Medical Services Department. Together, they form a cohesive system linking policy, research, health, and operations to ensure full environmental compliance and continuous improvement.

This integration transforms AAU’s pollution prevention from isolated initiatives into a comprehensive, evidence-based institutional framework, positioning the university as a national leader in sustainable water governance and a high-performing institution in SDG 6.3 (Improve Water Quality and Reduce Pollution).

Pollution Prevention (6.3.2)

Impact Evaluation & Development Plan