Report Carbon Emission 2023

• Total Electrical Power Consumption for the Year 2023 at SQU is 163,571,236 KWH. 
• SQU began its emissions with GHG standards from 2016 with a total (scope 1&2) of 73177 tCO2e.
• SQU is following the GHG protocol standards.
• The total tCO2e (scope 1&2) for the carbon emissions as per GHG Protocol, based on the year 2023 is 79986.
• SQU is committed to achieve Net-Zero Emissions in 2050, inline with the national commitment.

Report Carbon Emission 2024

• Total Electrical Power Consumption for the Year 2024 at SQU is 163,032,400 KWH. 
• SQU began its emissions with GHG standards from 2016 with a total (scope 1&2) of 73177 tCO2e.
• SQU is following the GHG protocol standards.
• The total tCO2e (scope 1&2) for the carbon emissions as per GHG Protocol, based on the year 2024 is 79,706.
• SQU is committed to achieve Net-Zero Emissions in 2050, inline with the national commitment.

Sustainable Water Management

Water is an invaluable resource, essential for the sustainability of our planet. Sultan Qaboos University is committed to preserving natural resources in alignment with national sustainability goals. The Projects and Maintenance departments have an exceptional opportunity to set a benchmark for efficient water usage on campus. This page provides key information on water consumption, usage practices, conservation measures, and reuse initiatives across university facilities, emphasizing the institution’s commitment to sustainable water management.

Water Consumption Dashboard

The Water Consumption Dashboard provides a comprehensive, real-time view of water usage across Sultan Qaboos University’s campus. This interactive tool tracks water sourced from municipal supply, desalinated sources, and natural reserves, offering insights into overall and per-person consumption. Through dynamic charts, comparative analyses, and detailed graphs, the dashboard supports the university’s commitment to efficient water management and sustainable practices. It empowers the community with accessible data to make informed decisions and drive conservation efforts on campus.

Link to Dashboard

https://lookerstudio.google.com

Water Usage and Conservation Practices

A summary of the university’s practices in water use and its initiatives for maintaining a sustainable water system:

•  Wastewater Treatment: Installed in 1986, the university’s sewage treatment plant (STP) initially processed raw sewage collected from campus, with a design capacity of 1,387 m³/day. Currently, SQU services are supported by the Haya network for wastewater treatment and reuse.
•  Preventing Water System Pollution: SQU operates specialized facilities to safely collect and dispose of hazardous chemicals and laboratory waste, preventing contamination of the water system.
   
• Free Drinking Water: High-quality drinking water is available at multiple campus locations, providing easy access for the university community.
   
• Water-Conscious Building Standards: Faucet aerators and sensor-based technologies are installed in key areas to reduce water wastage and optimize usage.
   
• Sustainable Landscaping: The landscaping team at SQU actively collects rainwater to irrigate campus plants and green spaces.
   
• Water Reuse: Water Reuse Policy: SQU has a centralized wastewater collection system that routes treated water through the Haya network for landscaping and irrigation purposes.

Sustainable Water Extraction on Campus

•  The Water Extraction system on campus at Sultan Qaboos University monitors water sourced from borewells specifically for irrigation use at the Agricultural Experiment Station. Real-time readings display the volume extracted, ensuring efficient water management for agricultural research. This data supports sustainable water use practices aligned with the university's conservation goals.

Cooperation on Water Security

Sultan Qaboos University SQU actively collaborates with government Company NAMA to enhance water security on campus and beyond.

• Partnership Summaries: SQU coordinates with the national water provider, Nama, and maintains internal reserve tank systems to ensure a steady water supply during any service interruptions. 
   
• Case Studies: SQU has conducted joint studies with Nama, focusing on upgrading the university’s water network and improving the Sewage Treatment.