WASTE MANAGEMENT & REDUCTION

Aligned with the University’s Sustainability and Environmental Protection Strategy

Policy Overview

The National University of Uzbekistan (NUUz) is committed to reducing the environmental footprint of its operations through responsible waste management, compliance with environmental legislation, and sustainable procurement.

Short-Term Targets:

♻️ No net increase in total waste production  —

our goal is to keep overall waste levels stable while managing both disposal and recycling efficiently

📈 Continuous improvement in recycling rates 

striving to recycle more each year through smarter sorting, student engagement, and eco-friendly campus initiatives

Medium-Term Targets

Subheading One
1 %

reduction in total waste volume

Achieve a

Subheading Two
1 %

recycling rate.

Long-Term Targets

Reach a 

Subheading One
1 %

recycling rate.

Subheading One
1 %

 reduction in total waste volume.

Organic Waste Management

NUUz implements  Organic Waste Treatment Plan, led by university scientists to ensure environmentally sound and scientifically supported waste reduction.

Processes include:

 

Scientists explore recycling organic materials for chemical, biological, or environmental applications.

 

 

Organic waste is composted to create biofuel and soil fertilizer, promoting renewable energy and sustainable agriculture.

 

Inorganic Waste Management

Paper Waste Reduction

 

NUUz has nearly transitioned to a digital-first system, significantly reducing paper use through:

 

Electronic course materials and student record management.

 

 

Digital communication for administrative and academic functions

 

Plastic Waste Minimization

 

The National University of Uzbekistan (NUUz) is committed to reducing both soft and hard plastic waste through institutional policies, infrastructure changes, and community engagement initiatives.

 

Encouraging dining in at on-campus cafeterias instead of ordering takeaway.

 

 

Minimizing disposable packaging in food delivery and campus stores.

 

 

Conducting awareness campaigns on sustainable consumption and plastic alternatives.

 

 

Installation of water refill stations across all faculties to discourage single-use plastic bottles.

 

 

Phasing out single-use plastics such as cups, straws, and cutlery in all university facilities.

 

 

Promoting the use of reusable containers, utensils, and refillable bottles

 

NUUz operates nearly

 

distributed across all faculties and major campus zones.

Each cafeteria is fully equipped with durable, non-plastic dishware and utensils (ceramic, glass, or metal), eliminating the need for disposable foodware.

 

Subheading One
1

cafeterias and dining areas

Subheading One
1 %

reduction in single-use plastic 

 

To further reduce plastic waste, water refill stations are installed throughout campus buildings, dormitories, and outdoor areas.

 

These refill points provide clean drinking water to students and staff, reducing dependence on bottled water and cutting plastic bottle waste by an estimated

Subheading Two
1 %

annually

 

As part of its sustainability outreach, NUUz conducts “plogging” events—environmental clean-up runs combining jogging and litter collection—organized in collaboration with the Youth Union and Sustainability Ambassadors.

 

Hazardous Waste Management

Overview

 

Hazardous waste generation at NUUz is low due to the university’s non-medical academic profile. The primary sources are the Faculties of Chemistry and Biology, where laboratory chemicals are used for research and training.

 

Old labels removed completely before reuse; no abbreviations are permitted.

 

 

Labeled “Hazardous Waste” clearly.

 

 

Accurately described with:

  • Type of waste.

  • Associated hazards (flammable, toxic, corrosive, etc.).

  • Location/source of waste generation.

 

 

All containers must be leak-proof, sealed, and not overfilled (minimum 5% headspace required for expansion).

 

 

All hazardous substances must be properly identified, stored, and disposed of through authorized waste channels.

 

 

Full regulatory compliance.

 

 

Emergency response readiness..

 

 

Safe disposal of all toxic, radioactive, and biological materials

 

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