Delta University for Science and Technology is committed to achieve net-zero carbon emissions (i.e. greenhouse gas emissions) by 2025 in line with Egypt's National Climate Change Strategy.

Delta University for Science and Technology strategy for how we plan to mitigate the impact of our operations on the climate and the environment.

Towards a sustainable university campus

"Due to the need to actively address the challenges of climate change, Delta University for Science and Technology has an increasing interest in reducing the environmental impact of its campus.

The university's vision: Our vision is to be an educational institution that addresses, collaborates, and promotes, at the regional or global level, reducing the negative environmental, economic, social, and health impacts resulting from its resource use to perform its functions of teaching, research, awareness, partnership, and supervision in ways that help the community transition to sustainable lifestyles.

Every product or service has some impact on the environment. Such impacts can occur at various stages of the product or service life cycle, from inputs to process to final outputs. Universities are systems that participate in many complex scientific activities (lab experiments, agricultural processes, workshops, etc.) and social and educational activities (teaching, learning, and research), energy supplies and use, transportation and interaction, sports and entertainment.

The physical activities and structures of the university can have significant impacts on the environment, and it is necessary to develop ways to organize activities, identify their harmful environmental impacts, and reduce them. Over the past decade, many universities have taken a more responsible approach to managing and improving their environmental performance.

Current sustainable research trends on the campus must be targeted, and key measures and initiatives must be classified according to energy, buildings, water, waste, transportation, land, air, climate, and food. The results show that increasing energy generation on the campus and reducing energy consumption in buildings are the leading policies adopted by far, but with limited dissemination of their impact."

Campus Sustainability Strategies.

"Delta University for Science and Technology has recognized the importance of reducing the impact of its operations on the climate and the environment and has taken many proactive steps to address this issue. The university has developed policies and strategies to address this problem, including a range of measures aimed at reducing greenhouse gas emissions, conserving energy and water, reducing waste, and promoting sustainable practices.

The reduction policy include:

1. Conducting an inventory of greenhouse gas emissions to identify the sources and quantity of emissions associated with its operations.
2. Using this inventory to set targets for reducing emissions and developing a plan to achieve these targets.
3. Committing to carbon neutrality, meaning that it will offset any remaining emissions through carbon credits or other means.
4. Implementing measures to conserve energy and water, such as upgrading building systems and fixtures, promoting energy-saving behavior among students and employees, and using renewable energy sources.
5. Establishing waste reduction programs, such as recycling and composting programs.
6. Promoting sustainable transportation options, such as biking and public transportation.
7. Creating sustainability committees to oversee implementation and monitor progress.
8. Engaging with students, faculty, and staff to promote awareness and participation in sustainability initiatives.

There is a need to take significant considerations to achieve effective physical planning and sustainability for the campus and manage the impacts of daily operations and university activities. Suitable environmental and sustainability concerns should be integrated into physical and academic planning processes on campus.

Therefore, when formulating university policies, visions, and objectives, Delta University has developed a more suitable integrated approach to achieving campus sustainability that can address current constraints of environmental management practices in universities and ensure more sustainability through the integration of three strategies:

1. Environmental management system at the university.
2. Public participation and social responsibility.
3. Promoting sustainability in teaching and research.

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The challenges that the University faces in achieving its sustainability goals

While Delta University for Science and Technology is committed to achieving sustainability, there are several challenges that it faces in reaching its sustainability goals. Some of these challenges include:

• Behavioral change: Changing behavior and promoting sustainable practices among students, faculty, and staff can be challenging. It requires a shift in mindset and habits, which can take time and effort.
• Infrastructure limitations: Some existing buildings and infrastructure may not be designed to meet sustainability goals and retrofitting them can be costly and challenging.
• Collaboration and coordination: Achieving sustainability requires collaboration and coordination among various departments and stakeholders within the university, as well as with external partners and the broader community.
• Timeframe: Achieving meaningful and measurable sustainability goals may take time and require long-term planning and commitment.

Despite these challenges, Delta University for Science and Technology has taken a proactive approach to sustainability and is working to overcome these challenges to achieve its sustainability goals. The university recognizes that sustainability is a global issue, and it is committed to making a positive impact on the environment and society.

Delta University for Science and Technology action plan to reduce its carbon footprint and promote sustainability

• Energy efficiency upgrades: The University implements energy efficiency upgrades in its buildings, such as installing LED lighting, upgrading HVAC systems, and improving insulation. These upgrades can reduce energy consumption and lower greenhouse gas emissions.
• Renewable energy installations: The University installed renewable energy systems, such as solar panels to generate renewable energy on campus. This can reduce the university's reliance on fossil fuels and lower greenhouse gas emissions.
• Sustainable transportation options: The University promotes sustainable transportation options, such as biking, walking, or using public transit. The university could also provide incentives for carpooling, such as preferred parking or reduced parking fees. This can reduce transportation-related greenhouse gas emissions.
• Waste reduction and diversion: The University implemented a comprehensive waste reduction and diversion program, including recycling, composting, and reducing waste generation. This can reduce greenhouse gas emissions associated with waste disposal.
• Sustainable food initiatives: The University promotes sustainable food initiatives, such as sourcing local and organic food, reducing food waste, and offering vegetarian and vegan options. This can reduce greenhouse gas emissions associated with food production and transportation.
• Education and awareness campaigns: The University launches education and awareness campaigns to promote sustainability among students, faculty, and staff. This can help to build a culture of sustainability on campus and encourage individuals to take action to reduce their carbon footprint.
• Green building design: The University adopted green building design principles in new construction and renovation projects, such as using sustainable building materials, maximizing natural light, and incorporating energy-efficient design features.
• Sustainable procurement: The University adopted sustainable procurement policies that prioritize the purchase of environmentally friendly products and services, such as recycled paper and energy-efficient office equipment.
• Water conservation: The university implements water conservation measures, such as low-flow fixtures and landscaping that uses drought-tolerant plants, to reduce water consumption and associated greenhouse gas emissions.
• Carbon offsets: The University could purchase carbon offsets to compensate for its greenhouse gas emissions that cannot be reduced through other means, such as air travel for university-related business.
• Community engagement: The University engages with the local community and partners with local organizations to promote sustainability, such as participating in community clean-up events or providing educational resources on sustainability.
• Research and innovation: The University conducts research and innovation in sustainability, such as developing new technologies or policies that promote sustainability and sharing this knowledge with the broader community.

Overall, these initiatives help Delta University to reduce its carbon footprint and promote sustainability across campus. By taking a comprehensive approach to sustainability, the university can demonstrate its commitment to environmental responsibility and contribute to global efforts to address climate change.