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Industrial Pollution

PROJECT PURE

Project PURE (Pollution Understanding, Renewable Energy & Environmental Recovery) is an action-driven educational initiative focused on understanding and mitigating the environmental impacts of pollution, unsustainable energy use, and resource mismanagement.  From air quality and ocean plastic to energy innovation and waste redesign, students explore the science, policy, and solutions behind today’s greatest environmental crises. This project encourages creative thinking, civic responsibility, and collaborative problem-solving, empowering learners to take informed action toward a cleaner, more sustainable world.

Learning Goals

By participating in PROJECT PURE, students will:
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 Investigate the causes and effects of pollution on ecosystems and health.

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 Explore innovations in renewable energy and carbon reduction.

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 Apply circular economy thinking to solve real-world waste issues.

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 Evaluate personal and community carbon footprints.

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 Lead school or neighborhood campaigns promoting environmental recovery.

Key Concepts

Dry Dead Trees

Climate Change, Resilience, and Adaptation Strategies 

Students explore the complex science behind climate change, its widespread impacts, and the importance of adaptation and resilience in both natural and human systems. Through simulations, data analysis, and scenario planning, learners investigate how societies can build climate-resilient futures.

Core Questions

  • What are the root causes of climate change?

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  • How can communities adapt to climate-related disasters?

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  • What role does equity play in climate action?

Key Focuses

Climate Science Fundamentals – Grasp the causes of climate change, including greenhouse gases and the carbon cycle.

 

Climate Data & Indicators – Analyze real-world climate data to understand warming trends and extreme weather.

 

Nature-Based Solutions – Explore how forests, wetlands, and ecosystems buffer against climate impacts.

 

Community Resilience Planning – Design climate-smart cities and prepare communities for climate disasters.

 

Climate Justice & Equity – Learn how marginalized groups are disproportionately affected and how to advocate for fair adaptation solutions.

Energy Transition, Renewable Energy, and Carbon Reduction 

Students examine the relationship between energy systems and environmental impacts. They compare conventional and renewable energy sources, understand the importance of reducing carbon footprints, and innovate clean energy solutions.

Image by Nicholas Doherty
Core Questions

  • How does our energy use impact the planet?

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  • What are the benefits and challenges of renewable energy?

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  • How can we reduce our carbon emissions at home or school?

Key Focuses

Renewable Energy Technologies – Studying how solar, wind, hydro, and geothermal systems work.

 

Fossil Fuels & Emissions – Investigating how coal, oil, and gas contribute to pollution and climate change.

 

Energy Storage & Smart Grids – Exploring batteries, microgrids, and other technologies for efficient energy use.

 

Energy Efficiency in Daily Life – Learning how to reduce energy use at home, school, and in communities.

 

Carbon Footprint Tracking – Using tools to measure and reduce personal and collective carbon emissions.

Sea Pollution

Pollution Control and Environmental Health 

Students study how various forms of pollution impact ecosystems, biodiversity, and human health. They research sources of contamination, engage in environmental monitoring, and explore pollution prevention strategies.

Core Questions

  • How does pollution affect our health and the environment?

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  • What are the most harmful pollutants and where do they come from?

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  • What actions can we take to reduce pollution in our communities?

Key Focuses

Air Pollution Sources & Effects – Understanding emissions from transport, industry, and households, and their health impacts.

 

Water Pollution & Marine Health – Investigating issues like plastic waste, chemical runoff, and waterborne diseases.

 

Soil Contamination & Food Safety – Exploring how pesticides and heavy metals enter the food chain.

 

Pollution Prevention Campaigns – Creating awareness projects to reduce pollution in local communities.

 

Environmental Monitoring & Data Collection – Learning how to test air and water quality using simple scientific methods.

Waste Management and Circular Economy

Students challenge traditional linear models of production and consumption. They explore circular economy principles, engage in design thinking, and develop sustainable innovations that reduce waste and promote reuse.

Core Questions

  • What is a circular economy?

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  • How can design help reduce waste?

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  • What innovative ideas can reduce environmental harm?

Waste Management
Key Focuses

Understanding Circular Economy – Learning to design products and systems that minimize waste and maximize reuse.

 

Creative Reuse & Upcycling – Transforming discarded materials into useful or artistic products.

 

Eco-Design Thinking – Applying sustainability principles to invent or redesign everyday items.

 

Waste Audits & Analysis – Investigating school or household waste streams to identify areas for improvement.

 

Composting & Organic Waste Management – Exploring natural recycling processes to enrich soil and reduce landfill pressure.

Recycled Cardboard

Sustainable Resource Management 

Students learn to value natural resources by examining how they are extracted, used, wasted, and conserved. They evaluate resource flows in different systems and create strategies for more efficient, equitable, and sustainable use.

Core Questions

  • Where do our resources come from?

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  • How can we conserve water, energy, and materials?

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  • What happens to things we throw away?

Key Focuses

Water Access & Management – Understanding water scarcity, conservation techniques, and watershed protection.

 

Energy Demand & Distribution – Investigating how energy is produced, transmitted, and consumed globally.

 

Materials Lifecycle Analysis – Tracing the life of products from raw materials to waste, focusing on environmental impact.

 

Reducing Consumption & Waste – Identifying opportunities to reduce resource use in everyday life.

 

Sustainable Infrastructure Solutions – Exploring rainwater harvesting, green roofs, and energy-saving building designs.

Get Involved

Project PURE empowers individuals and families to explore the impacts of pollution, energy use, and resource management through hands-on learning, shared responsibility, and real-world action. From the home to the community, everyone can play a part in creating a cleaner, healthier planet.

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Model and Practice Sustainability

  • Track household energy and water use, then set shared goals to reduce

  • Support recycling, composting, and e-waste programs at home or school

  • Choose creative reuse and eco-friendly options when shopping or disposing of waste

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Take Community Action

  • Join clean-up drives, climate marches, or local pollution monitoring efforts

  • Volunteer in climate resilience and adaptation projects

  • Help organize air, water, or soil health campaigns

  • Participate in circular economy and waste reduction initiatives

 

​ Learn and Explore Together

  • Take part in family conservation challenges for energy and water savings

  • Visit recycling centers, renewable energy sites, or water treatment plants

  • Watch and discuss documentaries or news stories about sustainability

  • Join community tours or events that promote smart energy and resource use

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