Our Projects

Recycled Benches

The Recycled Benches project, led by Eco World in partnership with NGOs, is a sustainability initiative tackling plastic pollution by promoting eco-friendly practices. It focuses on raising awareness about the dangers of plastic waste, encouraging recycling, and fostering sustainable habits in communities, schools, and organizations. Through educational campaigns and hands-on activities, the project empowers individuals to reduce plastic use and adopt alternatives, aiming to create a cleaner, greener future.

Key Outcomes

  1. Environmental Conservation: Reduces plastic waste and its harmful effects on ecosystems.
  2. Community Engagement: Involves schools, communities, and stakeholders to promote sustainable habits.
  3. Practical Awareness: Offers educational activities and actionable solutions for reducing plastic use.
  4. Eco-Friendly Impact: Encourages recycling and sustainable practices for a greener future.

Percolation Wells

Percolation wells are vital structures in water resource management, designed to recharge groundwater by enabling surface water infiltration into subsurface layers. These wells play a critical role in combating water scarcity, addressing over-extraction, and mitigating the effects of climate change and unpredictable rainfall. By enhancing aquifer recharge and stabilizing groundwater levels, they support long-term water security and resilience in water-stressed regions. This report explores the design, functionality, and environmental impact of percolation wells.

Key Outcomes

  1. Groundwater Recharge: Efficiently replenishes underground water reserves to address water scarcity.
  2. Climate Resilience: Mitigates the effects of droughts and changing precipitation patterns.
  3. Sustainable Water Management: Reduces over-extraction and ensures consistent water supply.
  4. Environmental Benefits: Improves soil permeability and mitigates flooding risks.

Reverse Osmosis (RO) Plant

Plants are pivotal in addressing water scarcity and ensuring access to clean drinking water, particularly in rural areas. Using advanced filtration technology, these plants remove impurities, providing safe, potable water. RO plants enhance health, hygiene, and quality of life by reducing waterborne diseases, supporting sanitation, and alleviating the burden of water collection. They also improve educational outcomes and drive economic development by fostering healthier, more productive communities.

Key Outcomes

  1. Access to Clean Drinking Water: Ensures a reliable supply of safe water, reducing health risks.
  2. Improved Quality of Life: Eases water collection burdens, enabling focus on productive activities
  3. Educational Enhancement: Provides students with clean water, boosting learning and attendance.
  4. Economic Growth: Promotes better health and productivity, driving local economic development.

Traditional Plantations

Long-established practice of growing specific crops or trees in a planned, organized manner, typically for commercial, economic, or ecological purposes. Unlike modern monoculture farming, traditional plantations often involve a variety of species and can be more integrated into local ecosystems. These plantations have been used for centuries, with various regions and cultures adopting their own methods and species to suit local climates, soils, and economic needs.

Key Outcomes

  1. Biodiversity Conservation: Supports diverse ecosystems and wildlife.
  2. Soil Fertility: Maintains healthy soils through organic practices.
  3. Sustainability: Long-term agricultural systems aligned with ecological balance.
  4. Cultural and Social Value: Strengthens community ties and preserves traditions.

Miyawaki Plantation

This is a unique and highly effective method of creating dense, native forests in a relatively short period of time. It was developed by Dr. Akira Miyawaki, a Japanese botanist, in the 1970s. The Miyawaki method focuses on the planting of native species in small plots of land to restore biodiversity, improve air quality, and contribute to environmental sustainability. This technique has gained popularity worldwide due to its ability to rapidly establish green spaces in urban areas and its effectiveness in addressing environmental issues like air pollution, climate change, and habitat loss.

Key Outcomes

  1. Biodiversity Conservation: Supports diverse flora and fauna, benefiting pollinators and wildlife.
  2. Climate Change Mitigation: Absorbs CO2, reduces air pollution, and improves air quality.
  3. Improved Urban Environments: Cools surrounding areas, provides recreational space, and enhances mental well-being.
  4. Water Management: Improves water retention and groundwater recharge, preventing erosion.

Atmospheric Water Generator (AWG)

Atmospheric Water Generator (AWG) technology addresses water scarcity by capturing atmospheric moisture and converting it into clean, potable water. Operable in diverse conditions, AWG units are efficient, low-maintenance, and user-friendly, requiring no specialized training. They comply with stringent quality standards, such as BIS and WHO, ensuring safe drinking water. Additionally, AWG systems are environmentally sustainable, reducing reliance on traditional water sources and harnessing renewable atmospheric moisture.

Key Outcomes

  1. Efficient and Rapid Setup: Installs quickly and starts producing clean water within minutes.
  2. User-Friendly Operation: Requires no specialized training, ensuring accessibility for all.
  3. High Water Quality Standards: Produces potable water meeting BIS and WHO guidelines.
  4. Sustainable Solution: Utilizes renewable atmospheric moisture, reducing environmental impact.

Lakes and Pond Restoration

Lakes and ponds restoration is a vital process to revive degraded water bodies impacted by pollution, eutrophication, invasive species, and habitat loss. These efforts aim to restore ecological balance, improve biodiversity, and enhance the capacity of water bodies to support both aquatic life and human needs.

Importance of Lakes and Pond Restoration

  • Water Quality Improvement
  • Biodiversity Conservation
  • Flood Control
  • Recreational Value
  • Climate Resilience

Key Outcomes

  1. Improved Water Quality: Cleaner, safer water for aquatic life and human use.
  2. Boosted Biodiversity: Supports diverse plant and animal species.
  3. Flood Mitigation: Enhanced capacity to manage stormwater and prevent flooding.
  4. Recreational Value: Better spaces for fishing, boating, and wildlife observation.