Integrated Waste Management plant at Bangalore International Airport

Integrated Waste Management Facility

NexusNovus has pioneered India's first Integrated Waste Management Facility associated with an airport, featuring advanced capabilities and scalability. Capable of processing 20-30 TPD of waste, our facility focuses on reducing landfill waste by utilizing 60% of organic waste for biogas production and recycling 30-40% of the remaining waste. This cyclical and sustainable process ensures a closed-loop system, where waste is efficiently managed, valuable resources are recovered, and environmental impact is minimized. Designed for scalability, the facility can handle up to 50 TPD by incorporating external organic waste sources, further enhancing its waste management capabilities. With a cutting-edge sorting line enabling effective waste fraction separation and a biogas plant contributing to decarbonization efforts, NexusNovus sets a new standard in sustainable waste management solutions at airports in India

Impact

Real-Time Impact on Environment and Sustainable Development Goals

NexusNovus is committed to making a positive impact on the environment and advancing sustainable development goals (SDGs). Through continuous monitoring and proprietary software tools like ProjectIQ Navigator, we track and optimize our plant operations to meet environmental targets. Our waste management project actively contributes to waste diversion, producing renewable biofuel, reducing PM2.5 emissions, promoting circular economy practices, and facilitating a sustainable energy transition. With a focus on decarbonization, we strive to mitigate climate change and drive a low-carbon future through innovative waste management solutions and sustainable practices.

Virtual Tour: Explore Our Waste-to-Energy Plant

Discover the state-of-the-art equipment and processes at our waste-to-energy plant through this interactive virtual tour, showcasing our commitment to sustainability and innovative technology.

Video:

Impactful SDGs of Our Waste-to-Energy Project

The below table highlights our waste-to-fuel project's contributions to key Sustainable Development Goals (SDGs), emphasizing our commitment to a sustainable future and inclusive growth.

SDGs:

Contribution

Quantified Impact

Zero Hunger (SDG 2)

Producing Organic Manure to support sustainable agriculture and improve soil health, contributing to food security.

5 TPD of Organic Manure produced

Good Health and Well-being (SDG 3)

Reducing PM 2.5 emissions by using RNG.

60-90% lower PM 2.5 emissions compared to diesel or gasoline

Decent Work and Economic Growth (SDG 8)

Generating jobs (e.g., 40 full-time positions) and employing people from backward communities and women.

40 jobs created, 50% women representation

Industry, Innovation, and Infrastructure (SDG 9)

Utilizing advanced technologies such as SCADA, digital twin, and innovative waste processing techniques.

Enhanced waste management efficiency

Reduced Inequalities (SDG 10)

Focusing on hiring from backward communities and women, promoting inclusivity and equal opportunities.

50% women representation, 50% from backward communities

Sustainable Cities and Communities (SDG 11)

Implementing innovative waste management practices to improve the urban environment and quality of life.

Improved urban environment

Responsible Consumption and Production (SDG 12)

Efficiently managing waste, promoting recycling, and reducing waste generation.

100% waste diversion rate

Climate Action (SDG 13)

Reducing methane emissions by diverting organic waste from landfills and processing it in the biogas plant.

30 TPD of waste diverted from landfills

Life on Land (SDG 15)

Preventing the negative impacts of landfills on soil and ecosystems by minimizing waste sent to landfills.

30 TPD of waste diverted from landfills

Affordable and Clean Energy (SDG 7)

Reducing dependency on imported natural gas and chemical fertilizer.

Producing Renewable Natural Gas (RNG) from organic waste, contributing to clean and sustainable energy sources.

Reduced import dependency

2 TPD of RNG produced

Sustainable Development Goals:

Contribution: Producing Organic Manure to support sustainable agriculture and improve soil health, contributing to food security.

Quantifies Impact: 5 TPD of Organic Manure produced
Contribution: Reducing PM 2.5 emissions by using RNG.

Quantifies Impact: 60-90% lower PM 2.5 emissions compared to diesel or gasoline
Contribution: Generating jobs (e.g., 40 full-time positions) and employing people from backward communities and women.

Quantifies Impact: 40 jobs created, 50% women representation
Contribution: Utilizing advanced technologies such as SCADA, digital twin, and innovative waste processing techniques.

Quantifies Impact: Enhanced waste management efficiency
Contribution: Focusing on hiring from backward communities and women, promoting inclusivity and equal opportunities.

Quantifies Impact: 50% women representation, 50% from backward communities
Contribution: Implementing innovative waste management practices to improve the urban environment and quality of life.

Quantifies Impact: Improved urban environment
Contribution: Efficiently managing waste, promoting recycling, and reducing waste generation.

Quantifies Impact: 100% waste diversion rate
Contribution: Focusing on hiring from backward communities and women, promoting inclusivity and equal opportunities.

Quantifies Impact: 50% women representation, 50% from backward communities
Contribution: Implementing innovative waste management practices to improve the urban environment and quality of life.

Quantifies Impact: Improved urban environment
Contribution: Reducing methane emissions by diverting organic waste from landfills and processing it in the biogas plant.

Quantifies Impact: 30 TPD of waste diverted from landfills
Contribution: Preventing the negative impacts of landfills on soil and ecosystems by minimizing waste sent to landfills.

Quantifies Impact: 30 TPD of waste diverted from landfills
Contribution: Reducing dependency on imported natural gas and chemical fertilizer.

Producing Renewable Natural Gas (RNG) from organic waste, contributing to clean and sustainable energy sources.

Quantifies Impact: Reduced import dependency
2 TPD of RNG produced

Please be informed that a substantial amount of information pertaining to this project is considered highly confidential. If you are interested in obtaining further details, we kindly request you to contact us at Info@nexusnovus.com for access.

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