Bio-filter based interconnected water pockets for waste water treatment and sustainable livelihood

Bio-filter based interconnected water pockets (BIWP) tackle a range of environmental issues, while also promoting sustainable living:-

1. Waste water treatment- The waste water or we can say contaminated water effects much more to the environment but our solution helps to improve environmental impact from wastewater.

2. Sustainable livelihoods- People face the problems to make suitable habitats for fish, other aquatic life and wildlife.

3. Forest fire prevention- We face forest fire which destroys many trees, wildlife and impact much badly on climate. For which climate takes many years to get return to its old fantastic climate.

4. Wetland development and water connectivity- In droughts regions or areas many lifes are in water scarcity, where wetland should develop from which  they can get water connectivity throughout an area.

5. Stream reactivation- Day by day natural streams are stopped automatically due to the less water connectivity, which affects the climate.

Our solution:-

Bio-filter based interconnected water pockets (Bio-ball based Bio-filter)- This system specializes in water and energy management solutions for climate and sustainable development sectors. Their solutions likely involve services like water treatment, sustainable livelihoods, forest fire prevention,wetland development and water connectivity, stream reactivation using innovative technologies.

1. Waste water treatment- BIWPs act as natural filters, microorganisms living within the bio-filters (often housed in the interconnected pockets) break down pollutants and organic matter present in wastewater. This reduces the environmental impact of discharged wastewater.

2. Sustainable livelihoods- The treated wastewater from BIWPs can be used for irrigation, promoting agriculture and potentially increasing crop yields. BIWPs can create suitable habitats for fish and other aquatic life, creating opportunities for aquaculture.

3. Forest fire prevention- While addressing forest fires, BIWPs can help maintain healthy soil moisture levels in surrounding areas. This can reduce the risk of wildfires by making vegetation less susceptible to drying out.

4. Wetland development and water connectivity- BIWPs mimic natural wetland systems. The interconnected pockets create a network that can help restore degraded wetlands and promote biodiversity. By storing and slowly releasing water, BIWPs can improve water flow and connectivity throughout an area.

5. Stream reactivation- The treated water released from BIWPs can contribute to reviving streams that have become dry or stagnant. This can revitalize ecosystems and improve water availability downstream.

We served our solution in private and government sectors like:- 

 1. Aquaculture farmers 

 2. Zoo 

 3. Municipalities 

 4. General consumers 

 5. Resorts 

 6. University 

 7. Tourism

The ways our solution impact their lives:-

1. Wetland Development: The interconnected water pockets essentially create a network of wetlands. Wetlands act as natural firebreaks, creating moisture barriers that can slow the spread of wildfires.

2. Improved Water Connectivity: Connecting water bodies allows for better water distribution and infiltration into the ground. This can help maintain soil moisture levels, reducing the risk of dry conditions that fuel wildfires.

3. Stream Reactivation: Restoring streams to their natural flow patterns can help maintain healthy ecosystems and promote water flow throughout the landscape. This can reduce the buildup of dry vegetation that can become wildfire fuel.

4. Income Generation: The treated wastewater can be used for aquaculture, creating opportunities for fish farming and income generation. Plants used in the bio-filters might be chosen for their economic benefits, like harvesting reeds for construction materials.

5. Cleaner Water: The bio-filters will remove pollutants and contaminants from wastewater, leading to cleaner water for homes, agriculture, and recreation. This reduces the risk of waterborne diseases and improves overall health of wildlife and human life.

6. Improved Health: Cleaner water and reduced fire risk contribute to a healthier environment for residents.

7. Increased Food Security: Aquaculture and potentially improved agricultural yields due to better water management can lead to more stable food supplies.

8. Economic Opportunities: Income generation through fish farming and potential use of bio-filter plants creates economic opportunities for the community.

9. Enhanced Environment: Wetland development, water connectivity, and stream reactivation all contribute to a more vibrant and resilient natural environment.

By combining wastewater treatment with wetland development and water management strategies, this solution offers a holistic approach to improving the lives of consumer.

Our team's areas for consideration:

1. Technical feasibility: The design and implementation of the bio-filter system need careful engineering to ensure its effectiveness at the intended scale.

2. Social and community acceptance: The project's success will depend on community buy-in and addressing any potential concerns.

3. Long-term maintenance: A sustainable plan for maintaining the bio-filters and interconnected water pockets is needed.

4. Scalability: The project's potential for wider adoption depends on its effectiveness and cost-efficiency in different contexts.

5. Pilot project: Conducting a pilot project can help assess the technical and social aspects of the solution before large-scale implementation.

6. Expertise: Involving experts in wastewater treatment, wetland ecology, and community development can strengthen the project's design and execution.

7. Impact assessment: Evaluating the project's environmental and social impact through data collection and monitoring is vital.

The following units are own build and tested so far

1. Aquatic Species Research centre Cum Bio-filter based interconnected wetland projects with 10cr pcs fish production quantity, Mangalajodi, Tangi, Odisha.

2. Bio-filter based interconnected waste water pockets type reclamation unit at Utkal University, Bhubaneswar, Odisha.

3. Made a bio-filter based interconnected water pockets on hiils which helped to develop stream reactivation in Narendrapur, Khordha, Odisha.

We are applying for the solve for the below reasons:-

1. For the mass development of the climate through a cost effective and a sustainable model which can get benefits for both nature and human life by creating perfect ecosystem & sustainable food supply chain.  

2. It’s a testrimony of Team Bandhu’s 12 year research and implementations on organic ball (bio-ball) filter based interconnected water pockets for a fresh ecosystem like nature revive, wetland development, rain water harvesting, protecting from forest fire, rivers & canals cleanings projects.

3. The entire system would develop both climate revival and sustainable food supply chain.

4. This system helps to develop nature life, human life & animal life simultaneously.  

The below factors makes our solution innovative:-

1. Novel bio-filter material: Our solution uses a new or unique bio-filter material that is more efficient at removing contaminants, has a longer lifespan, or requires less maintenance than existing materials.

2. Improved design: The design of the bio-filter system itself is a innovative in terms of its compactness, portability, or ease of use.

3. Combined with other technologies: The bio-filter might be combined with other water treatment technologies, such as UV disinfection or membrane filtration, to create a more effective and efficient system.

4. Low-cost and easy to maintain: The solution might be designed to be affordable and easy to maintain, making it accessible to communities in developing countries that often lack access to safe water.

5. Sustainable: The solution is designed to be sustainable and to be provide positive impact to climate/ environmental.

We expect our solution to have an impact on the problem likely below types:-

1. Wastewater treatment and livelihood generation:

I. The bio-filter pockets likely contain bacteria or other organisms that break down pollutants in wastewater. This can clean the water and make it suitable for reuse.

II. Treated wastewater can be used for irrigation or other purposes, reducing reliance on freshwater sources.

III. The system might create opportunities for people to maintain the bio-filters or use the treated water, generating income.

2. Forest fires:

I. Healthy wetlands act as natural firebreaks, reducing the spread of fires. Bio-filters connected by water pockets could create or enhance wetland areas.

II. Increased water availability due to rainwater harvesting and stream reactivation might help firefighters and prevent fires from starting.

3. Wetland development, water connectivity, and stream reactivation:

I. The interconnected water pockets could create or restore wetland habitats.

II. Wetlands provide flood control, improve water quality, and support various wildlife species.

III. Connecting water bodies and reactivating streams can improve water flow and distribution throughout an area.

4. Rainwater harvesting:

I. By collecting rainwater, the system can increase water availability during dry seasons. This can benefit people, agriculture, and the environment.

5. Cleaning rivers and canals:

I. The bio-filters might help clean polluted water before it enters rivers and canals.

II. Increased water flow from stream reactivation can help flush out pollutants from waterways.

Some impact goals for our solution:-

1. To reduce pollution in waterways and generate income for local communities through bio-filter based treatment of wastewater.

2. To reduce the incidence and severity of forest fires

3. To improve the health and functionality of wetlands, and enhance water security for local communities.

4. To restore natural water flow patterns and improve the ecological health of streams.

5. To increase rainwater capture and utilization for various purposes.

6. To improve the water quality of rivers and canals.

7. To addressing water scarcity by providing a sustainable, accessible, and affordable way to treat water and make it available for communities in need.

Biological Filtration is the core technology that’s powers our solution.The bio-filter houses a diverse community of microorganisms, including bacteria, fungi, and protozoa which act as living filters, consuming organic pollutants, pathogens, and other harmful substances present in the water.The microorganisms form a biofilm on the filter media, which provides a large surface area for efficient contact with the water and it helps to trap and remove suspended particles.The biological filtration typically uses a layered filter media composed of bio-mix, and other materials. These layers physically trap larger particles, such as sediment, debris, and protozoan cysts.This filters are generally less expensive and require less maintenance than other water treatment methods. This filters can remove a wide range of contaminants, including organic matter, pathogens, and some heavy metals.This filters are a sustainable water treatment option as they do not require harsh chemicals and produce minimal waste.

The nos. of staffs working on this solution are:-

1. 08 nos. of full time staffs.

2. 20 nos. of part time staffs.

3. 01 nos. of contractors.

4. 05 nos. of other workers.

Since 8 years our team are working on this solution. We started working in this solution from 2018. We have worked in some places of the odisha and bihar region to understand the people how can we save, reclaim, reuse the water for the sustainable developed livelihood for future use by using bio-filter based interconnected water pocket solution which will be helpful in climate change and for sustainable food chain for human life and wildlife.

We ensure that our team is diverse, minimizes barriers to opportunity for staff, and provides a welcoming and inclusive environment for all team members because we provide following training / programs to improve them:-

Building a Diverse Team:-

Proactive recruitment: Partner with diverse organizations, attend job fairs targeted at underrepresented groups, and utilize inclusive language in job descriptions.

Unconscious bias training: Educate employees about unconscious bias and how it can impact hiring decisions.

Diverse interview panels: Include team members from different backgrounds and perspectives in the interview process.

Minimizing Barriers to Opportunity:-

Mentorship and sponsorship programs: Connect experienced employees with new hires from underrepresented groups.

Professional development opportunities: Offer training and development programs that are accessible to all employees.

Flexible work arrangements: Provide options for flexible work hours, remote work, and childcare assistance.

Creating a Welcoming and Inclusive Environment:-

Diversity and inclusion training: Educate employees about different cultures, backgrounds, and perspectives.

Employee resource groups (ERGs): Create groups where employees from similar backgrounds can connect and support each other.

Inclusive communication: Use inclusive language in all communications, both written and verbal.

Celebrations of diversity: Celebrate different cultures and holidays throughout the year.

Importance of Diversity in Leadership Teams:-

Enhanced decision-making: Diverse teams bring together a wider range of perspectives and experiences, which can lead to more creative and effective solutions.

Improved innovation: A diverse team is more likely to challenge the status quo and come up with new ideas.

Stronger employee engagement: Employees who feel like they are valued and respected are more likely to be engaged and productive.

Enhanced reputation: Organizations with diverse leadership teams are seen as more progressive and attractive to top talent.

Actions to Promote Diversity in Leadership Teams:-

Set clear goals and targets: Establish specific goals for increasing diversity in leadership positions.

Conduct unconscious bias training: Help leaders identify and mitigate their own unconscious biases.

Implement diverse recruitment practices: Proactively seek out and recruit candidates from diverse backgrounds.

Provide mentorship and sponsorship opportunities: Connect diverse employees with experienced leaders who can provide guidance and support.

Create an inclusive culture: Foster a workplace where everyone feels valued and respected.

Business Model

Our possible revenue streams:-

Selling bio-filters: This could be a one-time sale or a subscription model where customers pay a recurring fee for filter replacements or maintenance.

Treating water for customers: We provide water treatment services to individual households, communities, or businesses.

Our possible target markets:-

1.Rural/ Urban communities

2.Schools and hospitals

3. zoo

4. Industries

5. Private & Government sectors 

Value for Populations:-

Access to clean water: Bio-filters provide a cost-effective and sustainable way to remove contaminants from water, making it safe for other domestic uses. This can have a significant impact on public health, particularly in areas with limited access to clean water sources.

Improved health outcomes: By providing clean water, bio-filters can help reduce the incidence of waterborne diseases such as diarrhea, cholera, and typhoid. This can lead to improved overall health and well-being for individuals and communities.

Economic benefits: Access to clean water can also lead to economic benefits, such as increased productivity, reduced healthcare costs, and increased tourism.

Some of our key customers:-

1.Rural and Urban communities

2.Government and private Sectors

3.Government and Non-governmental organizations (NGOs)

Beneficiaries:-

1. Individuals

2. Communities

Products and Services:-

Bio-filter based interconnected water pocket systems: Our core product is their bio-filter, a locally produced, ceramic filter that removes impurities and contaminants from water. The filters are designed to be affordable, easy to use, and maintain.

Training and support: We provides training to communities on how to use and maintain the bio-filters. They also offer ongoing support to ensure the long-term effectiveness of the intervention.

Why Users Choose our solution:-

Affordability: The bio-filters are significantly cheaper than other water treatment options, making them accessible to even the most resource-limited communities.

Effectiveness: The bio-filters have been rigorously tested and proven to be effective in removing harmful contaminants from water.

Sustainability: The filters are made from locally sourced materials and require no electricity or chemicals to operate, making them a sustainable solution.

Community-based approach: We works closely with communities to ensure that the bio-filters are adopted and used effectively.

Financial Sustainability Plans:-

Revenue generation: These plans can be financially sustainable by generating revenue through various means, such as: Selling treatment system to communities or individuals. Charging a user fee for access to the treatment system. Leasing the bio-filter technology to other organization. Receiving grants or donations from government agencies, NGOs, or philanthropists.

Cost reduction: Minimizing operational costs is crucial for sustainability. This can be achieved through: Using locally available and low-cost materials for construction and maintenance. Minimizing energy consumption. Implementing efficient operation and maintenance practices.

Market access: Reaching the target market and ensuring consistent demand for treated water is essential. This can be achieved through: Building partnerships with local communities and organizations. Creating awareness about the benefits of safe drinking water. Offering affordable pricing and flexible payment options.

Our potential revenue streams:-

Product sales:Our team manufactures and sells their bio-filters directly, they could generate income through product sales. This could be to individual households, communities, or organizations.

Service contracts: We offers installation, maintenance, and monitoring services for their bio-filters, creating recurring revenue streams.

Grants and donations: They could seek funding from government agencies, NGOs, or individual donors who support their mission of providing clean water access.

Impact investment: We attract investment from organizations seeking to generate both financial and social returns. This could involve selling equity, debt, or other financial instruments.

Public-private partnerships: We do collaboration with governments or other public entities to implement their bio-filters on a larger scale, potentially securing government funding or contracts.

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• MR. PRIYARANJAN DAS FOUNDERTeam Bandhu, Bandhu Renewable Pvt. Ltd.