Copy of Copy of biomass-company-pitch-deck.pptx

[Audio] Good day to all esteemed judges, panelists, and audience members. We are Team Eco-Binnovators—Shankar Jamjagale, Arnav Agarwal, Priyaganshi Biswas, Rohit, and Brijpiriya. Our project, the AI-Driven Smart Waste Bin, is designed to revolutionize urban waste management through Artificial Intelligence, IoT, and Renewable Energy. We aim to enhance waste segregation, optimize collection, and promote a circular economy. Join us as we present a sustainable and scalable solution to one of the most pressing environmental challenges of our time..

[Audio] The table of contents provides a structured overview of our presentation, ensuring a logical and well-organized flow. Our project follows a step-by-step approach that highlights the waste crisis, our AI-driven solution, and its impact. 1. Problem Statement & Context 👉 What is the problem? India faces a waste management crisis with 62 million tons of waste generated annually. Mumbai alone produces 11,000–12,000 tons per day, with much of it ending up in landfills. Lack of proper waste segregation leads to pollution, inefficient recycling, and increased health risks. 🔹 Why is this important? Landfills are overflowing and take decades to clear (e.g., Deonar landfill in Mumbai will take 14 years to remove). Improper waste management contributes to air pollution, groundwater contamination, and disease outbreaks. There is huge economic potential in recycling and upcycling waste into useful products. 🚀 Our Solution: AI-driven smart bins that ensure proper segregation at the source and reduce landfill burden. 2. Proposed Solution Overview 👉 What is our innovation? The AI-Driven Smart Waste Bin is a technologically advanced solution that automates waste segregation, collection monitoring, and recycling integration. It uses AI, IoT, and renewable energy to optimize waste management and create a waste-to-value ecosystem. 🔹 Key Benefits: ✔ Real-time monitoring – Alerts when bins are full. ✔ Smart segregation – AI recognizes waste type and directs it accordingly. ✔ Data-driven insights – Helps municipal authorities plan waste collection efficiently. ✔ Sustainable approach – Uses solar power and IoT to minimize operational costs. 3. System Flowchart: Waste-to-Value Model 👉 How does our system work? The waste-to-value model follows four key stages: 1️⃣ Waste Generation & Prevention at Source – Encouraging eco-packaging, tax incentives, and penalties for excessive waste production. 2️⃣ Efficient Collection & Monitoring – AI-powered smart bins ensure proper waste segregation. 3️⃣ Processing & Circular Economy – Waste is converted into biogas, compost, and recyclable materials. 4️⃣ Monetization & Scalability – Selling biogas, recycled plastics, and organic fertilizers to create a profitable business model. 🚀 Goal: To create a zero-waste-to-landfill ecosystem and maximize resource recovery. 4. Waste Generation & Prevention at Source 👉 Why stop waste at the source? 40%+ of urban dry waste comes from excessive packaging (plastic, cardboard, thermocol). Single-use plastics were banned in 2022, but enforcement is weak. 🔹 Proposed Actions: ✅ Eco-Packaging Standard – Companies using biodegradable/recycled packaging get tax benefits. ✅ Over-Packaging Tax – ₹5 fine per unnecessary plastic layer, waived if 80% is recycled. ✅ Consumer Incentives – Cashback and discounts for recycling efforts (like Norway's 95% bottle return success). 🚀 Outcome: Reducing plastic waste before it even enters the waste stream. 5. Household & Vendor Waste Generation 👉 Why focus on households and vendors? Households & vendors produce a significant amount of waste, but segregation compliance is low. Most waste is mixed together, making recycling expensive and inefficient. 🔹 Smart Solutions: ✔ Voice-Guided Smart Bins – Educating users to dispose of waste correctly. ✔ QR Code/RFID Tracking – Linking waste data to individual households/vendors. ✔ Rewards & Penalties – Incentives for proper segregation, fines for non-compliance. 🚀 Result: Encouraging responsible waste disposal behavior at the household level. 6. Introduction to AI-Driven Smart Waste Bin 👉 What makes our smart bin special? AI-powered waste detection Ultrasonic sensors to track waste levels Moisture sensors for automatic wet/dry segregation GSM alerts when full Solar-powered operation 🚀 A cost-effective and sustainable solution for smart cities! 7. Specifics of AI-Driven Smart Waste Bin 👉 Breakdown of key.

[Audio] Understanding the Waste Management Crisis in India 1️⃣ The Scale of the Problem Urban waste management is one of the biggest challenges faced by cities worldwide, and India is no exception. The sheer volume of waste generated in the country is staggering: India generates 62 million tons of municipal solid waste annually. Out of this, only 43 million tons are collected, and a mere 12 million tons are treated or processed properly. The rest—nearly 20 million tons of waste—remains uncollected or is dumped in landfills, causing severe environmental and health hazards. 2️⃣ Why is Mumbai a Critical Case? Mumbai, India's financial capital, is one of the largest waste-producing cities in the country. The city generates between 11,000 to 12,000 tons of waste daily. A major portion of this waste remains untreated and ends up in landfills. Mumbai's population is over 20 million, meaning waste generation is continuously increasing. 3️⃣ What Happens to This Waste? Most of Mumbai's waste is: Dumped in landfills – Leading to groundwater contamination, methane gas emissions, and health risks. Burned in open spaces – Contributing to air pollution and toxic emissions. Mismanaged – With improper segregation, valuable recyclables are lost. 🚨 Fact: The Deonar landfill, Mumbai's largest dumping ground, has grown into a toxic mountain of waste, causing repeated landfill fires and dangerous air pollution. According to the Brihanmumbai Municipal Corporation (BMC), clearing Deonar alone would take 14 years and cost ₹2,500 crore. This is NOT sustainable! 📊 Urban Waste Crisis: Key Statistics To understand the composition of waste, let's break it down: Waste Composition in Mumbai: 🔹 Wet Waste (72%) – Organic waste like food scraps, garden waste, and biodegradable materials. 🔹 Dry Waste (28%) – Plastics, metals, glass, and other recyclables. 🔹 E-Waste & Hazardous Waste – Growing rapidly due to increasing electronic consumption. But here's the problem: ❌ Only a fraction of this waste is properly segregated at the source. ❌ Lack of efficient collection and monitoring leads to excessive dumping. ❌ Most waste that could be recycled ends up in landfills. 🌍 Consequences of Poor Waste Management 🚨 1. Overflowing Landfills & Land Shortage Landfills occupy valuable urban land that could be used for infrastructure or green spaces. Waste piling up leads to long-term environmental damage. 🚨 2. Air & Water Pollution Decomposing waste emits harmful methane gas, contributing to climate change. Leachate (liquid from waste) seeps into the groundwater, contaminating drinking water. Burning waste releases toxic dioxins and furans, leading to respiratory diseases. 🚨 3. Economic Losses & Inefficiency The government spends billions on landfill management but with minimal long-term impact. Recyclable waste is lost, leading to missed revenue in the circular economy. Unorganized waste collection means higher operational costs for municipalities. 🚨 4. Health Hazards for Citizens & Waste Workers Poor waste disposal increases disease outbreaks like dengue, malaria, and respiratory illnesses. Ragpickers and waste collectors work in hazardous conditions, risking their health without proper safety measures. 🛑 Why Existing Solutions Are NOT Enough? ✅ Recycling laws exist, but implementation is weak. ✅ The government has banned single-use plastics, but enforcement is poor. ✅ Municipal waste collection is inefficient, leading to irregular pickups. 🚨 The core issue? Lack of proper segregation at the source and real-time monitoring of waste disposal. 🚀 Our Solution: AI-Driven Smart Waste Bin We need a scalable, intelligent, and cost-effective solution. Our AI-powered smart waste bin is designed to address these challenges directly by: ✔ Ensuring proper waste segregation at the source. ✔ Using AI to classify and sort waste automatically. ✔ Providing real-time.

[Audio] . Wet and Dry Waste Segregation using Moisture Sensors - AI-Powered Monitoring and Waste Level Detection - Real-time Alerts to BMC for Waste Collection - Solar-Powered for Energy Efficiency - Cost-effective and Durable Design solution Core Principles What Makes Us Unique?.

[Audio] System Flowchart – Waste-to-Value Model 💡 Why is this important? We believe that waste should not be a problem; it should be an opportunity. Our Waste-to-Value Model ensures that waste is transformed into valuable resources instead of being dumped into landfills. 🛠️ How It Works: 1️⃣ Waste Generation & Prevention at Source – Reducing waste production through smart policies, incentives, and awareness programs. 2️⃣ Efficient Collection & Monitoring – Our AI-driven smart bins automate waste segregation and send real-time data to municipal authorities. 3️⃣ Processing & Circular Economy – Waste is converted into valuable resources like biogas, compost, and upcycled plastic products. 4️⃣ Monetization & Scalability – This system creates economic opportunities by turning waste into marketable products. ✅ Impact: Minimizing landfill waste Reducing pollution Creating a self-sustaining waste economy.

[Audio] Waste Generation & Prevention at Source 🚨 Key Issue: A major chunk of urban waste—over 40% of dry waste—comes from excessive packaging. 📌 Challenges: Single-use plastics (SUPs) are banned in India, but enforcement is weak. E-commerce, FMCG, and retail chains contribute to over-packaging waste. 🛠️ Proposed Solutions: 1️⃣ Eco-Packaging Standard (Reward Model) Companies that use at least 50% biodegradable or recycled packaging will receive a 'Green Certification' and lower GST rates (5% instead of 12%). Inspired by Germany's Green Dot System. 2️⃣ Over-Packaging Tax (Penalty Model) A ₹5 fine per excessive plastic layer on FMCG & e-commerce shipments. Penalty waived if 80% of plastic is collected/recycled (following India's EPR Law). ✅ Outcome: Encourages corporate responsibility Reduces plastic waste before it even enters the waste stream.

[Audio] Household & Vendor Waste Generation 🏡 The Role of Households & Vendors Households and vendors produce large volumes of waste, but segregation rates are poor. Currently, most waste is mixed, making recycling difficult and increasing landfill dependency. 🛠️ Smart Solutions: 1️⃣ Voice-Guided Smart Bins – Educating users to dispose of waste correctly. 2️⃣ QR Code/RFID Tracking – Linking waste data to individual households/vendors. 3️⃣ Rewards & Penalties – Incentives for proper segregation, fines for non-compliance. ✅ Impact: Ensures waste is properly sorted before collection. Reduces waste contamination, making recycling easier and more efficient..

[Audio] AI-Driven Smart Dustbin (Waste Management System) The AI-powered smart dustbin is designed to optimize waste segregation and disposal using artificial intelligence (AI), sensors, and the Internet of Things (IoT). Key Features: Waste Segregation: Uses moisture sensors to differentiate wet and dry waste. Automation: Ultrasonic sensors track waste levels, while infrared sensors enable touchless operation. Renewable Energy: Operates using a solar panel system. Smart Connectivity: Equipped with GSM and IoT modules for remote monitoring. Gas Sensors: Detects harmful gases (e.g., methane, ammonia) and can trigger deodorizing mechanisms..

[Audio] How It Works: Detection: AI camera module scans and classifies waste. Sorting: Waste is directed into separate compartments. Monitoring: Ultrasonic sensors measure waste levels. Alerts: GSM module notifies authorities (e.g., Brihanmumbai Municipal Corporation) when the bin is full. Power Supply: Solar panels ensure uninterrupted operation. This system aims to reduce manual sorting, improve efficiency, and promote hygienic waste disposal in urban areas..

[Audio] Cost Breakdown & Implementation The total estimated cost of implementation is around ₹24,900, optimized for a ₹25,000 budget. Major Cost Components: Structural Materials: ₹2,600 (Lightweight galvanized steel, hinges, dividers) Electronics: ₹2,850 (Microcontroller, sensors) Communication Module (GSM & IoT): ₹2,500 Solar Power System: ₹1,000 Waste Segregation Mechanism: ₹2,600 Additional Features: ₹350 (LED indicators, audio alerts) This cost-efficient approach makes the smart bin scalable for implementation in multiple urban locations..

[Audio] . Why This System Works: Ensures accurate monitoring without manual intervention. Prevents mixed waste from contaminating recyclable materials. Provides municipalities with real-time waste segregation data..

[Audio] . Sorting: Non-compostable materials removed; food waste shredded..

[Audio] Dry Waste Recycling Plastic Waste: Recycled into usable materials (pipes, sheets, textiles). Metal Waste: Extracted and reused. Glass Waste: Processed for reuse in construction. E-Waste Recovery: Extracts valuable rare metals. c) Construction & Demolition (C&D) Waste Processing Capacity: 2,049 tons per year Output: Recycled aggregates, bricks, and construction materials. d) Upcycling & Circular Economy Wood & Cloth Waste: Used for furniture or insulation. Plastic Upcycling: Converts plastic into sustainable products. This approach promotes zero-waste initiatives, reduces raw material dependency, and supports a circular economy model..

[Audio] Waste Processing & Circular Economy a) Wet Waste Processing (Biogas & Compost) Processing Capacity: 10 tons per day Biogas Output: 20 cubic meters per ton of waste Compost Production: 7.6 tons per day Revenue Generation: Compost Sale: ₹1.2 Crore annually Biogas Sale: ₹2.15 Crore annually Using organic waste for biogas and compost production reduces landfill waste, lowers methane emissions, and generates income..

[Audio] . Monetization & Business Model. A Self-Sustaining Waste-to-Wealth Ecosystem By implementing a fully integrated circular economy model, this initiative will: Generate ₹2,300+ crore in annual revenue. Create 100,000+ direct jobs & MSME opportunities. Reduce landfill burden, saving ₹438 crore annually. Contribute to India’s renewable energy goals via bio-CNG & carbon credits. Support agriculture with organic fertilizers, reducing dependency on chemical fertilizers. By turning waste into a revenue-generating asset, this model will boost local economies, promote sustainable entrepreneurship, and position India as a leader in circular waste management..

[Audio] . Feasibility & Scalability – Mumbai Implementation Plan.

[Audio] Expected Environmental & Economic Benefits The waste management and recycling system offers significant ecological and financial advantages. Environmental Benefits: ✅ Pollution Reduction: Minimizes landfill waste and air pollution. ✅ Methane Capture: Prevents harmful emissions. ✅ Emission Reduction: Reduces greenhouse gases. Economic & Social Impact: 👨‍⚖️ Government Benefits: Efficient resource management, reduced landfill costs. 🏢 Private Sector: Business opportunities in waste processing and recycling. 👥 Public Benefits: Cleaner environment, improved waste services..

[Audio] . THANK YOU.