Environmental Engineering Waste Management

One billion tires are thrown away every year Around four billion are already in landfills and storage sites worldwide 🌎 Globally, one billion tires reach end-of-life each year, contributing to significant environmental and public health challenges. Improperly discarded tires often accumulate in landfills, drainage systems, and public spaces, creating breeding grounds for disease-carrying mosquitoes and increasing the risk of flooding in urban areas. The management of tire waste has become an urgent issue that requires innovative solutions to reduce these impacts. In Nigeria, efforts are underway to repurpose waste tires into useful products such as rubber paving stones, floor tiles, insulation materials, and footwear. By integrating circular economy practices, these initiatives prevent waste tires from clogging drainage systems or being incinerated, which releases harmful emissions. The products created from recycled materials offer durability and sustainability, providing alternatives to traditional materials used in construction and consumer goods. The environmental benefits of tire recycling go beyond waste reduction. Discarded tires contribute to public health risks, particularly in regions prone to malaria outbreaks. When left in open spaces, tires collect stagnant water, providing a habitat for mosquitoes. Recycling tires at scale helps mitigate these risks by reducing the number of tires that end up in the environment while minimizing CO2 emissions from burning waste materials. The recycling of tires also demonstrates economic benefits through job creation. Recycling facilities have expanded operations to employ more people, contributing to local economies and offering a livelihood to those involved in the production process. The process not only addresses environmental issues but also generates economic opportunities by turning waste into commercially viable products that are available across major cities. This model reflects the broader shift toward circular economy solutions in waste management. By treating end-of-life materials as resources rather than waste, industries can reduce environmental harm, create sustainable products, and contribute to long-term economic growth while addressing critical public health and infrastructure challenges. Source: Euronews #sustainability #sustainable #business #esg #climatechange #circular #circulareconomy

Why Waste Management Isn’t Just ‘Trash Talk’—It’s a Global Priority 🌍 Waste isn’t just about what we throw away—it’s about safeguarding our future. Here’s why better waste practices matter now: 🗑️ 1. Environmental Survival — Landfills emit methane (25x worse than CO2). Proper disposal reduces climate impact. — Recycling and composting cut pollution in air, water, and soil. 💡 2. Resource Conservation — 80% of items in landfills could be reused, recycled, or composted. — Circular systems turn waste into raw materials, reducing extraction pressure. 🏥 3. Public Health Protection — Poor waste management spreads disease (e.g., pests, contaminated water). — Safe disposal of hazardous waste (e.g., medical, chemical) saves lives. 💰 4. Economic Opportunity — The recycling industry creates 10x more jobs than landfills. — Businesses adopting zero-waste strategies cut costs and boost brand trust. 🌱 5. Community Responsibility — Local action drives global change. Start with segregation, education, and advocacy. — Support policies and innovations (e.g., plastic bans, waste-to-energy tech). The bottom line? Waste impacts climate, health, and economies. Small steps—like reducing single-use plastics or backing circular initiatives—add up. What’s one waste habit you’ve changed (or want to change) recently? 💬 Let’s inspire each other! Follow Nataraj Sasid #Sustainability #CircularEconomy #WasteManagement #ClimateAction

ENVIRONMENTAL ASPECTS & IMPACTS REGISTER – BEST PRACTICES Environmental Aspects & Impacts Register is just a checkbox exercise, you’re missing the point. Here’s what actually makes it effective — and audit-ready: ✅ Start with your real activities – Don’t copy a generic list. Walk the site, talk to operators, and map out every process that could touch the environment. ✅ Link every aspect to an actual impact – Think emissions, discharges, resource use, waste generation, noise, spills, etc. ✅ Score significance – Use a clear, risk-based matrix (Likelihood × Severity). Mark what’s really worth acting on. ✅ Tie controls to significant aspects – ISO 14001:2015 expects operational controls to be driven by risks. ✅ Keep it dynamic – Update it when operations, legislation, or site conditions change. This isn’t a “set and forget” tool. ✅ Map legal obligations – Every aspect should be traced to applicable environmental laws, permits, or internal standards. #HSE #Environment #ISO14001 #EnvironmentalCompliance #RiskAssessment #EMS #Sustainability #EnvironmentalImpact #EHSManagement #RegulatoryCompliance #OperationalExcellence #PollutionPrevention #EnvironmentalManagement

India Sets Bold Course for Construction and Demolition Waste Management – Effective April 2026 India is set to enforce one of its most comprehensive environmental regulations – The Construction and Demolition Waste Management Rules, effective April 1, 2026. Notified by the Ministry of Environment, Forest and Climate Change, these rules represent a landmark effort to tackle the mounting challenge of construction-related waste across the nation. Who is Impacted: The regulations apply to all construction, demolition, renovation, remodeling, and repair activities, with exceptions for: - Projects under the Atomic Energy Act 1962 - Defence and strategic operations - Waste resulting from natural disasters or war Other waste categories are governed by separate regulations Key Features of the New Rules: (a) Extended Producer Responsibility Producers of construction waste will now be directly accountable. A centralized online portal will manage compliance, certifications, and monitoring. Registrations with the Central Pollution Control Board are mandatory, with a strict 15-day processing window. (b) Strict Compliance Measures Unregistered operations are prohibited. False declarations can result in registration suspension for up to five years and financial penalties. (c) Local Authority Empowerment Municipal bodies must prepare targeted waste management plans and enforce EPR goals. Reusable materials are excluded from EPR target calculations, encouraging circular practices. (d) Recycling Mandate for Large Projects Construction projects exceeding 20000 square meters must incorporate recycled materials. All waste generators are required to purchase EPR certificates from registered recyclers, establishing a functioning circular economy. (e) Accountability and Transparency A robust digital tracking system will log waste movement, storage, and processing. Reporting of accidents within 24 hours is compulsory during all stages of handling, including collection, transport, storage, or processing. (f) Funding and Oversight A 20 to 80 fund-sharing model between Central and State Boards will support implementation. Both boards will jointly oversee the use of recycled waste in infrastructure projects such as road construction. (g) Efficient Storage Protocols Local authorities must establish waste collection and intermediate storage points. Storage duration is limited to 120 days, extendable up to 180 days in specific cases. Timely processing and accurate reporting through the portal are essential. Whether you are involved in real estate development, infrastructure construction, urban planning, waste management, policy advisory, these Rules mark significant shift in the regulatory landscape—making it essential for industry stakeholders to stay informed, assess potential impacts, and proactively align their practices with the upcoming compliance framework. ANB Legal #Sustainability #ESG #India

🚧 Hazardous Chemical Handling Safety Precautions 🚧 Ensuring safety when handling hazardous chemicals is paramount. Here are 13 crucial safety precautions to mitigate risks effectively: 1. **COSHH & Risk Assessment**: Begin by conducting comprehensive COSHH and risk assessments to safeguard both individuals and the environment. 2. **Identity & Label Hazardous Chemicals**: Properly label containers with chemical names, hazard warnings, and safety instructions. Ensure easy access to Material Safety Data Sheets (MSDSs) for each chemical. 3. **Appropriate Storage Facilities**: Store hazardous chemicals in dedicated, well-ventilated areas, keeping them away from heat sources and incompatible substances. 4. **Access Walkways & Demarcation**: Maintain clear access walkways and demarcation within chemical storage areas, including decontamination zones, bund walls, and safety signage. 5. **Eyewash & Shower Facilities**: Have eyewash and shower facilities nearby in case of emergencies within chemical storage locations. 6. **Emergency Equipment & Materials**: Keep an adequate supply of fire extinguishers, detectors, spill kits, first aid kits, and temperature monitoring devices readily available. 7. **Segregation of Chemicals**: Prevent potential hazards by segregating incompatible chemicals to avoid reactions leading to fires, explosions, or toxic fumes. 8. **Use of Proper Containers**: Store hazardous chemicals only in approved containers specifically designed for each chemical. 9. **Adequate Ventilation**: Ensure proper ventilation in chemical storage areas to maintain safe temperatures and prevent the buildup of hazardous fumes. 10. **Personal Protective Equipment (PPE)**: Equip workers handling hazardous chemicals with suitable PPE such as gloves, goggles, and respirators as necessary. 11. **Training & Education**: Provide comprehensive training to employees on safe chemical handling practices and emergency protocols. 12. **Emergency Response Plan**: Establish and communicate a detailed emergency response plan for addressing spills, leaks, or accidents involving hazardous chemicals. 13. ** . *Regular Inspections & Monitoring*: Conduct regular inspections of storage areas, containers, and equipment to identify and address safety hazards. #safety #chemicalhandling #EHS #hazardouschemical

India is amidst a silent crisis. Homegrown, toxic, and completely avoidable one. India generates a lot of electronic waste, courtesy our technological boom. Take a look at your house - we have old mobile phones, TVs, accessories lying in drawers and rarely recycled responsibly. And a lesser known fact? These discarded electronics also contain rare earth elements (REEs) whose mining is largely dominated by China and the US. And with the recent ban of REE export by China, India finds itself in a fix with limited mining capabilities. But not everything is gloomy. Attero, India's largest recycling company, has built proprietary clean-tech to recycle materials (including REEs) and develop circular supply chains. They have recycled 1M+ metrics tons of waste - already offsetting 1M+ tons of CO₂ equivalent emissions. They deliver 98%+ metal recovery efficiency, recovering 22+ critical and rare earth metals from complex waste streams. So why does all of this matter? Because such world-class facilities help India reach its Net Zero goal faster. If we recycle materials like lithium, aluminum, and REEs - we reduce our carbon footprint significantly and emerge as a viable alternative to China's dominance in REE mining. While we all talk about air, water, and noise pollution. India's e-waste pollution has been looming since a decade and thankfully, companies like Attero are innovating for a cleaner, better future! #india #recycling

This technical report outlines the implementation possibilities of Anaerobic Digestion (AD) facilities at food and beverage production sites. Are you: 🫵 a food and beverage producer? 🫵 a company interested in regenerative energy sources 🫵 a company focused on resource-efficient production 🫵 a company seeking environmentally friendly treatment of residual material or wastewater 🫵 a decision-makers and stakeholders in the environmental, resource efficiency, and greenhouse gas emission sectors Then this IEA Bioenergy Technology Collaboration Programme report is for you! In the food and beverage industry, agricultural biomass is the cornerstone of production. The byproducts from this process hold immense potential as feedstocks for anaerobic digestion (AD). This report delves into the integration of biogas plants within production facilities, utilizing residues, wastes, by-products, or wastewaters as feedstock. There is no waste in the Bioeconomy - just underutilised resources - that's why Scion is working with several partners to accelerate the adoption of AD technology across the country. We are focused on developing tailored solutions that meet the unique needs of the food and beverage industry, ensuring efficient resource utilization and significant reductions in carbon emissions. #Biogas #AnaerobicDigestion #RenewableEnergy #Bioeconomy #CircularBioeconomy #FoodAndBeverageIndustry #SustainableProduction #WasteManagement #CarbonFootprintReduction #EnergyEfficiency #ResourceUtilization #EnvironmentalSustainability #Innovation #Science #Technology #Energy

As Climate Week NYC wraps up alongside the UN General Assembly, new findings from the Lloyd's Register Foundation’s World Risk Poll reveal, for the first time, the true scale of the global issue of open burning. Globally, 14% live in households that dispose of waste through open burning, making it the third most common method of domestic waste disposal, after government collection and direct transport to landfills by household members. This practice harms both public and environmental health, with lower-income countries most affected due to limited waste collection services, leaving vulnerable populations exposed to its dangers. Read the full study here: https://lnkd.in/eqWkWD8Q

Embracing the Circular Economy: Transforming Waste Water into Valuable Resources In the journey towards sustainability, waste water treatment is a cornerstone of the Circular Economy. By converting wastewater into valuable resources, we're not only protecting our environment but also unlocking economic and social benefits. Proper wastewater treatment enables the recovery of nutrients like phosphorus and nitrogen. These resources can then be reused in agriculture, reducing the need for synthetic fertilizers and promoting a closed-loop system. Eecycling treated wastewater for industrial processes or irrigation conserves precious freshwater resources. This sustainable practice helps mitigate water scarcity challenges and contributes to the overall well-being of ecosystems. Industrial symbiosis, a key concept in the Circular Economy, can also thrive through wastewater treatment. By collaborating among industries, the byproducts of one can become the valuable inputs of another, minimizing waste and maximizing efficiency. #CircularEconomy #Sustainability #WastewaterTreatment #ResourceRecovery #water #industry #energy #climatechange #strategy #technology #innovation #economy #creativity