CSR And Waste Management

One plug. 11,000 tonnes less e-waste. That's what standardization can do. Often when I explain why standardization matters for circular economy and for the environment - I get the same look. A slight head tilt. A polite nod. The look of someone thinking: I'm not sure I follow where this is going. So let me use a few everyday examples instead. 📱 Phone chargers Every brand had its own plug. Every new phone, a new cable, a drawer full of incompatible adapters. The EU standardized on USB-C. Result: ~11,000 tonnes less e-waste per year, ~€250M saved annually. One port, solved. 🔋 Power tool batteries Still unresolved. DeWalt, Makita, Bosch, Milwaukee - each with its own battery, its own protocol. Break one tool, and a perfectly good battery becomes waste, because it fits nothing else. No technical reason. Just business models built on incompatibility. ☕ Coffee pods Also unresolved. Nespresso, Keurig, generic - every brand its own shape, its own lock-in. An estimated 576,000 tonnes of pod waste every year, and only a fraction of it ever gets recycled (if recyclable). Convenience by design. Waste by design too. The pattern is always the same: → Standardization enables interoperability and universality. It removes the particularisms that make products obsolete fast - and turn them into waste. Why? Because one need gets one answer. Not five competing, incompatible ones. When a product is the reference solution to a need - not one of many fragmented alternatives - its usefulness is maximized. ✅ That's when repairing, refurbishing, reusing it actually makes sense and circular business models are optimized. That's exactly what I advocate for through the PCDS (ISO 59040) in circular data. We need one universal, interoperable language to describe the circular properties of products across value chains. Only with that shared language can circular economy scale, go mainstream, and actually deliver for the environment.

The 10Rs in a Circular Economy 🌎 A circular economy isn’t just about recycling—it’s about rethinking how we design, use, and repurpose resources to keep materials in circulation for as long as possible. The 10R framework provides a structured approach to reducing waste and maximizing value at every stage of a product’s lifecycle. At the top of the hierarchy, Refuse (R1) and Rethink (R2) challenge the need for resource use in the first place. By eliminating unnecessary materials and shifting to smarter business models like product-as-a-service, companies can significantly reduce their environmental footprint. Reduce (R3) further minimizes raw material consumption, promoting efficiency in design and production. Keeping products in use for longer is key. Reuse (R4), Repair (R5), Refurbish (R6), and Remanufacture (R7) all extend the lifespan of goods, ensuring they remain functional and valuable rather than being discarded. Whether through resale platforms, repair programs, or remanufactured components, these strategies reduce demand for virgin resources and lower emissions. When direct reuse isn’t possible, Repurpose (R8) and Recycle (R9) come into play. Repurposing allows materials to find a second life in new applications, like repurposing EV batteries for energy storage. Recycling, while essential, is a lower-value strategy, as it requires energy and can degrade material quality. That’s why it should always come after higher-value pathways have been explored. Finally, Recover (R10) ensures that unavoidable waste is converted into useful by-products, such as biogas from organic waste. The further upstream we apply the 10Rs, the greater the impact—reducing waste, conserving resources, and creating a more sustainable economy. Source: Ellen MacArthur Foundation #sustainability #sustainable #business #esg #climatechange #circular #circulareconomy

The Circularity of Wastewater Management the concept of circularity can be applied to waste management through the following approach : - Design for recovery and reuse: reduce the volume of wastewater, prevent contamination at source, and enable safe reuse. - Recover value: capture energy (biogas, heat) and nutrients (for agriculture/landscaping) instead of losing them. - Reuse & restore: use treated wastewater to recharge aquifers, support irrigation, and enhance biodiversity. - Build resilience & economic opportunity: diversify water sources, cut dependence on freshwater, and create new revenue streams from recovered resources. #circulareconomy #sustainability #environment #management #wastemanagement

India’s New PET Bottle Rule: What’s Changing & Why Beverage Giants Are Pushing Back The Indian government has mandated that from April 1, 2025, beverage companies must use at least 30% recycled PET (rPET) in their plastic bottles. This requirement, part of India’s Plastic Waste Management (PWM) Rules, aims to reduce plastic waste and boost domestic recycling. The mandate will increase annually, reaching 60% by 2028-29. 🔹 Why Is This Rule Important? Reduces dependency on virgin plastic. Encourages recycling infrastructure development. Supports India’s commitment to tackling plastic pollution. 🔹 Why Are Beverage Companies Opposing It? Major brands like Coca-Cola, Bisleri, and Parle Agro argue that meeting the deadline is unrealistic due to: 📉 Limited recycling capacity – Only five certified plants exist, covering just 15% of the industry’s demand for food-grade rPET. 💰 High costs – The shift could increase bottling expenses by 30%, with some of the burden passed to consumers. ⚠️ Risk of bottle shortages – The rule coincides with peak summer demand, straining supply chains. 🛠️ Quality concerns – Small brands might turn to uncertified recyclers, risking safety and compliance issues. 🔹 Industry’s Counter-Proposal Start with 10-15% rPET and increase gradually. Seek subsidies and tax breaks to expand recycling plants. 🔹 Government’s Response Officials say the industry had two years to prepare, and the deadline will not be extended. Some companies are now considering legal action to delay the rule’s implementation. #recycling #Sustainability #PETBottle

Building ESG: A Guide to Personal Waste Audits and Zero Waste Living ________________________________________ A waste audit is a simple yet powerful tool for understanding your personal waste habits. By tracking what you throw away for a set period (one week is ideal), you gain valuable insights into areas for improvement. Conducting Your Waste Audit: 1. Gather Your Supplies: Grab a notebook, pen, and a separate bin for recyclables. 2. Track It All: For a week, diligently record every item you throw away, noting the material type (plastic, paper, food scraps etc.) and its source (kitchen, bathroom etc.). 3. Analyze and Categorize: After a week, sort your notes into categories like recyclables, compostables, landfill waste, and hazardous materials. - Turning Knowledge into Action: Once you see your waste patterns, it's time to strategize: * Reduce: Can you avoid unnecessary purchases altogether? Opt for reusable alternatives like shopping bags and coffee mugs. * Reuse: Find creative ways to give new life to old items. Turn glass jars into storage containers or use fabric scraps for DIY projects. * Recycle: Learn about your local recycling guidelines and diligently sort your recyclables. * Compost: Food scraps and yard waste can be composted to create nutrient-rich fertilizer for your garden. - The Journey to Zero Waste: Zero waste is an aspirational goal, but every step you take reduces your environmental impact. Here are some additional tips: * Buy in Bulk: Minimize packaging waste by purchasing staples like grains and nuts in bulk with reusable containers. * Plan Your Meals: Reduce food waste by planning meals and creating a grocery list to avoid impulse purchases. * Embrace Sustainable Brands: Support companies committed to sustainable practices and reduced packaging. Taking control of your waste stream empowers you to live a more sustainable lifestyle. By conducting a waste audit and adopting these practices, you can significantly reduce your environmental footprint. Have you ever conducted a personal waste audit? Share your thoughts and experiences in the comments below! Please feel free to share (Disclaimer: Views are personal, should not be related to organisations view) #buildingEsg #circulareconomy #sustainablefinance #esgreporting #esgstrategy #esgrisk #climaterisk #climatechangeaction #climaterisks #india #emissions #esgratings #esg #cop28 #greenertogether #SDGs #sustainability #business #csr

Every product goes through the same lifecycle. Most PMs only know how to operate in one stage. Stage 1: Discovery (0-1) Skills needed: Vision, risk-taking, speed What kills products: Over-planning, consensus-seeking Stage 2: Growth (1-10) Skills needed: Scaling, process, metrics What kills products: Chaos, inconsistency Stage 3: Optimization (10-100) Skills needed: Efficiency, incremental gains, data rigor What kills products: Innovation theater, too much change Stage 4: Reinvention (100+) Skills needed: Disrupting yourself before others do What kills products: Protecting the core business, risk aversion The problem: PMs are hired for one stage but the product evolves into another. The 0-1 PM who thrived on chaos becomes a liability at scale. The optimization PM who excels at efficiency kills innovation at 0-1. There’s no such thing as a "great PM." There are PMs who are great at specific stages. The rare skill: Knowing which stage the product is in and whether you're the right PM for it. Even rarer: Having the self-awareness to step aside when the product outgrows your skillset. The best PMs I know regularly audit their fit. They either adapt or advocate for the right person for the stage. What stage is your product in? More importantly, are you the right PM for it? #ProductManagement #ProductStrategy #ProductLeadership #CareerDevelopment PS: Knowing your stage is half the battle. The other half is having the right tools for that stage. I built PM Copilot, a suite of AI-enhanced tools for product managers at every stage of the lifecycle. From PRD generation for 0-1 to metric storytelling for scale. Check it out: rishavgupta.in/pm-copilot

Have you ever noticed how the smallest inefficiencies can pile up and waste workday hours? Lean Six Sigma teaches us that eliminating waste isn’t just about fixing the obvious it’s about seeing everyday processes with fresh eyes. There’s even an acronym to remember the types of waste we aim to reduce: DOWNTIME. This includes Defects, Overproduction, Waiting, Non-utilized Talent, Transportation, Inventory, Motion, and Excessive Processing. Imagine a team working on Excel spreadsheets. It’s not a factory floor, but you can still spot these types of waste. Mistyped figures (Defects), multiple team members doing the same task (Overproduction), or waiting for spreadsheet permissions to update (Waiting) are small but impactful examples of waste that add up over time. Studies suggest that reducing these inefficiencies could improve productivity by up to 30%, translating directly to cost savings and better outcomes. The founder of Toyota once said, "Every defect is a treasure if the company can uncover its cause and then work to prevent it." Each small fix we make is more than just tidying up it’s a step towards a more agile, efficient team. So, Next time you’re updating a spreadsheet or moving data between systems, take a moment to spot these hidden inefficiencies. What waste can you eliminate today?

4 months into my first sustainability job, and I can't believe more companies aren't doing life cycle analysis. I regularly analyse products from start to finish - raw materials, manufacturing, transport, use, and disposal. The insights are eye-opening. Here's what I've learned: Life cycle analysis reveals hidden environmental impacts that companies frequently miss. It can identify cost-saving opportunities and carbon emission hotspots that often go unnoticed. It helps create better products that customers actually want! On the surface, the process isn't complicated: 1. Collect data from supplier/manufacturer 2. Input materials, processes and waste management 3. Analyse and understand impact categories 4. Find improvement opportunities 5. Implement changes Small changes make big differences. One of our recent projects reduced water usage by over 90% AND decreased CO2 by over 50% just by changing the material (yes, I couldn’t believe it either). Don't wait for regulations to force your hand. Start analysing your products now. The data is there, the methods are proven, and the benefits are clear.

France finally publishes its long-awaited law on recycled plastics in packaging After months of expectation, the arrêté of 5 September 2025 is here - and it changes the game for producers placing packaging on the French market (effective 1 January 2026). 🔹 Bonuses (per tonne of recycled plastic used): - €450/t if recyclate comes from another EPR stream - €550/t if from the same stream - €1,000/t for hard-to-recycle resins reintroduced into food-contact sensitive packaging 🔹 Minimum incorporation rates for beverage bottles: - PET (clear, coloured, opaque): 25% by end 2029 → 30% from 2030 - HDPE: 0% until 2029 → 30% from 2030 🔹 Localisation rule: To qualify, all steps (collection, sorting, recycling, incorporation) must take place within 1,500 km of France’s geographic centre, or in the EU / countries with equivalent standards. 👉 This clearly covers neighbours like Belgium, Spain, Italy or Germany. Even Ireland and southern Sweden fall within the circle, while parts of Poland or northern Greece are only partially covered. Beyond that, countries such as the Baltics or Cyprus are excluded. 🔹 Exclusions & penalties: - No bonus for PVC recyclate in packaging - No bonus if recycling process yields <50% - Penalties for products containing substances that disrupt recycling 👉 This long-awaited framework aims to secure local, traceable, and high-quality recycling loops, while penalising practices that hinder recyclability. It’s a clear signal: France is raising the bar on packaging circularity and pushing producers to go further, faster.

🌱 Green Soft Skill in Action👇 What if tomorrow's packaging was made from yesterday's agricultural waste? 🌍 The Real Problem (Self-Centric Thinking) Most industries think: ❌ Extract new resources ❌ Use plastic once ❌ Dispose of agricultural waste One system creates waste. Another consumes more resources. 🌿 The Eco-Centric Shift Eco-centric thinking asks a different question: 👉 "Can one industry's waste become another industry's raw material?" That's where circular innovation begins. 🌱 Sustainability Thinking Kerala's coir industry generates large amounts of coir fibre waste. Instead of sending it to landfills, Greenamor Ventures transformed it into compostable biopolymer packaging. ✔ Agricultural waste becomes a resource ✔ Reduced plastic dependency ✔ Lower environmental impact ✔ Supports a circular economy 🌍 Systems Thinking Coir Waste ⬇ Material Innovation ⬇ Biodegradable Packaging ⬇ Less Plastic Waste ⬇ Circular Economy Everything is connected. 🌱 Eco-Innovation And that created eco-innovation. Simple shift. Big impact. ✔ Waste-to-wealth solutions ✔ Sustainable packaging ✔ Green manufacturing ✔ Nature-positive business models 🌍 Green Soft Skills in Action This is not just product innovation. This is: ✔ Eco-Centric Thinking ✔ Sustainability Thinking ✔ Systems Thinking ✔ Resource Optimization ✔ Eco-Innovation 🌿 The Bigger Insight The future won't belong to organizations that consume more resources. 👉 It will belong to those that create more value from existing resources. And that's why companies are searching for Green Skilled Professionals who can redesign systems, drive circular innovation, and transform waste into business opportunities. 🌱 Hard Truth Waste is not an environmental problem. 👉 It is often a design problem. 🌍 Final Thought The coir didn't become valuable overnight. 👉 The thinking did. And every green transition begins with that shift. 👉 Your Career Deserves Better Than Guesswork Organizations are looking for professionals who can think beyond problems and redesign systems. The future belongs to people who can connect innovation, sustainability, and eco-centric thinking. 🔗 Get clarity on your green career path: https://lnkd.in/gXPXEvxq 👇 Comment: WASTE or RESOURCE Follow Asha Badge for more insights on Eco-Centric Shift | Sustainability | Systems Thinking | Green Career | Green Skills ♻️ Share this to inspire more eco-innovators. 📸 Story Credit: Greenamor Ventures | Ardra Nair #GreenSoftSkills #GreenSkills #GreenProfession #GreenRoles #GreenCareer #GreenJobs #GreenIndustry #Sustainability #ClimateAction #EcoAshakti