ZeroTrash® Revolution Blog Blog
Explore articles on recycling, waste management and sustainable habits by category
Tackling plastic in the healthcare industry: ch...
U.S. healthcare produces more than 5 million tons of waste every year, and plastics account for a significant portion of it. While safety and sterility require single-use items, much of...
Tackling plastic in the healthcare industry: challenges and solutions
U.S. healthcare produces more than 5 million tons of waste every year, and plastics account for a significant portion of it. While safety and sterility require single-use items, much of this plastic is still recyclable. This guide breaks down the main challenges and proven solutions that help hospitals improve soft plastic recycling and reduce operational waste — including technologies like soft plastic compactors that make recycling more efficient in clinical settings. 5M+ tons of waste generated by U.S. healthcare annually — equivalent to nearly 3 million midsize cars 90% reduction in soft plastic volume possible with compaction technology, simplifying collection and recycling logistics 6 practical strategies healthcare facilities can implement today to meaningfully reduce their plastic footprint ORs operating rooms are known hotspots for single-use plastics and the highest-impact area for targeted intervention The healthcare industry, while vital to human well-being, is a significant contributor to plastic waste. From single-use syringes and IV bags to sterile packaging, PPE, and food packaging, the sector relies heavily on plastic to ensure hygiene, patient safety, and efficiency. However, this reliance generates vast quantities of plastic waste — much of it non-recyclable due to contamination or mixed materials. Given the environmental urgency, healthcare sustainability professionals are increasingly seeking ways to reduce plastic use and improve recycling within their facilities. Important framing Plastic plays a critical role in modern healthcare. The goal isn't to demonize it, but to examine how its use can be reduced — and how recycling can be improved where reduction isn't possible. 6 Practical Solutions for Healthcare Facilities 1. Conduct a plastic waste audit A comprehensive plastic waste audit allows healthcare facilities to understand the types and volumes of plastics being used and discarded. By identifying high-waste areas, sustainability teams can target specific processes or departments for improvement. Operating rooms are known hotspots for single-use plastics and can benefit from focused interventions. A good audit will provide insight into opportunities for any healthcare facility. 2. Switch to reusable medical supplies where safe Many plastic products in healthcare are single-use for safety reasons, but some items can be safely replaced with reusable alternatives. Surgical instruments, gowns, and certain types of trays can be sterilized and reused. Hospitals should evaluate which plastic items could be replaced without compromising safety or compliance. 3. Implement recycling programs for clean plastics While contaminated plastics are difficult to recycle, clean plastics — such as packaging from sterile instruments — can often be recycled. Establishing a system where staff can easily separate clean from contaminated plastics encourages recycling. Partnering with specialized recycling companies can open new avenues for processing healthcare-specific plastics. "We couldn't ignore the irony of studying microplastics while producing significant plastic waste ourselves. We decided to take action — evaluating how we can reduce that waste and better ensure that as much of it is recycled as possible." — Dr. Charlie Rolsky, Executive Director, Shaw Institute 4. Source bioplastics and eco-friendly alternatives The market for biodegradable and compostable medical products is growing. Items such as bioplastic syringes, eco-friendly bedpans, and compostable packaging can replace traditional plastic counterparts. Healthcare procurement teams can prioritize suppliers who offer sustainable alternatives to petroleum-based plastics. 5. Staff training and engagement Sustainability initiatives succeed when staff across all levels understand their role. Regular training sessions, visual aids near disposal areas, and recognition programs for sustainable practices help create a culture of environmental responsibility. Engaged staff are more likely to follow recycling protocols and suggest improvements. 6. Work with manufacturers for sustainable product design Healthcare institutions can leverage their purchasing power to influence manufacturers toward more sustainable designs — advocating for minimal or recyclable packaging, modular designs that reduce material use, or take-back programs where manufacturers reclaim used products for recycling. "There's no single solution to solving the problems related to plastic waste. It will only be through multiple solutions that we can begin to reduce waste, improve recycling, and create what we like to refer to as a ZeroTrash® Lifestyle." — Ivan Arbouzov, President & CEO, Clear Drop, Inc. How Healthcare Facilities Can Improve Soft Plastic Recycling Practical checklist Track and separate clean vs. contaminated plastics during disposal workflows. Install dedicated bins for sterilized packaging and other clean soft plastics. Compact soft plastics to reduce storage volume by up to 90% for easier collection and pickup. Partner with specialized recycling companies that accept medical-grade plastics. Empower clinical staff through sustainability education and clear visual guidance. Many hospitals are piloting compacting technologies to improve recycling logistics. A soft plastic compactor helps keep recyclables out of biohazard waste streams and significantly reduces hauling frequency. Make soft plastic recycling easier in your facility The Clear Drop® Soft Plastic Compactor reduces non-contaminated plastic waste volume by up to 90% — keeping it out of biohazard streams and ready for responsible recycling. Learn more about SPC for healthcare →
Composting: electric vs. professional or tradit...
In the United States, food scraps make up a significant share of household waste — yet only about 5% of organic waste is composted. As electric composters gain popularity, many...
Composting: electric vs. professional or traditional options
In the United States, food scraps make up a significant share of household waste — yet only about 5% of organic waste is composted. As electric composters gain popularity, many homeowners believe they are creating usable compost. Environmental experts argue otherwise. This guide explains the differences between electric composting, true professional composting, and new home-friendly technologies that actually support a circular system and help reduce methane emissions from landfills. 5% of the annual 66.2 million tons of food waste in the U.S. is composted — the rest goes to landfill 70–90% volume reduction from electric composters — but the output is not true compost 160°F+ temperature used in electric composters — killing bacteria needed for real soil enrichment 30–40% moisture reduction with the Clear Drop OC — preserving organic matter for real composting How Electric Composters Work Electric composters use heat, grinding, and aeration to dehydrate and grind organic waste. They reach temperatures of around 160°F or above 212°F depending on the model — eliminating bacteria and pathogens in the process. The result is a dry powder or chunky fibrous material with 70–90% less volume than the original waste. That sounds convenient for keeping a kitchen odor-free and pest-free. But fully dehydrated and ground material is not compost — real compost requires microbial decomposition and active compost bacteria to benefit soil. The composting misconception "Right from the moment I saw the first unit, I questioned the 'composting' aspect. How can they compost so quickly when composting is a very slow process?" — Robert Pavlis, chemist, gardener, and author at GardenMyths.com The U.S. Environmental Protection Agency describes the output from these devices as a "dehydrated food waste byproduct" — not compost. This material is not biologically stable and often requires further decomposition before it can be safely used in soil. Applying it directly to plants may not deliver the intended benefits and could potentially harm plant health due to incomplete decomposition and high salt content. What the tests show Some environmentalist tests challenge electric composter claims, showing that the final material can be detrimental to plant growth and does not reliably eliminate odors — which can attract pests. Freshly ground material may also contain concentrated salts that create nutrient imbalances in garden beds. In cities where composting options are limited, electric composters do provide a practical way to separate food scraps from general trash. But since they don't produce real compost, meaningful progress requires a professional approach and municipal system participation. Professional Composting: How It Actually Works Unlike electric devices that grind and dry organic waste without microbial action, professional composting systems rely on natural decomposition to produce true compost. Feature Electric Composter Professional Composting Process Heat + grinding + aeration Aerobic microbial decomposition Output Dehydrated food waste byproduct True nutrient-rich compost Soil benefit Limited or potentially harmful Improves soil health and structure Waste types accepted Limited to certain organics Includes bioplastics, bones, and more Time to output Hours Weeks to months Professional composting, as understood by the US Composting Council, involves large-scale, controlled processes that handle significant volumes of organic waste under strictly managed conditions — aerobic decomposition with oxygen, controlled temperature, humidity and airflow, and the use of microorganisms with mechanical turning or forced aeration. A Better Home Alternative: The Organics Collector For households where traditional composting isn't an option and coping with flies, leaks, and odors feels like a mission, there's a middle path. Clear Drop's Organics Collector (OC) was designed specifically to solve the challenge of convenient household organic waste management — without full dehydration. It uses a combination of three technologies: drying without heating, aeration, and ozone treatment. Drying reduces moisture content by only 30–40%, preserving the essential organic matter so it can still be effectively composted in industrial facilities or a community pit. Aeration saturates the waste mass with air. Ozonation provides regular treatment with limited, safe doses of ozone. A carbon filter ensures all outgoing air is cleaned of odors. The key difference Electric composters destroy the organic value of food scraps. The OC stabilizes them — keeping waste compostable, reducing odors and leaks, and making it ready for the municipal or professional composting systems that actually close the loop. Real sustainability lies in supporting systems that return nutrients to the earth through natural decomposition. Whether through municipal composting services or home methods rooted in biology, the smarter path nurtures soil — not just simplifies disposal. Practical Steps for Cleaner Organics Collection at Home Keep food scraps separate from plastic packaging and other trash. Store organics in a sealed container to prevent mess and odors. Limit moisture and airflow exposure to slow decomposition and avoid pests. Use a home appliance that stabilizes food scraps without destroying their organic value. Deliver properly stored organics to municipal or professional composting programs where true composting occurs. Cleaner kitchen. Better composting. The Clear Drop® Organics Collector stabilizes food scraps using drying without heating, aeration, and ozone treatment — keeping them ready for true composting. Learn more about the Organics Collector →
Soft plastic recycling: key challenges and solu...
Soft plastics like grocery bags, bubble wrap, and packaging film make up a growing share of U.S. household waste — yet most of them are not recyclable curbside. This guide...
Soft plastic recycling: key challenges and solutions
Soft plastics like grocery bags, bubble wrap, and packaging film make up a growing share of U.S. household waste — yet most of them are not recyclable curbside. This guide explains why, and what practical home solutions can help reduce volume and improve recycling outcomes. 95%+ of plastics generated in the U.S. end up in a landfill or incinerated for energy 263% increase in per capita plastic waste generation since 1980 — while recycling rates decline <10% recycling rate for soft plastics — still not consistently calculated or reported 60% of consumers are uncertain about how and what to recycle, leading to improper disposal What Is Soft Plastic? The name speaks for itself — soft plastic is simply soft. An easy way to identify it: scrunch it up and see that it doesn't bounce back fully. It's any lightweight package or part of a package whose shape can be readily changed. This includes grocery bags, zip-lock bags, cling film, stretch wrap, shipping packaging, freezer bags, dry-cleaning bags, food wrappers, pouches, and liners. Key Challenges of Soft Plastic Recycling 1. Contamination of recycling streams Plastic film is thin, stretchy, and clingy — which makes it useful for packaging but difficult to recycle without specialized equipment. When mixed with other recyclables, it tangles mechanisms and jams machines at recycling facilities. This causes operational disruptions, increased maintenance costs, and risks for workers who clear the equipment. 2. Lack of recycling facilities Out of approximately 500 Material Recovery Facilities (MRFs) in the U.S., only 20–30% can handle soft plastic waste. Their limited capacity means the majority of soft plastics are not processed and end up in landfills. 3. Multi-layered plastic materials Some soft plastic packaging — like aluminum-lined snack wrappers and food pouches — is made from layers of different materials that provide stiffness, oxygen barriers, UV protection, and sealability. Separating these layers is technologically challenging and economically unfeasible due to high treatment costs. 4. Consumer confusion Recycling programs vary significantly by location, leaving consumers unsure what's accepted. A survey found that 60% of people are uncertain about how and what to recycle — resulting in improper disposal of soft plastic waste and contaminated curbside bins. The Environmental Risks of Soft Plastic Waste Landfill overflow Plastic takes up to 1,000 years to decompose in landfills. During degradation, plastic waste can leach potentially toxic substances into soil and groundwater, creating long-term environmental and health risks. Microplastics As soft plastic degrades, it fragments into microplastics — tiny particles less than 5mm in size. These have been detected in deep-sea sediments, remote areas, and human organs including the placenta. Microplastics adsorb and transport harmful pollutants, entering food chains and posing risks to both wildlife and human health. Ocean pollution Beyond microplastics, soft plastic waste directly harms marine animals. Sea turtles, seabirds, and marine mammals often mistake plastic waste for food, causing internal injuries, intestinal blockages, starvation, and death. Solutions: How to Improve Soft Plastic Recycling Emerging innovations are expanding what's possible at an industrial scale — chemical recycling technologies like pyrolysis break plastic into raw materials using high heat, and AI-powered robotics are improving sorting systems. But meaningful change also starts at home. Clear Drop® Soft Plastic Compactor (SPC) is the first home and business appliance designed to simplify soft plastic collection and ensure it all goes to recycling. It transforms bulky plastic packaging into a space-saving 12×8×4-inch block. Clear Drop sends free mailing envelopes with pre-paid labels to ship compacted blocks directly to the recycling facility — guaranteeing that no soft plastic is left out of the recycling chain. How to Recycle Soft Plastics at Home Collect soft plastics separately from bottles and other hard plastics. Clean and dry them to remove food residue. Compact soft plastics using a home soft plastic compactor to reduce storage volume by up to 90%. Store compacted plastics in a bin or box until recycling. Take them to local retailer drop-off programs (Target, Walmart, Kroger, Whole Foods) or use a mail-in recycling service. Tip Clear Drop SPC lets you send compacted soft plastics directly to the recycling facility — no need to find a drop-off point. Your Role as a Consumer Three things you can do today Reduce consumption — buy from local markets with reusable bags, choose refillable products where possible. Separate correctly — keep soft plastics out of your curbside bin to prevent contamination. Use drop-off or mail-in programs — retailers like Target, Walmart, and Whole Foods accept plastic bags and certain films. The How2Recycle Store Drop-Off label guides you on which plastics qualify. As consumers, we can play a pivotal role in reducing plastic waste by rethinking consumption habits, organizing home waste management, and correctly disposing of soft plastics through specialized recycling programs. Compact, store, and recycle from home Clear Drop® Soft Plastic Compactor turns bulky packaging into compact 12×8×4-inch blocks, ready for recycling — with free pre-paid mailing included. Learn more about the Soft Plastic Compactor →
