Engineers Australia’s Post

Having been in production since September, we are making our first submission for CORCS (Carbon Removal Certification Scheme) later this month. While we’ve already achieved some biochar and biochar compost sales, the real highlight has been receiving repeat orders from our customers—a strong sign that we’re doing something right! In the video below, you’ll see where over 170 tons of our biochar has gone: directly into our own compost production. This compost, which we’ve enriched with our biochar, is being prepared for application to our fields, either this coming spring or autumn. The compost row itself is an impressive 120 meters long and holds around 700 tons of material. It’s heating up nicely, a clear indicator of a healthy and active composting process. This step marks a significant milestone for us as we combine sustainable practices with practical applications, helping to improve soil health and contribute to carbon removal efforts.

As EU economies move from traditional “take, make and dispose” models towards more a more circular economy, anaerobic digestate (digestate) helps farmers contribute to this shift.   Transforming organic by-products into digestate through the anaerobic digestion process minimizes waste, maximizes resource use and returns valuable nutrients to the soil.   By reducing the amount of waste farmers produce, using digestate cuts waste disposal costs and minimizes the environmental impact of organic waste.   Consider the farmer who converts animal slurry into digestate. They have less manure to manage on their land, making it easier to comply with laws limiting the amount of manure that can be applied to their land. In the process they reduce the cost of transporting manure elsewhere and save money on synthetic fertilisers by using digestate instead.   Learn more about the benefits that biomethane production and digestate can offer farmers here: https://lnkd.in/dZxCA6dF  #RNG #energytransition #CycleØ #Decarbonisation #Sustainability  #SustainableFarming #futurefarming #agrifood #BenefitsofBiomethane

Chapter 16: Composting and Vermitechnology in Organic Waste Management https://lnkd.in/dr9VEaxM

❗When is it appropriate to claim biodegradability and compostability on products and packaging? ❌ The sole claim “biodegradable” on products and packaging, without indicating specific standards and environments in which the biodegradation takes place, is misleading and therefore should not be used. ✅ The process of biodegradation is influenced significantly by the surrounding environmental conditions. ✅ Biodegradability claims must be transparent and verifiable and supported by standards that define the scope. Read the below publication to find out when to claim #biodegradability and when it is not appropriate, in #homecomposting, #industrialcomposting, #marine or fresh water, #soil for agricultural application and other environments. 🔗https://lnkd.in/eX52vvnV

For more than a year, Soledad-based Sitos Group has operated a pilot program at Regeneron Monterey’s waste management facility in Marina, transforming wood waste and other organic materials into a usable product while removing carbon that would otherwise end up in the atmosphere. The end product is #biochar, a charcoal-like substance that results from a slow pyrolysis process that sequesters carbon and can be used to improve soil health. Read More Here: https://lnkd.in/gwcy_7vd Jim Archuleta Arnie Didier

🌍 Did you know that the growing trend of municipal solid waste composting faces significant challenges due to physical contaminants? 🌱 We’re pleased to share a significant study by Francis Okori, Jakob Lederer, Allan John Komakech, Therese Schwarzböck and Johann Fellner that reviews the challenge of contaminants in municipal solid waste (MSW) compost. As MSW composting becomes a popular sustainable method for transforming organic waste into valuable compost for agriculture, it's crucial to address threats posed by contaminants like plastics, glass, metals, and stones. This comprehensive review highlights the diverse sources and environmental implications of these contaminants, noting that plastics are particularly concerning, with concentrations reaching up to 15,300 mg/kg in compost. The study underscores the importance of effective source separation, proper waste segregation, and regulatory measures to mitigate these issues and safeguard our soils. Don't hesitate to read more in the article bellow! #Sustainability #WasteManagement #Composting #Agriculture #EnvironmentalImpact

Composting is the easiest, least expensive, and most scalable treatment option for organic waste. Diverting organic waste from landfills can reduce methane emissions by 78%, improve soil quality, and prevent desertification and land degradation. Swipe through to learn about composting and how it can benefit our communities. #BurnNot #GoForZeroWaste #Composting #ThisIsZeroWaste

Polyglu: Nature's Solution for Clean Water – Fast, Safe, and Sustainable. Polyglu is a groundbreaking water purification agent made from fermented soybeans, offering an eco-friendly solution for treating contaminated water. This natural coagulant rapidly binds impurities, causing them to settle, which speeds up the water purification process. Unlike conventional chemicals, Polyglu is non-toxic and biodegradable, making it safe for both the environment and human use. It has been widely adopted in various industries, including food processing and industrial equipment, due to its versatility and reliability. Polyglu’s sustainable composition reduces the need for harmful chemicals, providing a cost-effective and environmentally responsible alternative for long-term water treatment. Its effectiveness makes it a key tool in supporting water safety and environmental conservation efforts. video rights : Respective owners DM for removal /credits #watertreatment #environmental #biodegradable #sustainability #engineering #chemicalengineering #chemicalengineer #mechanicalengineering

Are you doing your part to address Pollutant Organic Particles (POPs Waste)? We all need to take action, and that starts with implementing pollution prevention measures. These microscopic particles consist of harmful organic compounds emitted during everyday activities like transportation, industrial work, and agriculture. Examples include soot, volatile organic compounds (VOCs), polycyclic aromatic hydrocarbons (PAHs), and biological aerosols. To protect our planet and ourselves, it's crucial to use a licensed waste carrier. Don't risk fly tipping, which can lead to toxic effects on wildlife and even contaminate our food sources. Choose CDDL Recycling, a licensed waste carrier that operates with a 100% landfill diversion policy. Join us in our mission to recycle and make a positive impact on our environment. Contact us today 📞 0203 146 0722 or 📧 sales@cddlrecycling.co.uk, Visit our website 🌐 www.cddlrecycling.co.uk.

Peach shell #biochar enhances sheep manure composting by boosting thermophilic temperatures, improving seed germination, and reducing ammonia and #greenhousegas emissions. At 7.5% to 10% concentration, it increases beneficial enzyme activities, making composting more efficient and environmentally friendly. https://lnkd.in/gGCJ5gSn