Dropps®’s Post

The Unitop PQ-70(M). This surfactant goes beyond conventional excellence by being not only highly effective but also environmentally friendly. Let us highlight why the Unitop PQ-70(M) stands out as a "Green Surfactant" in the industry. 1. Free of Fatty Amines: Unlike many conventional surfactants, Unitop PQ-70(M) is formulated without fatty amines, making it an environmentally friendly choice and safer for human health. 2. Sustainability: We are committed to environmental sustainability, and Unitop PQ-70(M) reflects this commitment by minimizing its impact on ecosystems and natural resources. We are delighted to share samples of Unitop PQ-70(M) so you can experience its effectiveness and its contribution to more sustainable practices. Feel free to contact us for more details and to discuss how this green surfactant can enhance your formulations and agricultural practices. #SBRInternational #Surfactant #Paraquat #GreenSurfactant #EnvironmentalSustainability #SustainableAgriculture #ChemicalInnovation

Focusing on fiber digestibility and #feedefficiency, producers can be more sustainable and profitable. ZINPRO® IsoFerm® is an essential nutrient that equips high-performing cows with a more efficient rumen. Learn how to improve operational #sustainability in our new blog: https://zinp.ro/3xmi6Wt

Tired of dealing with difficult-to-feed organic materials? The BurCell System is the answer ✅ Our innovative technology produces a more homogenous organic fraction, making feedstock easier to handle and feed into an Anaerobic Digester. Learn more about the BurCell System today at www.burcellteam.com. #GreenInitiatives #Sustainability

🌍 Reduce your pet's carbon pawprint! Look for #PetFood companies using ethically sourced proteins like the ones developed on #CHEERS project. Every small choice adds up to make a big impact on our planet. 🌿 #PetSustainability Learn more about the project 👉https://bit.ly/3ng4szy

📚 Excited to share a fascinating article: "Bioaccumulation and biotransformation of plasticisers diisononyl phthalate and di(2-ethylhexyl) terephthalate in black soldier fly larvae reared on (micro)plastic-contaminated food waste“  by Prof. Giulia Poma’s team. ✨ Food waste is currently used for the production of biogas. However, a reusage of waste is preferred to follow the principles of the circular economy and consider the waste management hierarchy, which can be achieved by rearing black soldier fly (BSF) larvae on such organic waste. Nonetheless, the presence of (micro)plastics and related additive plasticisers might induce chemical safety hazards to the larval applications as feed. Therefore, the bioaccumulation and biotransformation of two plasticisers (diisononyl phthalate (DINP) and di(2-ethylhexyl) terephthalate (DEHT)) in BSF larvae reared on food waste streams contaminated with polyvinyl chloride (PVC) (micro)plastics were investigated. Results showed that BSF larvae appeared to have a moderate intake of DINP during its rearing phase of 10 days (82 - 273 ng/g), while being able to biotransform it into the primary biotransformation product monoisononyl phthalate (MINP) within 24 h. For DEHT, an uptake of 67 - 137 ng/g was measured in the BSF larvae; however, no clear biotransformation pattern was observed. In addition, while no secondary oxidative biotransformation products were found in the larvae, these were measured in the frass, leading to the hypothesis that microorganism-mediated biotransformation of plasticisers occurred. In conclusion, based on the results of this study, BSF larvae could potentially be used safely in the frame of circular economy, when reared on organic substrates contaminated with the same PVC microplastic content and sizes used. Read more: https://lnkd.in/g3nKc7CR Download: https://lnkd.in/g3aJdXAj #Insects #chemicalsafety #feedsafety #microplastics #plasticisers

Serious question ❓ How much valuable material, such as premium-grade #proteins, #oils, and #fats—key ingredients that can be upcycled into high-quality #animalfeed or converted into #biofuels—is being needlessly wasted due to the limitations of traditional #wastewaterchemistry? Traditional treatment processes, reliant on coagulants like #aluminum or #ferric, are denaturing and destroying these commodities, rendering them unusable and forcing them into #wastedisposal sites or land application. This not only creates a tremendous financial burden but also exacerbates #environmentaldegradation by contributing to unnecessary waste and #carbonemissions. Imagine the impact if your organization could preserve these valuable components instead and cut out operational expenses created from excess waste disposal cost. Innovative technologies like #Lanthanum-based coagulants offer a non-toxic, cost-effective alternative, capable of delivering superior treatment at lower concentrations across a broader pH range. Unlike traditional methods, lanthanum preserves the integrity of these essential commodities, transforming what is currently treated as waste into #resources that can fuel our economy, reduce our #carbonfootprint, and promote sustainable practices. The question we must ask is: How much longer can the #foodandbeverageindustry plants who haven't made a change, afford to ignore this opportunity for #innovation, #profitability, and #environmentalstewardship and how long will they keep paying to generate and throw away unnecessary waste? #petfoodindustry #poultryindustry #dairyindustry #meatindustry #pork #beef #procurement #nontoxic #wastewatertreatment #resourcerecovery #wastetoenergy #sustainable #chitosan #rareearths

The bacterial species, Ideonella sakaiensis, breaks down plastic by using two enzymes to hydrolyze PET and a primary reaction intermediate, eventually yielding basic building blocks for growth. https://lnkd.in/ggVeu5gs

What are the key factors driving the demand for #oleochemicals, and how do they contribute to environmental #sustainability? Oleochemicals, derived from #natural sources like plant or animal fat, experience heightened demand due to their green and #biodegradable nature. Activated #carbon purification enhances their #environmental friendliness. With the increasing demand for green #chemicals, readily available #rawmaterials, and tightening environmental regulations, oleochemicals emerge as a #sustainable alternative, replacing petroleum-based products. Their diverse applications in #foodpackaging, sanitizers, and cleaning products position them as a pivotal player in fostering eco-friendly practices and meet evolving market demands. Explore the market: https://lnkd.in/dWcDg5xZ Key Market Players: Procter & Gamble, Wilmar International, Twin Rivers Technologies, Emery Oleochemicals, Oleon NV #AMR #Oleochemicals #GreenChemistry #SustainableSolutions #Biodegradable #EnvironmentalFriendly #EcoFriendlyProducts #RenewableResources #NaturalIngredients #GreenInnovation #CleanTechnology #BioBased #SustainabilityShift #ConsciousConsumption #EnvironmentalHarmony #GreenPackaging

At Dropps, we're leading the shift towards a more sustainable future with our commitment to biobased formulations. But what does "biobased" truly mean? The USDA Biobased certification indicates that eligible Dropps products have been rigorously tested and confirmed to contain a significant percentage of renewable, plant-based materials instead of petroleum-derived ones. Achieving a high percentage of biobased content is a process of meticulous sourcing and advanced formulation to ensure effective performance without the harmful chemicals. The shift to biobased means not only cleaner products for you but also a healthier planet overall! By prioritizing bio based ingredients, we’re proving that effective cleaning and environmental responsibility can go hand in hand. #Biobased #SustainableLiving #Dropps #GreenFuture

Our line of Bioremediation products. Bioremediation of water and soil contaminated by hydrocarbons. Our REMEDIADE products are totally non toxic, green, based on engineered bacteria that literally eat the hydrocarbons and release nutrients (yes your soil will be not only cleaned but also already fertilized and ready to be sown or planted, in no time)