Dominic O'Rourke’s Post

We were glad to share with you our presentation on the topic Application of Shimadzu chromatography systems for biosurfactant analyses at The Seminar of Shimadzu users 2024. Evonik’s biosurfactants make a clean sweep – literally. They not only remove grease and dirt but are also eco-friendly and gentle on the skin. They are 100 percent biodegradable and therefore enable circular economy. They come with the lowest aquatic toxic profile available on the surfactant market and are safe for oceanic life. All our biosurfactants are produced from locally sourced (EU) bio-based raw materials without the use of tropical oils. They are produced by a safer, mild and low energy fermentation process. Our biosurfactants perform in any condition -independent from water quality. #Evonik #Biosurfactant #Sustainability #Biotechnology #Biosolutions #Shimadzu

The first bio-based and vegan after-treatment for polyamide and its blends in the market! MESITOL® Bio-Fix is a bio-based and vegan after-treatment for polyamide and its blends. This development is a major breakthrough for the textile industry as TANATEX is the first one to provide such an answer which does not contain any kind of Bisphenol, Phenol and Formaldehyde. Instead, we’ve replaced these normally ‘key substances’ with bio-based materials making it 87% bio-based while still being able to achieve the market’s required fastness results as well as complying to all ecological requirements. Learn more: https://buff.ly/49VAbIM #textileindustry #textiles #sustainability

Photocatalysis by NANO TiO2 presents significant potential in challenging fruit preservation methods. This technology positively impacts the ripening process, prolonging freshness, and extending the shelf life of fruits. Fruits naturally produce ethylene, a plant hormone that plays a key role in ripening but also leads to quicker spoilage during storage and transportation. Through photocatalysis, ethylene is degraded into non-toxic byproducts, significantly reducing ethylene levels. By effectively degrading ethylene, this innovative technology contributes to reducing food waste, improving supply chain efficiency, and revolutionizing fruit storage and transportation methods. Ultimately, using photocatalytic coatings approach aligns with sustainability goals by reducing fruit production, greenhouse gas emissions, pesticide usage, waste, water and energy consumption, transport volume and other negative environmental impacts. At Cinkarna, we produce photocatalytic types of nano TiO2. #Photocatalysis #nanotechnology #nanotio2

FN Nano photocatalytic coatings reduce the concentration of ethylene more efficiently than UVC or ventilation. In contrast to UVC,, no ozone and the effect is temperature independent and proportional to the painted area https://lnkd.in/g7PFX2yS

Researchers explored biochar from malt bagasse for removing fluoroquinolone antibiotics from water. Hydrothermal carbonization produced biochar with superior adsorption capacity, especially at pH 8. This study highlights the potential of using brewery waste in water treatment, promoting sustainability and circular economy practices. https://buff.ly/4d14DT7 #Biochar #Pyrolysis #CarbonCapture

Although the term #biopolymer generally refers to a #macromolecule of biological interest, it is now primarily associated with #bioplastics characterized by a high degree of #biodegradability.  Biodegradation is an irreversible natural decomposition process, which ultimately results in the complete alteration of the original material’s properties and structure.  Once #biodegradation is complete, the initial substances will have been transformed into their basic chemical elements: water, carbon dioxide, and mineral salts. In natural environmental conditions, biodegradable materials decompose through the action of biological agents such as bacteria, plants, animals, and other factors like sunlight and water. At #Invenio, we use a variety of carefully selected raw materials for the production of high-performance #electrospun materials, including #biopolymers. Learn more by continuing to follow us.

According to recently finalized long-term tests regarding the degradation of the material in PowerGranules BIO, it's now concluded that particles created when using PowerGranules BIO are NOT considered microplastics, according to EU regulation 2023/2055. 💚🎉 - We are incredibly proud and pleased with the result. PowerGranules BIO is the first granule in the industry with proven degradability. It marks a significant advancement in the field of granule ware washing technology. Our efforts to further develop and enhance our granules continue, alongside our work with the Granule Technology machines where we aim to simplify handling for the users, says our CEO, Mikael Victor Samuelsson. Tests were carried out by RISE Research Institutes of Sweden under ISO 17556:2019 - biodegradability of plastics in soil. Results showed a degradation level of 94% in 24 months (90% required to pass). Read the press release for details: https://lnkd.in/eGZSGY74 A special thanks to our fabulous R&D team for your tireless work and dedication to this project. We are blessed to have you 🙏 Åsa Håkansson Isak Svenningsson Pontus Nordfeldt Cho Seng Lim #sustainableoperations #commercialkitchenequipment #pureperformance

🤩 Next up on our ones to watch: MicroHarvest🤩 💡MicroHarvest, harnessing the power of microorganisms, was born out of the realization of how pressing the problem of sourcing sustainable protein really is today. "Bacteria can grow fast in bioreactors that exist and work at scale today and, if you pick the right ones, they can be incredibly efficient and contain lots of protein,” comments Luísa Cruz, CTO and Co-founder. “So we started MicroHarvest to feed the world sustainably and drive impact.” 🤝Get to know MicroHarvest in the latest issue of the Protein Production Technology International magazine. 🔗https://hubs.ly/Q02rw9jv0 #alternativeproteins #sidestreams #ingredients #circularity #futureoffood #sustainability

At SBR International, we are aware of the omnipresence of nonylphenol in various industries, driven by its low cost. While its use has been widespread, we cannot ignore its negative environmental impact. We are committed to innovation and the development of sustainable solutions. Therefore, we present BIO 65, an eco-friendly alternative to nonylphenol that offers the same properties and benefits, without compromising price or quality. 🔹 BIO 65: A Shift Towards Sustainability 🔹 - Biodegradable: Significantly reduces environmental impact compared to nonylphenol, which persists in the environment for long periods. - Effective: Provides the same properties and benefits as nonylphenol, ensuring the quality and performance of your products. - Economical: Maintains a competitive cost, making the transition to sustainable alternatives accessible to all industries. 🔹 More Than a Product, an Opportunity 🔹 BIO 65 not only represents an eco-friendly solution but also an opportunity to open new doors in chemical formulations. Its biodegradability and efficiency make it a key element for the development of more sustainable and environmentally responsible products. At SBR International, we believe that the future of the chemical industry lies in innovation and environmental responsibility. BIO 65 is an important step in that direction, inviting you to join us in building a greener and more sustainable future. 🔹 Contact us and discover how BIO 65 can transform your business and contribute to a greener future 🔹 Together, we can make a difference. #SBRInternationalGmbH #Nonylphenol #Sustainability #Unitop95 #GreenSolutions #ResponsibleChemistry #GreenFuture

Sharing my latest research article on how incorporating starch & protein and standardizing the film making process can address the strength and solubility issues of biodegradable films. Our standardized biopolymeric film, developed using tapioca starch, WPI, and glycerol, demonstrated improved engineering properties and thermal gravimetric investigation. Our analysis also recommends varying storage conditions for food product usage. These results can guide future research and development efforts in sustainable and environmentally friendly packaging materials. Let's explore the commercial development of bio polymeric films to reduce the environmental impact of plastic waste and create a sustainable future. #biopolymericfilms #sustainablepackaging #environmentallyfriendly #plasticwaste #researchanddevelopment