SAMABRIVA’s Post

Unlock Precision and Productivity in Antibiotic Production with Our Fermenters! Experience the Power of Fermenters: 🔬 Controlled Environment: Ensure optimal conditions for antibiotic production, maintaining consistency and quality. 📈 Scalability: Seamlessly scale up production to meet growing demand without compromising efficiency. 🌱 Improved Yield: Maximize antibiotic yield and productivity with advanced fermentation technology. 🔍 Quality Control: Maintain stringent quality standards throughout the production process, ensuring superior antibiotic products. 🚫 Reduced Contamination: Minimize the risk of contamination, safeguarding the purity and integrity of your antibiotics. 💡 Efficient Resource Utilization: Optimize resource usage for cost-effective and sustainable production. ⏱️ Time Efficiency: Streamline production timelines and accelerate time-to-market for your antibiotic products. Contact us today to learn more about our fermenters and revolutionize your antibiotic production process! #Antibiotics #Fermentation #PrecisionProduction #Productivity #QualityControl #Biotechnology #BiotechInnovation #AntibioticManufacturing #FermentationTechnology #QualityAssurance #ResourceEfficiency #PharmaceuticalProduction #AdvancedFermenters #Bioprocessing #HealthcareSolutions #IndustrialBiotech

Traditionally derived from plant and animal fats, glycerine is a versatile compound used in industries ranging from pharmaceuticals to cosmetics. However, its conventional production methods often come with significant environmental footprints. By utilizing innovative biochemical processes, we produce a synthetic glycerine with greater efficiency and consistency, reducing dependence on natural resources. This not only ensures a stable supply but also aligns with our global sustainability goals by minimizing waste and emissions. To find out more about our Synthetic Glycerine, email us at biopharma@actylis.com #Actylis #Partnerofchoice #insulin #antidiabetic #injections #SyntheticGlycerine

The global MaltoOligosaccharides market was valued at US$ 12500 million in 2023 and is anticipated to reach US$ 17570 million by 2030 witnessing a CAGR of 5.0% during the forecast period 20242030. #MaltoOligosaccharides #GlobalMarket #FoodIndustry #Pharmaceuticals #Prebiotics #FunctionalFoods #GutHealth #DietarySupplements #HealthAndWellness #MarketGrowth

Understanding the Agrobiology of Agrochemical Formulations provides practical insights related to herbicide formulation and allows us to identify challenges and opportunities. Check out the links below for further insights into the factors determining active ingredient uptake and translocation as well as the essential principles of adjuvants and formulation types, and how the application and bioavailability of herbicide formulations can be optimized, enhancing efficacy, providing product differentiation and addressing environmental and regulatory challenges.

Plant-based pharmaceutical producers are battling massive increases in growing costs. Fertilizer prices soared by 80% in 2022 and rose another 30% in 2023. This is just one of many eye-catching stats and facts you’ll find in our latest infographic. SAMABRIVA’s innovative platform could be the answer that the #pharmaceuticalindustry needs to tackle rising costs. By taking plant-based production out of the field and into the factory we can offer stable, predictable pricing. We can also make #biomolecules all year round, in any location. #biomanufacturing #bioprocessing #bioproduction https://lnkd.in/eeA9YXNS

Understanding the Agrobiology of Agrochemical Formulations provides practical insights related to herbicide formulation and allows us to identify challenges and opportunities. Check out the links below for further insights into the factors determining active ingredient uptake and translocation, as well as the essential principles of adjuvants and formulation types. By optimizing the application and bioavailability of herbicide formulations, we can enhance efficacy, provide product differentiation, and address environmental and regulatory challenges.

Where are stainless steel filter cartridges used ? 1. Water filtration systems: Municipal water treatment plants Industrial water purification processes Reverse osmosis (RO) systems Desalination plants 2.Food and beverage industry: Filtration of liquids (juices, wines, beers, etc.) Removal of particulates and contaminants Sanitization and sterilization processes 3. Pharmaceutical and biotechnology: Filtration of active pharmaceutical ingredients (APIs) Removal of microorganisms and contaminants Sterilization of liquids and gases 4.Automotive industry: Filtration of lubricants and hydraulic fluids Removal of particulates and contaminants #susfiltercartridge #waterfilterationsystem #watertreatmentplants #RO #desalinationplants

Understanding the Agrobiology of Agrochemical Formulations provides practical insights related to herbicide formulation and allows us to identify challenges and opportunities. Check out the links below for further insights into the factors determining active ingredient uptake and translocation and the essential principles of adjuvants and formulation types. By optimizing the application and bioavailability of herbicide formulations, we can enhance efficacy, provide product differentiation, and address environmental and regulatory challenges.

Understanding the Agrobiology of Agrochemical Formulations provides practical insights related to herbicide formulation and allows us to identify challenges and opportunities. Check out the links below for further insights into the factors determining active ingredient uptake and translocation and the essential principles of adjuvants and formulation types. By optimizing the application and bioavailability of herbicide formulations, we can enhance efficacy, provide product differentiation, and address environmental and regulatory challenges.

Fatty acid is a building block for a wide range of day-to-day products, from personal care, to food, and pharmaceuticals. In oleochemical manufacturing, the process for converting fats and oils into fatty acids and glycerol is thermal fat splitting.  For oleochemical manufacturers, having an efficient thermal fat splitting can bring additional yield, minimized energy costs and water usage. Enzymatic pre-splitting is the answer to a more efficient thermal fat splitting process. How does it work? Add Lipura® Split—an enzyme biocatalyst—and water to an existing stir tank, prior to introducing the feedstock to the splitting tower.  The results? Up to 30% energy savings, maximized degree of splitting (DOS), a 20% increase in throughput, and up to 30% water savings!  It’s time for you to expect more from your thermal fat splitting operation. Check out Novonesis’ biosolutions for pre-splitting 👇 https://lnkd.in/dgZdEf8B #Novonesis #FatSplitting #FattyAcids #OilsandFatsProcessing #Oleochemicals