Sterling Specialty Chemicals’ Post

Check out our resources to stay safe around combustible dust year-round! Today marks the last day of this year’s #DustSafetyWeek. Combustible dust safety is an important part of process safety to keep processes and people safe, particularly when dealing with wood and its by-products. There are numerous proven methods to prevent fire and explosion incidents when handling highly combustible wood along with mitigation methods that can reduce the impacts to processes and keep personnel safe in the event of a fire, flash fire, or explosion. Understanding your fire and explosion protection options can be a challenge when trying to meet regulatory criteria while staying within budget — that’s where combustible dust experts come in. Knowledge is essential when implementing process safety at your facility. Here are some resources that can help in your path to compliance! 1 ⭕ Testing Dust for Combustibility and Explosibility 🔗https://lnkd.in/eXTAGyMt 2 ⭕ Advancing Forward After Your DHA 🔗https://lnkd.in/gamUg3gF 3 ⭕ Biomass Industry and Dust Safety 🔗https://lnkd.in/ghjsp7xb Thanks to the organizers of Dust Safety Week at Canadian Biomass Magazine, Canadian Forest Industries, and Pulp & Paper Canada! Remember to follow them on social and check out their website for the latest information on their respective industries. If you want additional information on how to protect your process, you can follow our page on LinkedIn or reach out to our knowledgeable sales team at sales@cvtechnology.com. #DustSafetyWeek #CombustibleDustAwareness #CombustibleDust #DustTesting #DustHazardAnalysis #Safety #ExplosionProtection #FireProtection #NFPA #CCOHS #ProcessSafety

Below you can find some good idea to where to focus to increase you #Petrochemical bottom line saving primary #energy. #heatregenration is crucial for efficiency and #CO2 reduction is here and feasible implementation.

🌟 Enhanced Oil Recovery (EOR) Methods: Unlocking Hidden Reserves! 🌟 🔍 Understanding EOR: Enhanced Oil Recovery (EOR) techniques play a crucial role in maximizing oil production from existing reservoirs. These methods go beyond primary recovery (natural pressure and water flooding) to extract additional oil that would otherwise remain trapped underground. 🚀 Methods of EOR: CO2 Flooding: Injecting carbon dioxide into the reservoir to reduce oil viscosity and improve sweep efficiency. Low Salinity Injection: Altering the water chemistry to enhance oil recovery by more than 20%. Polymer Flood: Using polymers to increase water viscosity and displace oil effectively. Thermal Methods: Applying heat (such as steam or hot water) to reduce oil viscosity and improve flow. Alkaline (pH) Flooding: Adjusting the pH of injected water to enhance oil mobility. Microbial EOR: Utilizing microorganisms to break down oil components and improve recovery. Combination Strategies: Often, a mix of these methods yields the best results. 📊 Did You Know? EOR can significantly boost oil recovery rates, making it an essential tool for sustainable energy production. Companies worldwide are investing in research and development to optimize EOR techniques. 🌐 Share the Knowledge! Feel free to share this post with your network! Let’s spread awareness about EOR and its impact on the energy industry. 🌎💡 #OilAndGas #EnergyIndustry #SustainableEnergy

Conversion of sewage sludge to clean solid fuel using hydrothermal carbonization: Hydrochar fuel characteristics and combustion behavior https://lnkd.in/exKW69Qy

Recent studies highlight sustainability as a key trend-driver in the global Heat Transfer Fluid market, and with their range of environmentally-friendly benefits, it’s easy to see why 📈 Products like CORECHEM’s Glycochill+ P-Series Heat Transfer Fluids demonstrate how sustainability doesn’t have to compromise on performance: ✅ Exceptional thermal conductivity ✅ Freeze protection you can rely on ✅ Superior corrosion resistance ✅ 100% USDA Certified Biobased Product An optimum choice for geothermal systems, GlycoChill+ P-Series is a testament to the power of bio-based solutions. Find out more about this innovative product and contact us to arrange a bulk fill 👉 https://lnkd.in/eRB2QNty #CORECHEM #ChemicalSupplier #HeatTransferFluids #Geothermal #Sustainability

ESTER-GAZERS BLOG SERIES In this series, we will discuss the different condition monitoring options for the analysis of transformer component performance where natural esters are used as lubricants in transformers.   Natural esters, derived from 100% renewable vegetable oils, are superior to mineral oil for use in distribution and power-generation transformers of all voltage classes, both new and retrofilled.   To read more about the mixtures of natural ester oils and other dielectric fluids in transformers, click here: https://lnkd.in/dPEFuGyp   #WearCheck #oilanalysis #conditionmonitoring #esters #transformers

Catalytic thermal oxidation is used for the neutralization of pollutants, ensuring thermal oxidation is used for the neutralization of pollutants, ensuring purified and cool gases are then supplied to the exhaust system, discharged through a purified gas exhaust pipe. ⚡️A system of two thermodicality reactors ensures the operation of the treatment unit in various performance modes 1 in 6,000 Thorough hour to maximum 9,000 Thorough hour, three additional 1,000 Thorough hour. This flexibility allows for efficient air purification under different operational conditions. The gas distribution unit plays a crucial role in managing the flow of natural gas throughout the system, ensuring that the natural gas are evenly distributed across the reactors. The power shield provides protection against power surges, ensuring the continuous operation of the system. 📲 +382 6850 6463 📩 info@plazkat.com 🌐 plazkat.com #plazkat #plazkatairpurification #plasmagroupinternational #plasmacatalysis #zeroemissions #airpollution #gascleaning #oxicat

Characteristics of carbonized sludge for co-combustion in pulverized coal power plants https://lnkd.in/e4aH_uGa

Mineral or synthetic? How to choose a heat transfer fluid Thanks to Clive Jones at Global Heat Transfer for his insights: https://lnkd.in/eKuDDpMK Alison Gardner Barney Hallawell

TECHNOLOGY CHANGE POINT IN FINECOAL DEWATERING – ICPC 2023 Our colleague Jurgen Hahn will report on “Technology Change Point - a benchmark for energy savings in fine coal dewatering” on the XX International Coal Preparation Congress 2023 (ICPC), 16. - 19. Oct., Gold Coast, Australia Rotary vacuum disc filters and horizontal belt filters are applied in the dewatering of fine coal concentrates achieving typically moisture content in the range of 20 – 30 w/w %. They have the lowest energy requirements when residual moisture in the range of 22 – 30 w/w % is sufficient. However, the lower the desired residual moisture, the higher the air flow through the coal particles and the energy required to generate this higher air flow. Depending on the individual concentrate properties, there is a critical point for the residual moisture from which the specific energy requirement per tonne of solids increases exponentially if the filter cake is to be further dewatered. This point is to be regarded as a "technology change point" and other dewatering technologies such as hyperbaric filtration should be considered if lower residual moisture is required. XX International Coal Preparation Congress 2023 (ICPC): https://icpc2023.com/ Read more about BOKELA technology for coal dewatering: https://lnkd.in/eMmPEMPQ #coaldewatering #filtrationtechnology #solidliquidseparation #thefiltrationpeople