Gilmar Freire’s Post

I've been to more than one dust collector fire and this is always a very real, underestimated potential for combustible dusts. Sometimes the fire may be small, but firefighting operations itself can cause dust to disperse and be suspended in air, raising the flash potential. Prevention involves well sealed dust collection systems, regular cleaning (and designing) of horizontal surfaces to not accumulate layers of dust - that's often easier said than done. Hot work should be avoided or strictly managed in combustible dust areas. US OSHA has resources on combustible dusts available online, including lists of products that are classified as combustible dusts.

💧 Dust Suppression vs. Dust Prevention: Key Differences 💧 When it comes to controlling fugitive dust during material handling, there are two main approaches: dust prevention and dust suppression. 🚿 Dust Prevention systems operate at low pressure (< 10 bar), using large volumes of water to contain dust at its source. These systems create coarser droplets, which are more suited for wetting the dust rather than misting it. 💨 Dust Suppression systems, on the other hand, use high pressure (> 50 bar) to atomise water into a fine mist that effectively captures and settles airborne dust. This method is especially efficient at controlling respirable dust (<10 microns), which poses serious health risks such as silicosis. Here’s why high-pressure dust suppression is often the preferred option: ✅ Lower water usage compared to low-pressure systems ✅ Improved safety by controlling airborne respirable dust ✅ Reduced blockages in downstream processes since moisture is added to the air, not the material itself Which system is right for your operation? It depends on your needs, but high-pressure dust suppression often proves to be more efficient and effective in industrial environments. #DustControl #SafetyFirst #IndustrialSolutions #HealthAndSafety #DustSuppression #Sustainability

Joe is back with five more top tips for a successful dust control program! Check out the tips below ⬇️ 1️⃣ Follow application guidelines: Apply .25 to .3 tenths of a gallon per square yard. 2️⃣ Timing matters: Avoid applying the product during or immediately before heavy rainfall to prevent chloride from being washed off the surface. 3️⃣ Beat the heat: On hot days, apply in the early morning or evening to prevent moisture loss due to evaporation and keep the dust suppressed. 4️⃣ Opt for liquid solutions: Use a liquid solution like magnesium chloride instead of a solid product. This approach minimizes product waste due to bounce and scatter, ensures better coverage, requires fewer applications, and ultimately reduces costs. 5️⃣ Adjust reapplication rates: When reapplying, use a lower application rate to maintain effectiveness while conserving resources and reducing environmental impact. 🌟 Want to learn more about dust control? Take advantage of our free on-demand webinar, where we discuss the best practices for a successful dust control program. Register and watch today: https://lnkd.in/gBgK7Urz #dustcontrol #roadmaintenance #dustcontroltips #magnesiumchloride #calciumchloride

💥 Understanding and Preventing Dust Explosions in Material Handling 💥 Dust explosions can pose a significant risk in handling both inorganic and organic materials. Here are some key causes and how we can prevent them: Causes: 🌬️ Uncontrolled Material Flow: Leads to airborne dust. 🚀 High Flow Rates: Rapid movement increases dust suspension. 💦 Water Jet Application: Can disperse dust into the air. Use water sprays or long-range fire monitors instead. Prevention: 🛠️ Manage Material Flow: Control and regulate to minimize dust. 💧 Use Spray Mode for Water: Suppresses dust without dispersing it. 🌬️ Improve Ventilation: Install effective systems to remove dust. Implementing these measures can significantly reduce the risk of dust explosions and create a safer work environment. hashtag #WorkplaceSafety hashtag #DustExplosionPrevention hashtag #IndustrialSafety hashtag #MaterialHandling hashtag #SafetyFirst hashtag #WorkplaceWellness hashtag #HealthAndSafety hashtag #SafetyTips hashtag #RiskManagement hashtag #SafeWorkplace

With 78% of the fuel samples we test contaminated, a quick test really can prevent a costly and disruptive disaster later. Can your business afford operational downtime? Call 01377 259374 to book a fuel test today. Contamination symptoms include: ⚠️ Cloudy appearance – there’s water in your fuel ⚠️ Dark colour – asphaltene particles are growing, which agglomerated, can block filters ⚠️ Varnish smell – fuel is old ⚠️ Clogged filters – sludge build-up ⚠️ Rusted tank – there is water in your tank Learn more: https://ow.ly/rhtS50TlUF1

Pressure washing not only improves the appearance of your property but can also prevent damage caused by harmful substances like mold and mildew. Learn more about the benefits of pressure washing on our website!

Knowing the combustible properties of the dust handled in your facility is often the first step toward avoiding a devastating dust explosion. We are here to help! If you have any questions about your dust, require dust testing or need a partner to interpret a previously performed dust test, just click the following link to begin a conversation with one of our experts: https://lnkd.in/e8s2uAWd #dusttesting #combustibledust #safety #explosionprotection

Pressure washing not only improves the appearance of your property but can also prevent damage caused by harmful substances like mold and mildew. Learn more about the benefits of pressure washing on our website!

Pressure washing not only improves the appearance of your property but can also prevent damage caused by harmful substances like mold and mildew. Learn more about the benefits of pressure washing on our website!

💧✨Did you know cleaning your cooling tower before winter helps prevent ice formation, reduces the risk of microbial growth, corrosion, performance issues and equipment failure? ✨💧 • Ice Formation: Dirt and debris can trap moisture, leading to ice buildup when temperatures drop. This can damage components and affect overall efficiency. • Microbial Growth: Biofilms and bacteria, such as Legionella, thrive in dirty environments. If not cleaned, this can pose health risks and lead to contamination. • Corrosion: Accumulated debris and stagnant water can promote corrosion of metal components, leading to costly repairs. • Inefficiency: A dirty cooling tower won't operate as efficiently, leading to higher energy costs and reduced performance when it's time to use it again. • System Failure: In severe cases, neglecting maintenance can lead to complete system failure, requiring significant repairs or replacement. A thorough cleaning helps ensure your system operates efficiently when you need it again, saving you from costly repairs and keeping your environment safe. Clean your cooling tower this Fall to prevent the chill of costly issues! Contact HCTS today to learn more at 905-515-5879 / info@hcts.ca ❄ ⚙ #HCTS #CoolingTower #WinterPrep #MaintenanceMatters #StaySafe #Efficiency #maintenance #preventativemaintenance #routinemaintenance #facilitymaintenance #propertymaintenance #postseason #coolingtowerservice #coolingtowermaintenance #HVAC #HVACequipment #HVACMaintenance #WinterReady #industrial #industrialmaintenance #industrialequipment #Legionella #corrosion #systemfailure #equipmentfailure #ice #damage #costlyrepairs