Koala Insulation of the Midsouth’s Post

Do you perform a weekly flush of your emergency eyewash stations and showers, as required by ANSI Z358.1? ANSI Z358.1-2014 states that plumbed eyewashes, facewashes, drench hoses, and emergency showers "shall be activated weekly for a period long enough to verify operation and ensure that flushing fluid is available". The intent of the weekly activation is to ensure that there is a flushing fluid supply at the head of the device and to clear the supply line of any sediment build-up that could prevent fluid from being delivered to the head of the device and minimize microbial contamination due to stagnant water. The duration of this test is dependant on the volume of water contained in the unit itself and all sections of pipework that do not form part of a constant circulation system (also known as “dead leg” portions). Water in these sections is stagnant until a flow is activated by opening a valve. The goal is to flush out stagnant water in the dead leg completely. If you had corrosive materials (or anything else in your eye(s)) that needed flushing, is this what you'd want sprayed in your face? 🤢 #arrowsafety #safety #safetyconsultant #safetytraining #manufacturing #osha #glasgowky #louisville #kentucky #assp #construction #oilandgas #training

How would you like to flush your eyes with the water coming from this eyewash? Would you be surprised if I told you that the majority of plumbed Emergency Shower and Eyewash (ESEW) equipment will not be compliant to ANSI Z358.1 or function as designed? Weekly flushing prevents what you see in this video from occurring in most cases. Were you aware that ESEW equipment is considered by OSHA as a "FIRST-AID" ? OSHA's general requirement, 29 Code of Federal Regulations (CFR) 1910.151(c), requires that facilities provide emergency eyewash and shower equipment where employees may be exposed to corrosive materials. The equipment must be suitable and immediately available for quick drenching or flushing. I'm happy to discuss this subject matter if you wish to do so. Proverbs 27:17 - "As iron sharpens iron, so a friend sharpens a friend"

Maintaining spray guns is crucial for keeping them efficient and extending their lifespan. For professionals in the construction industry and other fields where this equipment is heavily used, here are some practical tips on how to save thousands on maintenance 👇   1. Clean Thoroughly After Every Use 🧼 Often underestimated but absolutely essential is thoroughly cleaning the spray gun after each use. Adhesive residue or other materials can clog nozzles and hoses, leading to costly repairs. Use the proper solvents and cleaning kits recommended by the manufacturer.   2. Use the Right Filters 🔍 Involves using the correct filters in the spray system. Many users skip this step, which can allow contaminants into the gun. Filters prevent solid particles from damaging nozzles and internal mechanisms. Regular filter replacement is key – in the long run, it significantly reduces repair costs.   3. Staff Training 🎓 Ensure that all operators are adequately trained in the use and maintenance of spray guns. Handling errors are one of the main causes of premature equipment wear. Regular training and reminders can reduce the number of breakdowns resulting from improper use.   4. Proper Storage Conditions 🏠 Spray guns should be stored in a dry, clean place, away from extreme temperatures. Storage conditions directly impact the technical condition and durability of the equipment. Moisture and dirt can lead to corrosion and mechanical damage.     #maintenance #sprayguns #construction #savings #tips #professionals

Mechanical System (2/2) Troubleshoot of the fire protection electric pump 1. Prob: The impeller are stuck because any corrosion 2. Act: Open the cover, then repair and cleaning the impeller from corrosion, cleaning the cover paking & add sealant glue 3. Results: Test running Manual mode, the impeller has run & safe from seepage and leaks.

‼️ Pump Hook up ‼️ A pump hook-up typically refers to the process of connecting a pump to a power source, pipeline, or other equipment. Here's a general overview of the steps involved: # Pre-Hookup Checks 1. *Ensure compatibility*: Verify that the pump is compatible with the power source, pipeline, and other equipment. 2. *Inspect the pump*: Check the pump for any damage or wear and tear. 3. *Read the manual*: Familiarize yourself with the pump's operating manual. # Hookup Procedure 1. *Connect the power source*: Connect the pump to the power source, ensuring that the voltage and frequency match the pump's requirements. 2. *Attach the suction pipe*: Connect the suction pipe to the pump's inlet, ensuring a secure and leak-free connection. 3. *Attach the discharge pipe*: Connect the discharge pipe to the pump's outlet, ensuring a secure and leak-free connection. 4. *Prime the pump (if necessary)*: Prime the pump according to the manufacturer's instructions, if necessary. 5. *Test the pump*: Test the pump to ensure it's working properly and efficiently. # Safety Precautions 1. *Wear protective gear*: Wear protective gear, such as gloves and safety glasses, when working with pumps and pipelines. 2. *Ensure proper ventilation*: Ensure proper ventilation when working with pumps and pipelines to prevent inhalation of fumes or particles. 3. *Follow lockout/tagout procedures*: Follow lockout/tagout procedures to prevent accidental start-up of the pump during maintenance or repair. join our group for all updated knowledge https://lnkd.in/dYSFCKcG #PumpHookup #PumpInstallation #PumpingSystem #FluidHandling #PumpMaintenance #IndustrialPumps #PumpRepair #PipelineConnection #FluidTransfer

*Common causes of fire* 1. Smoking of Bidi, cigarettes. 2. Hot surfaces. 3. Mechanical frictions. 4. Bad housekeeping. 5. Welding and cutting. 6. Open flames. 7. Chemical reactions. 8. Static electricity 9. Lightning 10. Ignition sparks *Statutory provisions* Section 38 of hattrick 1948 Rule 71B of MFR 1963 Various IS standards NFPA code NBC Part IV *Design for fire safety* Fire resistance of building material Fire safety of building, plant, exit, equipment etc. Lightning arrester

“ 11 Minimum Safety precautions for Compressed Gas Cylinders “. #Securecylinders: Use chains to secure cylinders during use to prevent them from moving. #Storecylinders: Always store cylinders in an upright position. #Preventrolling: Use a dedicated trolley to transport cylinders and avoid rolling them. #PPE’s : Wear appropriate safety equipment, such as safety glasses and gloves, when handling cylinders. #ProtectiveCaps: When not in use, place the protective cap on the valve assembly to protect it from damage if dropped. #Pressureregulators: Use pressure regulators that are compatible with the specific gas and application. #Trainings : Train workers on proper handling, storage, and use of compressed gas cylinders. #Inspections : Inspect cylinders regularly for signs of damage or wear. #Safelocation: Store cylinders in a well-ventilated, dry, and secure area away from heat sources and incompatible materials. #Damagecylinder: Do not use a cylinder that is damaged or has a leaking valve. #Emergencyprocedures: Be familiar with the emergency procedures in case of a gas leak or cylinder rupture.

🔒 Ensuring Operator Safety: Proper Dust Containment at Three Levels 🔒 Are you managing materials that could pose risks to your operators when exposed? Let's discuss the importance of Proper Dust Containment, starting with Level One: The Sure Seal Spout Clamping System Level One involves implementing a Sure Seal Spout Clamping System during product discharging. This safe and operator-friendly system pneumatically clamps the bag discharge spout between a flange ring and an inlet stub, forming a dust-tight seal. Benefits: ✅ Ensures operator safety by minimizing exposure to hazardous materials. ✅ Easy-to-use design promotes efficiency and convenience. ✅ Low-pressure pneumatic operation guarantees safe handling. Check it out in action below 👇 #WorkplaceSafety #DustContainment #OperatorSafety #InnovativeTechnology #knowledgetransfer

ORDINARY LOCATIONS VACUUM SYSTEM Vacuum Cleaning Method, NFPA 652 clause 8.4.2.2.1.7 and NFPA 654 clause 8.4.3.7, Portable vacuum cleaners that meet the following minimum requirements shall be permitted to be used to collect combustible particulate solids in unclassified (nonhazardous) areas:   (1) Materials of construction shall comply with 9.4.7.1 Conductive Equipment. (2) Hoses shall be conductive or static dissipative. (3) All conductive components, including wands and attachments, shall be bonded and grounded. (4) The fan or blower shall be on the clean side of the primary filtration media or wet separation chamber, (5) Electrical motors shall not be located on the dirty side of the primary filtration media or wet separation chamber unless listed for Class II, Divison 1, locations. (6)* Where liquids or wet materials are picked up by the vacuum cleaner, paper filter elements shall not be used. (7) Vacuum cleaners used for metal dusts shall meet the requirements of NFPA 484. As you can see no reference is made to AEx Div. 1 or Div. 2 hazardous locations. Be healthy & Safe! Applicable Requirements : ANSI/UL 1017 CSA C22.2 No.243

Steps to minimize risk when working around compressed air → 1. Ensure all equipment is suitable for the application of pressure 2. Make sure air piping/hoses comply with AS/NZS 2554:-1998 3. Routinely check that all components are in good working order (pipe, fittings, etc) 4. Remove and replace all components that have defects 5. Check that all fittings have been secured to comply with standards 6. Inspect all couplings for damage that may prevent a seal/proper connection prior to use of the system Investing time into checking equipment and making sure its safe is well worth the time spent Take a look at our air system accessories: https://lnkd.in/dktX-gCz Contact us for spare parts to make your system safer: sales@ultramax.net.au #airsystem #compressedair #safety