SpawGlass’ Post

While rehabilitating an existing plant there are many factors that play a part. Engineers, owners, and contractors can develop a plan and account for: - shutdown timeframe - bypassing/flow control - equipment compatibility - structure conditions - Etc. However more times than not, a curveball will be thrown during these shutdowns. It’s important to have all parties involved with the project team on hand and available during the shutdowns. It’s imperative to use resources available from contractors, owners or suppliers so normal operating procedures can be commenced as quickly as possible. This is picture of our crew at the Western Area WWTP in Huntsville AL. During this shutdown we closed off existing channels and demoed existing equipment at the plant headworks to prepare for new equipment installation. Shutout to Garver and Huntsville WPC for assisting on this shutdown to prepare our work environment and getting the plant online quickly. #wastewaterconstruction

Doing some dynamic water testing yesterday for Hartz Mountain Industries and K L Masters Construction Company In Weehawken. Two great customers working hard to build great buildings. Have you ever tested or even thought about testing your through-wall packages terminal units? A static chamber test doesn’t really work, air leakage is so high you would need 6 blowers, but dynamic testing is a great way to make sure they are storm resistant. AMCA has a lab test for this but honestly it’s just another labeling program that doesn’t ensure they will work in the field. This can be done pretty reasonable on-site (in this case in the garage) or in our lab. When we do it in the lab we ask that the supply/install team are in attendance so they can make changes if there are problems and we can re-test to make sure the remediation works. We’ve done standalone units like this and units installed in window and curtainwall systems. I can honestly say once we work out the details not one job has experienced the leaks we see all too often that originate from the PTAC. www.bet-na.net

Our systems serve the primary purpose of warning about risks linked with power lines. Additionally, they offer the added functionality of alerting about other potential hazards 🏗️ Hazards associated with overhead lines encompass various elements, including: - Pipe racks - Cable trays - Communication cables - Steel cables - Bridges/overpasses on construction sites In conclusion, our systems demonstrate versatility by effectively addressing a wide range of hazards beyond power lines, ensuring comprehensive safety measures are in place 🤝 Leave a comment if you want to know more👇 #safework #powerlinesafety #safepractice #goalposts #safetyprotocols #overheadlines #workplacesafety #safetytips #electricalhazards #constructionsite #safetyawareness #safetytraining #hazardprevention #safetyfirst #safetymanagement

InfraSource’s dedication to safety and The Capacity Model shows through our Good Catch program. Recently, our field crews demonstrated remarkable attention to detail, professionalism, and a systematic approach to hazard identification. Their efforts directly prevented several unwanted events and helped build the capacity to fail safely. 👷♂️ ⚡ An electric foreman noticed an irregularity on a nearby power pole. Upon inspection, they found an old secondary service line disconnected from a nearby garage. Swift action was taken to safely de-energize the line, averting potential danger. 🔧 During a project walk-down, the crew identified a deteriorated cross-arm brace on an adjacent power pole. The foreman promptly notified the utility construction manager and took corrective measures to eliminate the hazard. These recent events highlight our proactive and vigilant approach to safety. Each Good Catch reinforces our commitment to safety and addressing risks in the field. 💪🔒 Read more about the Good Catch program. - From Hazard Identification to Safety Success: The Good Catch Program (https://bit.ly/3xeLEFF) #GoodCatch #SafetyFirst #InfraSource #WeAreQuanta

Passive fire protection plays a crucial role in the safe construction and maintenance of all building types. However, when it comes to offsite construction, it is a well-known fact there are numerous fire safety challenges to be considered at the outset in order to achieve a safe, compliant installation that will protect the module and its inhabitants throughout the lifetime of the structure. So, how do construction professionals overcome this? In this article, we discuss how Tremco CPG Offsite Solutions approach passive fire protection within the offsite construction sector and how we adapt our products to suit your installation. Read more: https://hubs.li/Q02fq37R0 #offsiteconstruction #modularconstruction #offsitesolutions #constructionuk #passivefireprotection #fireprotection #firesafety

Passive fire protection plays a crucial role in the safe construction and maintenance of all building types. However, when it comes to offsite construction, it is a well-known fact there are numerous fire safety challenges to be considered at the outset in order to achieve a safe, compliant installation that will protect the module and its inhabitants throughout the lifetime of the structure. So, how do construction professionals overcome this? In this article, we discuss how Tremco CPG Offsite Solutions approach passive fire protection within the offsite construction sector and how we adapt our products to suit your installation. Read more: https://hubs.li/Q028tfJj0 #offsiteconstruction #modularconstruction #offsitesolutions #constructionuk #passivefireprotection #fireprotection #firesafety

August 11th is a great reminder to always call 811 before you dig! 📞 Ensure safety and prevent damage by getting underground utilities marked. One simple call can make all the difference.  #Call811 #SafetyFirst #DigSmart #Sunland #Safety #811 #PipelineConstruction #Pipeline #Construction #SafetyFirst

In most utilities, the ground surface space between transformers and coolers is not normally covered individually. Transformers can be found sandwiched between fire barriers (walls) made of concrete or other materials in the vast majority of power substations. Nevertheless, this is dependent on the distance between the transformers as well as the distance to the components that are nearby (9–15 m). The majority of the time, the height of the walls is proportional to the height of the transformer tank as well as the size of the conservator or bushings, with the greatest amount of overlap being between 0.3 and 2 meters. To a large extent, the length of the barriers is determined by the lengths of the transformer tank and coolers, with an overlap of no more than two to six meters, or by the dimensions of the oil-containing pit.

We can’t emphasise the importance of understanding and knowing what is within your working surroundings, it doesn’t take much to gather the information on utilities within the workplace. If you have planned works to break ground, and you don’t have C2 drawings, then stop work, and ask your manager to supply these crucial sources of information.