River Cities Builders Petroleum Services’ Post

Ensuring precision and safety with an on-site inspection of unbonded post-tensioning installation. Attention to detail is key in delivering quality projects. For more details contact us at +91 99988 13334 or reach us at megaptsystem@gmail.com #posttensioning #construction #inspection

I was chatting to a client today and he was telling me how difficult he finds it to choose a contractor to sort out maintenance issues in his rental property. It led to a long conversation about how you can weed out some of the bad ones before you even pick up the phone. 👀Read the reviews Don’t just read the reviews on one site. Check out their Facebook Business Page, their Google reviews, their listing on Checkatrade.com and Which? TrustedTraders.co.uk. If there are lots of 5* reviews with no comments or a lot of the reviews look very similar then they can both be red flags. 👌Check their accreditations There is a search facility on the websites of all of the accreditation bodies listed below. Make sure that you take the time to check that contractors have the relevant industry accreditations before hiring them. NICEIC Electrical Safety Register SafeContractor CHAS CITB Considerate Constructors Constructionline Gas Safe Register Master Locksmiths Association OFTEC If you would like to know more about how we can help you to manage your property and deal with maintenance issues for you then please give us a call on 01865 570 065 or email info@cardealettings.co.uk. #cardealettings #lettings #landlords #tenants #property

What does construction equipment maintenance entail? It involves the following: 📌Inspection - routine checks to identify any issues 📌Servicing - recalibrating or fluid checks 📌Repairing - fixing any broken or malfunctioning parts Find more here: https://heyor.ca/Vrqn1p #ConstructionEquipmentMaintenance #MachineInspection #MachineRepairs #MachineServicing

This diagram provides a clear visual representation of the detailed plan for maintenance activities, along with the accompanying set of operating documents that outline the specific procedures, schedules, and requirements. It serves as a comprehensive tool for guiding maintenance staff and ensuring that all necessary tasks are carried out efficiently and in accordance with established protocols. Overall, the diagram helps to minimize downtime, prevents potential issues, and ensures the longevity and reliability of the equipment. 📖🔍Reference: MANOLA, C. (2008). BUILDING INFORMATION MODELING FOR FACILITY MANAGEMENT #ARY #facilitymanagment #services #business #cleaning #Housekeeping #Pestcontrol #Glasswiping #Carpentry #Maintenance #Household #Airconditioning #Generator #Fireextinguisher #Waterpumps #Electricalservices #UPS #firesystem #alarmsystem #Accesscontrol #CCTVservices #Supplying #goods #Internal #apartment #finishing #Civilwork #followers #customers #development #satisfaction

What does construction equipment maintenance entail? It involves the following: 📌Inspection - routine checks to identify any issues 📌Servicing - recalibrating or fluid checks 📌Repairing - fixing any broken or malfunctioning parts Find more here: https://heyor.ca/Vrqn1p #ConstructionEquipmentMaintenance #MachineInspection #MachineRepairs #MachineServicing

Poineer Engineering & Global Trading specialist completely project in other company A fire-fighting pump is a centrifugal pump which is used for pumping fire-fighting water. Fire-fighting pumps can be designed for transportable use (e.g. on fire-fighting vehicles or as portable fire pumps) or for stationary use (e.g. hydrants, sprinkler systems fire alarm control panel all Fireworks and safety equipment plays a crucial role in preventing, detecting, and mitigating the impact of fires in various settings. Here's a description of common fire safety equipment and their functions

I was chatting to a client today and he was telling me how difficult he finds it to choose a contractor to sort out maintenance issues in his rental property. It led to a long conversation about how you can weed out some of the bad ones before you even pick up the phone. 👀Read the reviews Don’t just read the reviews on one site. Check out their Facebook Business Page, their Google reviews, their listing on Checkatrade.com and Which? TrustedTraders.co.uk. If there are lots of 5* reviews with no comments or a lot of the reviews look very similar then they can both be red flags. 👌Check their accreditations There is a search facility on the websites of all of the accreditation bodies listed below. Make sure that you take the time to check that contractors have the relevant industry accreditations before hiring them. NICEIC Electrical Safety Register SafeContractor CHAS CITB Considerate Constructors Constructionline Gas Safe Register Master Locksmiths Association OFTEC If you would like to know more about how we can help you to manage your property and deal with maintenance issues for you then please give us a call on 01865 570 065 or email info@cardealettings.co.uk. #cardealettings #lettings #landlords #tenants #property

Ensure Quality in New Construction Old Approach: - Hiring inexpensive, low-quality contractors led to subpar work. - Inadequate closing processes with contractors and authorities having jurisdiction (AHJs) resulted in unresolved issues. - Failure to properly inspect and verify work by not walking the job with the contractor. - Difficulty in accessing standards and customer-specific information, like conduit counts and manhole (MH) specifications. New Approach: - Invest in high-quality contractors or ensure robust supervision through qualified inspectors. - Implement real-time collection, verification, and updating of as-builts in line with production reports on a chosen asset mapping platform. #constructionmanagement #qualitycontrol #projectmanagement

SAFETY ANALYSIS FOR DESIGN OF FLARES & RELIEF SYSTEMS 1) Safety Gates Considerations: PRV are safeguards. Ideally, each relief valve should be “opened”. This is most effectively covered cause within each user node. The intent is to look at the relief location and identify any specific issues with that valve opening. The likelihood that they function as required is factored into any scenario in which they are applicable. Therefore, any failure that could occur within the effluent handling system, that would defeat the relief valve, should inherently already be accounted for in the failure probability. 2) Flare system considerations: - Consider radiation at grade, noise, toxics against where an operator is expected to go during emergencies or where there may be an impact to the public e.g., fence lines. - Is operations aware of pockets in the piping resulting in liquid traps, or un-swept pipes where H2S or CO2 can cause accelerated corrosion? The PHA and FHA teams should perform sanity checks to confirm any cause within the flare system that results in the defeat of one or more upstream pressure relief devices has a likelihood substantially less than the Independent Protection Layer. The entire flare system must be designed so that upstream relief devices meet their specified probability of failure on demand. Failures that could occur in a flare system and potentially impact upstream relief devices include: ·       Failure to drain KO drum KO drum level instrumentation failure; ·       Manual valve on the header inadvertently closed; ·       Freezing resulting in Flare Seal blockage (add glycol to seal pots); ·       Freezing conditions resulting in water freezing within the flare header on contacting uninsulated cold piping restricting flow; ·       Hydrate formation in headers: The formation of a hydrate requires three conditions: low temperature and high pressure; the presence of hydrate formers such as CH4, C2H4, CO2 and H2S; and sufficient quantities of water and formation time. ·       Polymerization of susceptible fluids in the header, ·       Flame arrestor plugging; ·       Staggered/staged flares with rupture disks around control valves. A PHA/FHA is not intended to analyze risk associated with design errors or omissions. Reviewing the flare design against the requirements of API 521, EPA 40CFR / Quad-0 (or other standards), is akin elsewhere in a PHA/FHA to asking if there are deviations. If deviations are identified through the PHA/FHA process, it should be noted and recommended for correction, but detailed analysis is not a practical expectation. Instead, it is important that the flare design be available as a process safety reference to cover safety issues if necessary. Any Questions? Happy to Chat! Support with your HAZOP Study? Happy to Participate!

2. Proper Installation and Commissioning: When a pump is delivered to a site, it's important to take time to inspect it to ensure it matches the order information and has not been damaged. If the pump is stored for more than six months, continue to follow these same guidelines and also begin to rotate the shaft by hand at least every three months to prevent brinelling of the bearing surfaces. It is important to provide a rigid and flat concrete foundation that weighs two to three times as much as the pump. This will absorb any type of vibration and should prevent strain and distortion when you tighten the foundation bolts. Another good practice is to never draw piping into place by using force at the flanged connections of the pump. This can introduce significant strains on the unit and cause misalignment between the pump and driver. Pipe strain adversely affects the operation of the pump, which may result in physical injury and/or damage to the equipment. Installation and commissioning represent a very small portion of the overall total cost of ownership (TCO). However, improper installation and commissioning will result in problems that significantly reduce the reliability of the pump. These problems often do not surface for a period of time and can require significant time and cost to resolve (e.g., redesign, base plate or foundation replacement, piping modifications, etc.). Here are some wise rules to follow during installation to avoid premature failure: 1. Locate the pump as close to the liquid source as possible. 2. Make sure there is adequate space around and above the pump for safety, ventilation, inspection, installation/removal and maintenance. 3. Protect the unit from weather and water damage due to rain, flooding and freezing temperatures. 4. Do not install and operate the equipment in closed systems unless the system is constructed with properly-sized safety devices and control devices. 5. Follow all safety, installation, alignment, startup, shutdown and operating procedures outlined in your vendor's manual. 6. Utilize API 686 Standards/Tolerances, or at a minimum the Hydraulic Institute's standards/tolerances, where applicable. 7. Ensure that the distance between the inlet flange of the pump and the closest elbow is at least five pipe diameters. 8. Ensure that elbows in general do not have sharp bends and that the suction piping is one or two sizes larger than the suction inlet of the pump. 9. The suction piping must never have a smaller diameter than the suction inlet of the pump. 10. Ensure that no part of the suction piping extends below the suction flange of the pump, is adequately below the surface of the liquid source and is level or sloping downward from the liquid source. 11. Net positive suction head available (NPSHA) must always exceed NPSH required (NPSHR). 12. When checking rotation prior to start- up, disconnect the pump from the driver to prevent the pump from operating in reverse rotation.