OIM-Services’ Post

Precision and power in motion: A crane with a luffing boom expertly lifts a tank top component into place. The lifting of a tank top component using a crane with a luffing boom involves precise coordination and safety measures. The luffing boom crane is equipped with a boom that can be raised or lowered at an angle, allowing for flexible positioning and height adjustments. This type of crane is ideal for lifting heavy components like tank tops in confined spaces. The process begins with rigging the tank top securely to the crane's hook. Operators then maneuver the boom to position the component accurately over the tank structure. Throughout the operation, communication between the crane operator and ground crew is crucial to ensure stability and safety. video rights respective owners DM for removal /credits #crane #structure #engineering #technology #civilconstruction #civilengineering #engenhariacivil #engenharia #mechanicalengineering #equipment #engenheiro #engenheirocivil #ingeniero #ingenierocivil

Crane overload failure can lead to catastrophic accidents, equipment damage, and safety risks. Adhering to load limits and safety protocols is crucial for safe crane operations Crane overload failure occurs when a crane is subjected to a load exceeding its maximum lifting capacity, leading to structural or mechanical damage. This can cause equipment malfunction, tipping, or collapse, endangering workers and damaging property. Overloading stresses components like the boom, ropes, and hoist, potentially causing them to fail. Contributing factors include incorrect load calculations, lifting beyond rated capacity, and operator error. To prevent overload failure, it's crucial to follow the manufacturer's load charts, use load monitoring systems, and conduct regular maintenance checks. Proper training for crane operators and adherence to safety protocols can significantly reduce the risk of overload failures, ensuring safer crane operations. video rights : Respective owners DM for removal/credits #crane #safetyfirst #structural #engineering #civilengineering #civilconstruction #construction #engenharia #engenhariacivil #engenheiro #engenheirocivil #ingeniero

Crane overload failure can lead to catastrophic accidents, equipment damage, and safety risks. Adhering to load limits and safety protocols is crucial for safe crane operations Crane overload failure occurs when a crane is subjected to a load exceeding its maximum lifting capacity, leading to structural or mechanical damage. This can cause equipment malfunction, tipping, or collapse, endangering workers and damaging property. Overloading stresses components like the boom, ropes, and hoist, potentially causing them to fail. Contributing factors include incorrect load calculations, lifting beyond rated capacity, and operator error. To prevent overload failure, it's crucial to follow the manufacturer's load charts, use load monitoring systems, and conduct regular maintenance checks. Proper training for crane operators and adherence to safety protocols can significantly reduce the risk of overload failures, ensuring safer crane operations. video rights : Respective owners DM for removal/credits #crane #safetyfirst #structural #engineering #civilengineering #civilconstruction #construction #engenharia #engenhariacivil #engenheiro #engenheirocivil #ingeniero

Ground load bearing capacity not appropriate at first glance

It’s important to remember the charts are based off of a solid pad or surface, failure can happen when we assume the foundation can handle the load.

Precision and power in motion: A crane with a luffing boom expertly lifts a tank top component into place. The lifting of a tank top component using a crane with a luffing boom involves precise coordination and safety measures. The luffing boom crane is equipped with a boom that can be raised or lowered at an angle, allowing for flexible positioning and height adjustments. This type of crane is ideal for lifting heavy components like tank tops in confined spaces. The process begins with rigging the tank top securely to the crane's hook. Operators then maneuver the boom to position the component accurately over the tank structure. Throughout the operation, communication between the crane operator and ground crew is crucial to ensure stability and safety. video rights respective owners DM for removal /credits #crane #structure #engineering #technology #civilconstruction #civilengineering #engenhariacivil #engenharia #mechanicalengineering #equipment #engenheiro #engenheirocivil #ingeniero #ingenierocivil

Sheave or Pulley Replacement Guideline-Procedure on the Offshore Crane and Onshore Crane. Preparation Document, Parts, Tools, Equipment and Secure Crane Unit, as follow; - Safety First, Consult to the crane service manual and ensure all safety procedures are followed. This may involve shutting down the crane, lockout/tagout procedures, and using fall protection (rig-up scaffolding if needed). - Identify the Sheave, Different cranes have sheaves in various locations (boom tip, gantry-mast, bridle, hook block, etc.). Determine the specific sheave needing replacement and obtain the exact replacement part. - Gather Tools and Equipment, Need wrenches, slings, lifting equipment (depending on sheave weight), and possibly tools for removing fasteners (pins, clips, etc.). Step by step guidance of the Sheave or Pulley Replacement activity, as follows; - Slack the Wire Rope, The wire rope on the sheave will need to be loosened to allow for sheave removal. This may involve lowering the load and using the crane controls to slacken the line. - Sheave Removal, Depending on the sheave design, this may involve removing pins, bolts, bearings, bushing, spacer or disassembling the housing. The exact procedure will vary based on the crane model and sheave type. - Sheave Installation, The new sheave is positioned and secured following the reverse order of removal. Ensure proper alignment and tight fastening of all components. - Wire Rope Reattachment, The wire rope is reattached to the new sheave and properly tensioned. Final Steps: - Safety Checks, Ensure all tools and equipment are removed from the work area. Double-check that the sheave is securely fastened and the wire rope is properly seated. - Functional Test of the Crane Operations, Perform a no-load test of the crane's functions to verify everything is operating smoothly (refer to the crane's manual for proper testing procedures) Notable; - Reference: ASME B.30, API RP 2D - This is a general guideline-procedure of the Sheave or Pulley Replacement on the Crane. For specific or details, may vary depending on each crane manufacturer or crane ownership company's safety guidelines-procedures. #GuidelineProcedure #OffshoreCrane #OnshoreCrane #CraneMaintenance #SheaveReplacement

"Precision and power in motion: A crane with a luffing boom expertly lifts a tank top component into place." The lifting of a tank top component using a crane with a luffing boom involves precise coordination and safety measures. The luffing boom crane is equipped with a boom that can be raised or lowered at an angle, allowing for flexible positioning and height adjustments. This type of crane is ideal for lifting heavy components like tank tops in confined spaces. The process begins with rigging the tank top securely to the crane's hook. Operators then maneuver the boom to position the component accurately over the tank structure. Throughout the operation, communication between the crane operator and ground crew is crucial to ensure stability and safety. video rights respective owners DM for removal /credits #crane #structure #engineering #technology #civilconstruction ##civilengineering #engenhariacivil #engenharia

Beam Clamps: Your Warehouse Lifesaver! Riggers, take note! Beam clamps are a game-changer for efficient and safe load transfers within warehouses and storage facilities. Here's why you'll love them: • Effortless Installation: Attaches directly to existing structural I-beams - no drilling or permanent modifications needed! • Simple and Secure: Easy to attach and provides a reliable lifting point for your loads. • Versatility: Perfect for various lifting tasks within your warehouse. Important Safety Reminder: While beam clamps are fantastic tools, it's crucial to remember that they are not recommended for angled lifting operations. For a deeper dive into beam clamps and their safe use, check out this informative video: https://lnkd.in/dvpNEwDk #rigging #warehousing #beamclamps #safetyfirst #lifting #constructiom #engineering #osha #nebosh #lifting #wireropes #adnoc #oilandgas #epc #project #hse #helathandsafety #rigjobs #canada #kuwaitjobs #kuwait #qatar #qatarenergy #omanoilandgas #oman #africaoilandgas #africajobs #beamtrolley #beamtrolleyclamp #trolleyclampwithshackle #beamclampwithfixedjaw #beamtrolleyclampmanufacturer #liftingequipment #IndustrialMachinery #liftingsolution #beamclamp #handplates #liftingequipment #liftingclamps #verticallifting #horizontallifting #beamclamp #manufacturer #factoryprice #exportquality #OEM

Riggers: Know Your Load Weights! Before lifting, you must determine the actual load weight and the total weight that will be lifted by the crane. This includes the load itself, any lifting accessories, and the weight of the crane block and rope. Here are some tips for calculating the total load weight: Weigh the load: If possible, weigh the load to determine its actual weight. Estimate the weight of the lifting accessories: This includes the weight of any slings, chains, shackles, and other hardware that will be used to lift the load. Estimate the weight of the crane block: The crane block is the part of the crane that is attached to the load. Its weight will vary depending on the size and type of crane. Estimate the weight of the crane rope: The weight of the crane rope will also vary depending on the size and type of crane. Once you have determined the total load weight, you can use it to determine the appropriate crane to lift the load. You should also make sure that the crane is rated for the total weight of the load. Please note that it is important to be accurate when calculating the total load weight. An incorrect estimate could lead to an unsafe lift. I hope this information is helpful! #adnoc #epc #cranelift #lifting #project #construction ##uae #wireropesafety #offshore #onshore #hse #healthandsafety #inspaction #safety