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Witnessing the power of machinery at work! 🚚🏗️ This truck-mounted crane with a hydraulic grabber is a true marvel, tirelessly assisting in the loading and unloading of raw materials at the construction site #EngineeringWonders #DamMaintenance #HydraulicPower"

We received the request to overhaul two 𝐦𝐨𝐨𝐫𝐢𝐧𝐠 𝐰𝐢𝐧𝐜𝐡𝐞𝐬 in a short period of time ⏱. Both were in need of significant maintenance. Once Boskalis delivered them to us, we immediately got started: ◾ Full disassembly ◾ Sandblasting and recoating all parts ◾ Inspecting and replacing bearings and gears as needed ◾ Renewing bushings and seals ◾ Completely reassembling ◾ Inspecting and overhauling the hydraulics ◾ Replacing hydraulic hoses ◾ Renewing control handles After a short period, both winches were ready to be picked up. Boskalis will soon place them back on board of the Shoalway. For the overhaul of mooring winches and anchor winches, you can rely on us! #winches #mooring #maintenance

Poor balancing of the outriggers can lead to instability, causing the crane to tip over or collapse during lifting operations. If the outriggers are not correctly positioned or fail to support the crane adequately, even a small shift in the load can have catastrophic consequences. Incompetence in the lifting plan may result in improper assessment of load weight, positioning, and environmental factors, increasing the risk of accidents. A poorly devised lifting plan might overlook critical details such as ground conditions, wind speed, or the crane's operational limits, which could all contribute to a dangerous situation. Ensuring proper balancing, competent planning, skilled operation, and careful load management are essential to preventing accidents and ensuring the safe and efficient use of cranes. #riskassessment #methodassessment #safetyfirst #safetyawareness #safetyatwork #workplacesafety #safetytraining #safetyculture #liftfails #safetyfails #craneoperations #craneaccident #hseprofessionals #osha #occupationalhealthandsafety #ppe #processsafety #psm

Please, Risk Assessment is Very Important. Get Guided by a Compatible Risk Assessment. Do and Implement Risk Assessment, Pay Attention to the Load Stability as it Always Change Depending with Angle and the Speed (Maneuvering) of the Lift...🤔

As an excavator, did you know… You must provide your client with the ticket number prior to beginning work (even if you have waited two business days). You must know and follow the tolerance zones for digging around the locators’ marks. You must confirm all utilities have been marked and notify the one-call center if one or more utilities have not responded to a locate request. You must follow safe digging practices and maintain equipment condition to ensure safety standards are being met at all times. To learn more about your responsibilities as an excavator for your next construction project, check out Texas811’s Excavator Guide: https://lnkd.in/eFWMiEuF #AlphaOmegaIndustries #NationalSafeDiggingMonth #SafetyFirst #Texas811 #EveryDigCounts #KnowWhatsBelow

The basic concept of a Crane is not enough for proper planning, it takes years of experience to ensure you are following all the steps to achieve a proper plan for success.

Mobile crane incidents can cause massive production delays, devastating property damage, and loss of life. Negative consequences can be avoided with proper mobile crane lift planning. A lifting plan is crucial for preventing crane incidents and is essential for safe and efficient operations. To create this plan, it is important to first understand the following elements: • Machine Configuration  • Unbalanced Rope Reeving • Improper Use of Outriggers  • Soft Footing  • Unleveled Crane  • Side Loading  • Increasing Load Radius  And many more…. To continue reading the crucial factors in lift planning and capacity, click the link below ➤   https://lnkd.in/g9DHtf9r  

Crane overturning is a serious and dangerous incident where the crane loses stability and tips over. This can result in severe damage to property, injury to personnel, and even fatalities. Crane overturning usually occurs due to a combination of factors, including improper load handling, equipment failure, environmental conditions, or operational errors. Causes of Crane Overturning: 1. Overloading. Exceeding the crane’s lifting capacity is one of the leading causes of overturning. When the load is too heavy, the crane can become unbalanced and tip over, especially if the weight distribution is uneven. 2. Improper Outrigger Setup. Outriggers help stabilize mobile cranes during lifting operations. If outriggers are not properly deployed or set on unstable ground (e.g., soft soil), the crane can lose stability and overturn. 3. Lifting on Uneven Ground. Operating on sloped or uneven surfaces can cause the crane to tip over as it compromises the crane's balance. 4. Swinging Loads. If the load swings excessively, particularly in high winds or due to rapid crane movement, it can cause a shift in the crane's center of gravity, leading to instability and a potential overturn. 5. Boom Mismanagement. Extending the boom too far without adjusting for the load or ground conditions can make the crane top-heavy and prone to tipping. 6. Wind or Weather Conditions: Strong winds can apply significant force to the load or the crane itself, increasing the risk of tipping. Heavy rain or soft ground can also weaken the foundation under the crane’s base. 7. Improper Load Distribution: If the load is not properly centered or secured, uneven weight distribution can shift the center of gravity and cause the crane to overturn. 8. Mechanical Failure: Malfunctioning parts like brakes, ropes, or hydraulics can lead to a loss of control, potentially resulting in an overturning accident. Preventive Measures: 1. Pre-Lift Planning. Careful planning, including understanding load weights, wind conditions, and ground stability, is crucial in preventing overturning. 2. Proper Use of Outriggers. 3. Load Monitoring. 4. Ground Conditions Assessment. 5. Wind and Weather Monitoring. 6. Training and Certification. 7. Regular Inspections and Maintenance. 8. Gradual Lifting and Movement. #LiftingOperations #Crane #SafetyFirst

Scraping the depths of the port! The mega cutter suction dredger J.F.J De Nul is at the Port of Port Hedland, where it's dredging new depth to support the new berths being constructed at Lumsden Point, making sure the vessels that call to the facility will have appropriate navigable depth. Dredging may seem simple, because most of the work happens under the water, but the video below shows how this specific type of dredge works, and just how complex it is! Shout out to our dredging team, who work behind the scenes to make sure our ports are plenty deep!