Vikas Kumar 🇮🇳’s Post

Precision in action: Skilled excavator operator clears a blocked pipe by expertly cutting through the road surface This video showcases a skilled operator using an excavator to cut open the center of a road and clear a blocked pipe. The operator expertly maneuvers the excavator’s arm and bucket to break through the road surface with precision, exposing the pipe below. Once the pipe is accessible, the operator carefully removes debris or obstructions, ensuring the pipe is clear for proper water or drainage flow. This type of work requires precision and control, as it involves working around existing infrastructure without causing additional damage. Skilled operators like this one are essential for efficient road repair and maintenance, minimizing disruption and ensuring smooth operation of essential utilities. video rights : Hero #excavation #machinery #operator #engineering #construction #civilengineering #civilconstruction #engenharia #engenhariacivil #engenheiro #engenheirocivil #ingeniero #ingenierocivil

Essential Skills Every Crane Operator Should Have The crane market was recently valued at $40.13 billion and as the population grows this increases the need for commercial and residential structures. In the world of construction and heavy machinery, crane operators play a crucial role in ensuring the smooth and safe movement of materials and equipment. Whether they are operating mobile cranes, crawler cranes, tower cranes, or working as riggers onshore, these professionals must possess a specific set of skills to excel in their jobs. We’ve created a list of skills essential for crane operators. #heavylift #craneoperators #heavyliftjobs

🔩 Elevate Your Operations with High-Quality Lifting & Rigging Solutions from our ADNOC approved partner made in Germany🔩 At United Synergy, we are committed to delivering innovative, reliable, and industry-leading lifting and rigging solutions that meet the highest safety and performance standards. Our wide range of products is engineered for industries that demand superior strength, precision, and durability. ⚙️ Our Comprehensive Product Range Includes: Chain Slings: Versatile and durable, designed for safe and efficient load lifting. Shackles: Strong and reliable, engineered for secure and heavy-duty lifting. Offshore Chain Slings: Built for the most challenging offshore environments, providing stability and reliability. Master Links: Essential for connecting and ensuring the security of your lifting systems. Assemblies for Wire Ropes: High-strength solutions designed to meet the toughest lifting and rigging challenges. Chain Connectors (Flat & Block): Critical for connecting and securing chains in a range of configurations. Assemblies Chain Strands (Flight Bar, Chain Bows, and Sprockets): Custom solutions for industrial and offshore applications. Attachment Points: Versatile lifting points designed to enhance safety and reliability in lifting operations. Lashing Equipment: Designed for securing heavy loads with confidence. Special Constructions: Tailored solutions to meet unique lifting and rigging requirements. Lifting Equipment (Grade 8, Grade 10, Grade 12): Engineered to handle different weight capacities and operating conditions. 🔧 Why our products? Superior Quality: All products are tested and compliant with international safety standards. Innovative Engineering: Designed to meet the specific demands of your projects and industries. Industry Expertise: Decades of experience providing lifting solutions across construction, offshore, logistics, and more. Custom Solutions: Tailored equipment to support your unique operational needs. At United Synergy, we’re proud to be your trusted partner in providing high-performance, safety-compliant lifting and rigging solutions for every challenge. Whether you’re in construction, offshore, or any heavy industry, we’ve got the products that help you maximize safety and optimize productivity. 📞 Reach out today to discuss how our lifting solutions can elevate your operations at maria@unitedsynergy.ae or call/whatsapp 0506165939/0589700669. #JdTheile #LiftingSolutions #ChainSlings #Shackles #OffshoreLifting #IndustrialEquipment #SafetyFirst #LiftingGear #Rigging #ConstructionEquipment #HeavyLifting #MaterialHandling #Grade8 #Grade10 #Grade12 #CustomLiftingSolutions #LiftingEquipment #LiftingTools #Rigging #HeavyLifting #ChainSlings #Shackles #LiftingHooks #IndustrialEquipment #ConstructionSafety #RiggingSolutions #MaterialHandling #SafetyFirst #EngineeringExcellence #LoadLifting #MechanicalLifting #SteelWireRope #HoistingEquipment #CargoHandling #IndustrialRigging #UnitedSynergy

DAYS INFORMATION Hello guys, Lifting Supervisors, Foremen and Riggers let us share some very important Tips and Knowledge concerning Lifting and Rigging Policy. hashtag #LIFTING_CATEGORY- Category 3 (Critical) Lifts - requirements. • The approach/removal slew path for the lift is obstructed. • The lift involves a mobile crane with utilization >=75%. Note: In no case shall the lift exceed 90% of the charted capacity of the crane except when load testing a crane, which requires a critical lift checklist. • The lift involves lifting personnel Category 2 (Complex ) Lifts - for medium complexity lifting operations. • The lift is blind (and) or conducted over an occupied confined space, or within a trench or excavation. • The load is unevenly distributed/eccentric, whereby the suspension point is not directly above the load CoG. • The load has an offset CoG without special slings to compensate, or is an awkward shape or has a large sail area. • The lift requires slings to be used at an angle of below 60 degrees from horizontal. • The lifting points are not certified. • The lift is directly over live plan inside a facility, with crane utilization <70%. • If the load passes over any process equipment, exposed live piping in a facility, or a live underwater pipeline. Category 1 (Routine) Lifts - for routine/simple lifting operations. • None of the Category 3 or Category 2 lifts apply, i.e. the load is pre-slung or very easily slung, with no external factors that complicate the operation. • The lift is routine in nature (i.e. occurs at least once per month during maintenance, or is repeated over longer periods during project work). • The site team is experienced and has performed a similar lift recently Lifting Competent Person – An employee or contractor supervisor who identifies and coordinates all lifting requirements, tasks, and resources needed to execute a safe lift. The LCP role can be fulfilled by a member of the workforce, commonly the lift operator. hashtag #Lift_Engineering_Specialist – A contract employee who provides technical overview and guidance for lifts (typically only critical lifts). hashtag #Lift_Operator—A person operating any powered lifting equipment/plant. Has appropriate experience and training (classroom and hands-on) in the operation of mobile lifting devices and has met the requirement of a Rigger. hashtag #Lift_plan—Documents that plan for a safe lift by requiring the appropriate personnel to review and approve all criteria involved in the lift. hashtag #Performing_Authority—An employee or contractor individual who receives a permit issued by the Asset Operator or Asset Operator Designee. hashtag #Tandem/Multi Crane Lift –two or more cranes are attached to the load and one or more of the cranes cannot support the full weight of the load individually.

Pipe laying is the process by which long sections of pipe are arranged and aligned so that they can be welded together and installed. Pipelines may be put in above ground, below ground, and under water. This process is typically performed by professional construction workers who are specifically trained to lay pipe. Many industries use pipeline as a means of transporting various materials, such as oil, water, natural gas, and city sewage. Oil companies use vast amounts of pipeline to carry crude oil up from the original well source and into storage containers. These sections of pipe must withstand weather stress and significant amounts of pressure, as they are often located miles beneath the ground or ocean. In-ground pipes are usually installed in square trenches. The width and depth of the trench will often depend on the size of the pipe. Pipes are chosen based on the substance they will carry and may be made of steel or iron. Once the pipe is placed in the trench, it is often covered with a certain amount of backfill material. The trench may be filled to half the height of the pipe or the pipe may be covered entirely. Loose topsoil, sand, gravel, and fine stone may comprise the backfill mixture used to cover the pipe. Pipe laying underwater is generally much more difficult than that done above ground. This type of construction involves highly trained contractors and specialized equipment. Underwater pipelines may be located many miles beneath the surface of the water, and must withstand water pressure, extreme temperature differences, and decay resulting from interaction with sea plant-life. Those that perform the actual pipe laying are often trained in diving techniques and make use of hydraulic equipment to complete the task.

Lifting operation is defined as a process of moving or raising heavy objects using lifting equipment. It's widely used in construction engineering, below you can find some safety requirements to be verified and implemented during this operation : 1) All lifting equipments should be inspected for any damage or defects and any damaged equipments to be repaired or replaced, furthermore all periodic maintenance to be maintained to issued third party inspection certifications. 2) Lifting plan should be issued, approved and implemented to ensure that the weight of load being lifted does not exceed the capacity of lifting equipment according to the load capacity chart of this equipment. 3) The competence of the cranes operators and riggers must be verified and third party certifications should be issued for all those people involved. 4) Establish clear communication signals between cranes operators and riggers, moreover ensuring that lifting area is clear and closed. #LiftingOperations #Precautions #SafetyFirst

The picture shows several activities going on in the site. We have the TANDEM LIFTING, aligning and joining of new pipes with old ones. °°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°° I will like to talk a little about TANDEM LIFTING. °°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°°° Tandem lifting is when two or more cranes are used to lift a load that is too heavy or large for a single crane. It's often used to lift structural beams for bridges, move objects near power lines, or lift long components from horizontal to vertical positions. Tandem lifting and critical lifting seems alike in the field. In the picture, two excavators were used to lift and align pipes with the help of a belt. RISK ASSESSMENT INVOLVED: A risk assessment for tandem lifting should consider the following: Coordination: Tandem lifting requires precise coordination between multiple cranes to avoid an unstable load or overload. ✓Weight distribution: The load should be distributed symmetrically between the cranes. The center of gravity and weight of the load should be considered in the lifting plan. ✓Supervision: An expert should supervise the entire tandem lifting operation. ✓Safety factor: Tandem lifts require a safety factor, which is set out in the Crane Safety Manual. For example, a safety factor of 20% is required for two cranes. ✓Ground conditions: The ground conditions and overall environment should be considered. ✓Access route: The best access route for the crane should be determined. #tandem #spdc #saipen #agip #total #Schlumberger #shell #site #safety #hse #oilandgas #pipeline #jobs #fitters #welder #excavators #earlycareer #chemicalengineer #follow

Rope Access is a versatile and efficient method of working at height or in difficult-to-reach areas that has gained widespread popularity across various industries. This technique involves using ropes and specialised equipment to access and perform tasks in elevated or challenging environments where traditional access methods like scaffolding or aerial lifts may be impractical or costly. Rope Access technicians are highly skilled professionals trained to work safely and effectively in vertical or overhanging environments. They use a combination of climbing and rigging techniques to access work areas and perform a wide range of tasks, from maintenance and inspection to construction and repair work. Applications of Rope Access: 1. **Building Maintenance and Inspection**: Rope Access is commonly used for cleaning, painting, and inspecting high-rise buildings, towers, bridges, and other structures where traditional access methods are difficult to implement. 2. **Construction and Installation**: Rope Access techniques are employed in construction projects for tasks such as welding, bolting, and installation of equipment in high or confined spaces. 3. **Oil and Gas Industry**: In the oil and gas sector, Rope Access is utilized for maintenance, inspection, and repair work on offshore platforms, rigs, and pipelines. 4. **Wind Energy**: Rope Access is essential for the maintenance and repair of wind turbines, as technicians can easily access the blades and other components at height. 5. **Rescue Operations**: Rope Access technicians are often involved in rescue operations in challenging environments such as cliffs, canyons, and industrial structures. 6. **Film and Media Industry**: Rope Access is also used in the entertainment industry for rigging, stunts, and camera work in locations that are difficult to access by conventional means. In conclusion, Rope Access is a versatile and cost-effective solution for working at height or in challenging environments across a wide range of industries. Its safety, efficiency, and flexibility make it a preferred choice for various tasks that require access to elevated or confined spaces. Contact the office for further information on how we can help you. ☎️ 01724 580495 📧 howard@kas-ltd.com www.kas-ltd.com Kelly Advisory Solutions Limited Unlocking potential together KAS Limited (Follow us) #ropeaccess #irata #industrialropeaccess #specialistaccess #oilandgas #railway #construction #highways #manufacturing #maintenance #unlockingpotentialtogether #safetymatters

New Post: Operating Engineers and Other Construction Equipment Operators - https://lnkd.in/d9p8tKpf of the Occupation:Operating Engineers and Other Construction Equipment Operators are skilled professionals responsible for operating heavy machinery and equipment used in construction, excavation, and other infrastructure projects. They play…

#IndustryNews: Rope access also known as industrial climbing is swiftly becoming the most preferred means of accessing heights. Industries such as oil and gas, construction, maintenance, inspection, and even rescue operations commonly use rope access. Rope access is a method of working at heights or in difficult-to-reach areas using ropes, harnesses, and specialized equipment. Unlike traditional methods like scaffolding or aerial lifts, rope access offers greater flexibility, cost-effectiveness, and minimal impact on the environment. Rope access techniques are essential for ensuring safety, ease and operational efficiency. This blog gives insights to six (6) must know techniques for rope access technicians.