Carlo Alghisi’s Post

Hi Folks, CoG or Central of gravity is critical in pre or plan before execution lifting operation. It's mandatory to defined and describe in Lifting Plan. It's job for Lifting Engineer or appointed person to calculation and define the CoG not HSE, not other persons not related with operational lifting. So, always to know CoG before lifting. Regards, Bai 19.04.2024 #Safelifting #liftingengineer #Safety

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 #ropeaccess #irata #industrialropeaccess #specialistaccess #oilandgas #railway #construction #highways #manufacturing #maintenance #unlockingpotentialtogether #safetymatters

Please follow KAS Limited and help build the network. Services include: ✅ Health & Safety Audits/Inspections ✅ Business Development Services ✅ Confined Space Entry & Rescue ✅ Asset Inspections & Repairs ✅ Vegetation Management ✅ Maintenance & Repair ✅ Industrial Cleaning ✅ Design Services ✅ Rope Access ✅ Meshing ✅ Scaling #consultancy #ropeaccess #safety #sitesafety #followus #unlockingpotentialtogether

Introduction to Rope Access: 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 utilised 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 Triton Risk Management if you need support with #irata #ropeaccess services. A combined experience of over 25 years in the rope access industry! Utilities, Infrastructure, and Industrial Services T. +44 (0) 1937 842424 E. howard.kelly@triton-riskmanagement.com #teamtriton

Crane riggers in Saudi Arabia play a crucial role in construction, oil and gas, and industrial projects. Their primary responsibilities involve ensuring the safe and efficient lifting and moving of heavy loads using cranes. Here’s an overview of their work and duties: Key Responsibilities: 1. Load Preparation: Inspecting the loads to ensure they are secured and balanced. Determining the weight and center of gravity of the load to ensure proper rigging. 2. Rigging Setup: Selecting and setting up slings, shackles, chains, and other rigging equipment. Ensuring all rigging equipment is in good condition and compliant with safety standards. 3. Communication: Acting as a signalman or spotter to guide the crane operator during lifting. Using hand signals, radios, or other communication devices to coordinate movements. 4. Safety Checks: Inspecting cranes, rigging gear, and site conditions before operations. Ensuring adherence to safety guidelines to avoid accidents or equipment damage. 5. Lifting Operations: Attaching loads to the crane hook securely. Monitoring the lifting process to ensure stability and balance during movement. 6. Site Coordination: Working closely with crane operators, site supervisors, and other team members. Planning lifts in advance to minimize risks and disruptions. Typical Work Environments: Construction Sites: Installing heavy structural components like steel beams or concrete panels. Oil & Gas Industry: Lifting equipment and machinery during drilling or refinery operations. Factories/Industrial Areas: Moving large equipment or materials during installations or maintenance. Skills and Qualifications: Knowledge of rigging techniques and equipment. Familiarity with safety regulations and procedures. Physical fitness and the ability to work in challenging conditions. Certifications like a Rigger Level 1 or Level 2 (often required in Saudi Arabia). Challenges in Saudi Arabia: 1. Harsh Weather: Extreme heat can make outdoor work difficult. 2. Cultural Adaptation: Workers from diverse backgrounds must adapt to local practices and regulations. 3. Safety Standards: Strict enforcement of safety protocols to align with Saudi labor laws. Let me know if you need information on rigging certifications or job opportunities in Saudi Arabia.

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

IRATA (Industrial Rope Access Trade Association) requires comprehensive site paperwork to ensure safety and compliance with its standards. The required documents typically include: 1. Risk Assessments: Detailed risk assessments must be performed to identify potential hazards and determine measures to mitigate them. 2. Method Statements: These documents outline the specific methods and procedures to be followed during the rope access work, ensuring all activities are conducted safely. 3. Work Plans: Detailed plans that specify the tasks to be accomplished, the sequence of work, and the methods used. 4. Rescue Plans: These are critical and must be tailored to the specific site and tasks, detailing how to carry out a rescue in case of an emergency. 5. Equipment Logs: Maintaining logs of all equipment used, including details of inspections, maintenance, and conformity with safety standards. 6. Operational Briefings and Debriefings: Documents that record briefings given to the rope access team, highlighting any specific hazards and control measures, and debriefings that review the work completed and any incidents or near misses. 7. Training and Certification Records: Documentation that verifies all personnel have the appropriate training and certifications for the work they are performing. These documents are crucial for ensuring that all rope access work is planned, executed, and reviewed with safety as the highest priority. If you need specific templates, further guidance, or help executing a project, I’m here to help! #ropeaccess #irata #ropeaccesstraining #renewables #windenergy #jobs #ropeaccesstechnician #veteranjobs

A lifting plan is a detailed strategy or document that outlines the method and safety measures for lifting heavy loads using cranes, hoists, or other mechanical lifting equipment. It’s essential in construction, manufacturing, and industrial environments to ensure safety and efficiency. A typical lifting plan includes: 1. Load Details: Weight, dimensions, and type of the load being lifted. 2. Equipment Specifications: Type and capacity of the crane or lifting machinery, including slings, shackles, and other rigging gear. 3. Rigging and Slinging: Information on how the load will be attached to the lifting device, including rigging gear used. 4. Roles and Responsibilities: Identification of key personnel, such as the crane operator, rigger, and lift supervisor. 5. Site Conditions and Restrictions: A description of the environment, ground conditions, obstructions, and access limitations. 6. Lifting Procedure: Step-by-step actions to carry out the lift, including setup, lifting, and setting down the load. 7. Safety Measures and Risk Assessment: Identification of potential hazards, control measures, and emergency plans. 8. Communication Plan: Instructions on how the team will communicate during the lift. The lifting plan aims to minimize risks and ensure the safe handling of loads, preventing accidents and damage to equipment

Crane signals are a crucial component of safe crane operations, providing numerous benefits that enhance safety, efficiency, and communication on worksites. Here's why crane signals are important: 1. Enhanced Safety Clear Communication: Crane signals allow for precise and unambiguous communication between the crane operator and the signaler (often known as a signal person or rigger), reducing the risk of accidents caused by misunderstandings or miscommunication. Preventing Accidents: By providing real-time instructions, signals help prevent collisions, tipping, and other accidents that can occur during lifting operations, ensuring the safety of both workers and equipment. 2. Increased Efficiency Streamlining Operations: With proper signals, crane operations can be executed more smoothly and quickly, as the operator can receive instructions without the need for verbal communication, which might be hindered by distance, noise, or other factors. Minimizing Downtime: Effective signaling minimizes the chances of mistakes that could lead to delays, rework, or equipment damage, thereby keeping the project on schedule. 3. Standardization and Training Consistency Across Worksites: Crane signals are standardized, meaning that regardless of the worksite, the same signals are understood universally by trained personnel. This consistency is vital for projects that involve multiple teams or subcontractors. Training and Competence: Signalers must be trained and certified to use these signals, which ensures that they are competent in directing crane operations, further enhancing safety and efficiency. 4. Adaptability in Various Conditions Effective in Noisy Environments: On many worksites, especially in construction, the noise level can make verbal communication difficult. Hand signals and radio signals provide an effective means of communication in these environments. Use in Low Visibility: In situations where visibility is compromised, such as during fog or nighttime operations, illuminated or radio signals can ensure that the crane operator receives clear instructions. 5. Regulatory Compliance Meeting Safety Standards: The use of crane signals is often mandated by safety regulations and industry standards, such as those from OSHA (Occupational Safety and Health Administration) in the United States. Adhering to these standards is necessary for legal compliance and for maintaining safety on the job site. #Safety #Regulations #Standards #Hazards

Rigging and lifting operations are critical components in the oil and gas industry, and proper training is crucial for safety and efficiency. Our Rigging and Lifting Operations Training course is designed for all relevant personnel, providing an overview of key concepts and safety practices. No prior experience is required to join this course, making it suitable for anyone interested in gaining a comprehensive understanding of rigging and lifting. Course benefits : ➡️ For individuals: Gain a comprehensive understanding of rigging and lifting operations, including safety regulations and best practices. ➡️ For companies: Ensure your team has a thorough overview of rigging and lifting operations, reducing the risk of accidents and improving efficiency. What you'll learn : ➡️ Introduction to lifting and rigging: Understand the various lifting operations used in the oil and gas industry and familiarize yourself with legislation. ➡️ Roles and responsibilities: Learn about the key roles involved in lifting and rigging operations, including the Responsible Person, Competent Person, Lift Supervisor, Banksman, Crane Operator, and Rigger. ➡️ Planning a lift: Discover the importance of lift planning, including risk assessments, documentation, and certification. ➡️ Undertaking lifts: Understand the importance of pre-lift checks, equipment selection, and safe execution of lifting operations. ➡️ Rigging operations without the use of a crane: Learn about alternative rigging methods, including using structures as rigging anchor points and the correct use of slings. Proper rigging and lifting training is crucial for safety and compliance. This course will help you understand the core concepts and safety practices, ensuring that you and your team can perform rigging and lifting operations with confidence. #WWSEnergies #RiggingAndLifting #OilAndGas #EnergyIndustry #TrainingPrograms #HumanResources #ConsultingServices #OffshoreTraining #CareerDevelopment #TechnicalExperts