SSC Underground’s Post

Excavations shall have at least one ladder per 15 m of length in case of hazardous work and per 30 m of length in case of less hazardous works. Every part of a trench, in public areas, fences, guards or barricades shall be provided to prevent any accidents. Excavation areas shall be adequately lighted for night work. Any trench greater than 4 feet must have a ladder for exit and egress. Remember that the ladder must extend at least 3 feet out of the trench in order to allow for easy access. Don't forget to keep all spoil piles at least 2 feet back from the excavation or trench. Protective systems for trench safety include sloping, shoring, shielding, and benching. They are used when soil conditions and the depth of the trench present a hazard to workers. Although only required for excavations deeper than five feet, it's a best practice to provide some form of stabilization in all trenches. #safetyprofessionals #safety #workplacesafety #occupationalsafety #safetyprocedures #constructionsafety #excavation #employeesafety

🚧 Digging on your worksite? Remember to use physical identification methods like 'potholing' to visually inspect cables and pipes. Potholes should be dug by hand or non-destructive means like vacuum excavation. Mark positions and depths on plans, take photos, and list on permits and safety forms. ✅ Utilise a beforeUdig Certified Locator to minimize potholing and ensure correct asset identification when visible. #damageprevention #safedigging #contractors #utility #worksafe #construction #underground #constructionindustry #safetyfirst #safetyculture #workplacesafety #safetymanagement #assetprotection #infrastructure

Learn with Pro Shoring: What's the difference between shoring and shielding? Shoring provides structural support to prevent soil collapse, while shielding offers a protective barrier for workers inside a trench. Both are crucial for job site safety, but knowing when to use each can make all the difference. Let Pro Shoring guide you to the right solution for your project proshoringllc.com Contact Us: (813) 614 1115 #ConstructionInTampa #ProShoring #UnderConstruction #Contractors #ConstructionWork #Remodeling

It's National Excavation Safety Stand Down Week! Follow these tips to work safely in trenches: Never enter a trench unless: - It has been properly inspected by a competent person. - Cave-in protection measures are in place. - There is a safe way to enter and exit. - Equipment and materials are away from the edge. - It is free of standing water and atmospheric hazards. Prevent trench collapses: - Trenches 5 feet deep or greater require a protective system. - Trenches 20 feet deep or greater require a protective system designed by a registered professional engineer. Protective systems for trenches: - SLOPE or bench trench walls by cutting back the trench wall at an angle inclined away from the excavation. - SHORE trench walls by installing aluminum hydraulic or other types of supports to prevent soil movement. - SHIELD trench walls by using trench boxes or other types of supports to prevent soil cave-ins. #trenches #construction #WeBuildAmerica #NationalExcavationSafetyStandDownWeek

Excavation and trenching are amongst the most dangerous operations in the construction industry. Potential hazards include cave-ins, falling loads, structures collapsing, falls (people or heavy equipment), electrocution, explosions, blasts, gas leaks, etc. According to OSHA, the following protective systems should be properly implemented at all times: ◾ Sloping the ground ◾ Benching the ground ◾ Shoring the trench with supports ◾ Shielding the trench using a trench box Bette & Cring practices four actions to avoid excavation hazards: ◾ Use protective systems ◾ Inspect trench & protective systems ◾ Plan safe spoil/pile placements ◾ Provide safe access/egress #constructionsafetyweek

Effective Cave-In Protection Cave-ins are a major hazard in trenching operations, posing a significant risk to workers' lives. Effective cave-in protection is crucial to prevent soil collapse and ensure a safe working environment. Here are four methods of effective cave-in protection: ⏩ Shoring Systems Shoring systems are designed to support the trench walls and prevent collapse. They consist of steel plates, beams, or hydraulic shores that are installed in the trench to provide a stable barrier between the soil and workers. ⏩ Trench Boxes (Trench Shields) Trench boxes, also known as trench shields, are protective barriers that are placed in the trench to prevent soil collapse. They are typically made of steel or aluminum and are designed to withstand the weight of the surrounding soil. ⏩ Shielding (Sheet Piling or Soldier Beams) Shielding involves installing a physical barrier, such as sheet piling or soldier beams, to prevent soil movement and cave-ins. This method is particularly effective in unstable soil conditions. ⏩ Sloping and Benching Sloping and benching involve excavating the trench at a safe angle to prevent soil collapse. This method is effective in stable soil conditions and can be used in combination with other methods for added protection. These four methods are effective in preventing cave-ins and ensuring a safe working environment in trenching operations. It's important to assess the soil conditions and trench configuration to determine the most appropriate method or combination of methods to use. Remember, safety is everyone's responsibility! #WorkplaceSafety #ConstructionSafety

BURIED SERVICES PL AN the Work: - Obtain excavation permit prior to digging - Carefully study diagrams and plans and communicate with other contractors to locate underground services LOCATE Services Before Digging: - Manually dig trial holes to establish location of buried services - Assume services are ‘LIVE’ and use outmost caution - Use correct detectors and look for signs of marking tape ‐ conventional cable locators will NOT find plastic water pipes and other non‐metallic objects - All operatives must be trained in detection and use of detection equipment - Do not assume that services will move in a straight path between two points - Be prepared to find services where you do not expect them to be (incorrect depth or location). DIG Safely: - Do not use power tools or excavators within 500 mm of any pipe or cable - Use spades or shovels, not forks or picks IN CASE OF CONTACT or Discovery: - Do not become an electric conductor. If electric cables are found, jump clear of tools and equipment. If not possible, avoid contact with metallic parts - Do not attempt to disentangle any electrical services - Warn surrounding personnel to stay away and post appropriate signage - Leave damaged services alone and notify the owner or responsible persons immediately - Always have a rescue plan available in case of any emergency #safety #safetytips #safetyfirst #safetyawareness #safetymatters #safetytraining #safetyatwork #safetyculture #safetyofficer #OHS #HSE #construction #constructionsite #constructionwork #constructionlife #constructionmanagement #constructionworker #workplacesafety #excavating #excavator #excavation #excavationlife #trench #trenchsafety #excavationtips #incidentprevention #accidentprevention

FAQ Series: General Service Information 🤔 Q: If I am hand digging, am I required to notify CBYD? 📢 A: No, however, it makes good sense. Utility lines and cables can be easily broken or damaged with a spade, shovel, fence post digger or pic. Make sure you're making the right call – reach out to us before you dig! #callbeforeyoudig #excavators #undergroundutilities #undergroundassets #utilities #safedigging #damageprevention #assetprotection #planning #excavator #contractors #construction #safetyculture #infrastructure

Sloping means a method of protecting employees from cave-ins by excavating to form sides of an excavation that are inclined away from the excavation so as to prevent cave-ins. #Safe_Access OSHA requires employers to provide ladders, steps, ramps, or other safe means of egress for workers working in trench excavations 4 feet (1.22 meters) or deeper. The means of egress must be located so as not to require workers to travel more than 25 feet (7.62 meters) laterally within the trench.

Demolishing in a Dangerous Way: Risks and Safe Practices Dangers Involved: Using a Poclain excavator to break the bottom side of a high-rise chimney structure poses significant risks, including uncontrolled collapse, flying debris, structural instability, and potential damage to nearby buildings and infrastructure. Workers are also at risk of serious injury from falling materials. How It Should Be Done: To safely demolish such a structure, a controlled, step-by-step approach should be employed. This includes thorough planning, structural analysis, and the use of specialized equipment. The chimney should be gradually dismantled from the top down, with debris removal and dust suppression measures in place to protect workers and the surrounding area. video rights : Respective owners DM for video removal / credits #demolishing #engineering #construction #civilengineering #civilconstruction #engehnharia #chimney #engenhariacivil