Safety technical disclosure and hazard source notification system?

Safety technical disclosure and hazard source notification system are very important. The establishment of the system is to better ensure safety, and the handling of every detail is very critical. Zhong Da Consulting Company will explain the safety technical disclosure and hazard source notification system to you.

General provisions 1 In order to improve the management level of project safety technology and strengthen the control ability and accident prevention ability of project safety production, these measures are formulated in accordance with the Law on Safety in Production, Regulations on Safety in Production of Construction Projects and other relevant laws, regulations and rules, and in combination with the actual situation of the project. 2. These Measures are applicable to the project management department of the expansion project of CCCC Capital International Airport. Two. Safety technical measures and disclosure 1 The project manager must be familiar with the HSE provisions in the HSE laws and regulations of the country where the project is located, and manage the safety technical work well while managing the construction production technology. The chief engineer, the deputy production manager and the person in charge of safety are responsible for the safety technology of construction and production at all levels. 2 In the construction organization design or construction scheme, safety technical measures must be worked out. The content of safety technical measures should be comprehensive and targeted, and specific content requirements should be put forward according to the engineering characteristics, construction technology and methods, labor organization and working environment. 4 For key projects, key projects, projects with strong professionalism and high operational risks, as well as the installation and removal of special equipment, special construction plans shall be prepared, which shall include safety technical plans and related safety measures. 5. The Project Department shall conduct safety technical disclosure at the same time as the technical disclosure of the project construction, and before the commencement of construction. 6. Safety technical disclosure is divided into overall construction safety technical disclosure, construction safety technical disclosure of key projects and key projects, construction safety technical disclosure of sub-projects and operation safety technical disclosure. 7 All kinds of safety technical disclosure shall be conducted by safety management personnel at all levels in conjunction with technical and construction management personnel at all levels. The overall construction safety technical disclosure of the project shall be carried out by the project manager in conjunction with the project chief engineer; Technical disclosure on construction safety of key projects and key projects shall be conducted by the deputy manager in charge of production and the person in charge of safety in conjunction with the chief engineer of the project; The construction safety technical disclosure of subdivisional work shall be carried out by the chief engineer of the project in conjunction with the Minister of Engineering; And by the project engineering department minister in conjunction with the builder and team leader for work safety technical disclosure. 8 Safety technical disclosure includes: general situation of the project, construction procedures, adopted construction methods and technological characteristics, construction organization methods, risk factors, relevant safety technical schemes and measures, matters needing attention, safety emergency measures, etc. 9. The safety technical disclosure shall implement the written disclosure signature system according to the prescribed procedures and be filed for future reference. 3. Hazard notification 1 Hazard refers to dangerous substances that may release energy accidentally in the system, and is a hazard. The elements of hazard sources include potential hazards, existing conditions and trigger factors. 2. Set up obvious notices or safety warning signs near the entrance to the construction site and the operating point with dangerous sources. 3. Provide operators with necessary safety protection and labor protection articles, inform them in writing of the operation specifications of dangerous posts, and ensure that they are familiar with and master the relevant contents and the hazards of illegal operations. 4. At the same time of safety technical disclosure, we should focus on the risk factors, preventive measures and emergency measures existing in workplaces and jobs to truthfully inform the workers. Specifically, it includes safety risks, hazard source notification, safety rules and regulations, emergency response procedures, personal protection requirements, etc. 5. Hazard source identification should be carried out according to the following basic principles: 5. 1 Essential attribute is potentially dangerous; 5.2 Danger of explosion and fire; 5.3 Danger of poisoning and suffocation; 5.4 There is danger of falling from high altitude; 5.5 Danger of burns, scalds and corrosion; 5.6 Danger of being hit by flying objects; 5.7 There is danger of being twisted, rolled, squeezed, hit, cut and hung by objects; 5.8 Danger of mechanical injury by vehicles; 5.9 Danger of collapse, overturning, landslide and burial; 5. 10 is in danger of electric shock injury; 5. 1 1 Other risks that may easily lead to personal injury, building damage and equipment damage. 5. 12 in order to avoid losing the significance of key monitoring due to too many dangerous sources, it is not possible to treat all equipment, posts and places with essential attributes as hidden dangers in a general way, and it is necessary to specifically identify and summarize them in detail. If it is divided into general accidents and serious accidents, corresponding measures should be taken respectively. 6. Main contents inform and require 6. 1 hazard: falling objects and objects from high places hit 6. 1. 1 workers working at high places to carry out safety education and improve safety awareness; 6. 1.2 Wear safety helmet, fasten your seat belt and hang up the safety net; 6. 1.3 No one can stay below the aerial work point, and it is forbidden to throw tools and materials up and down during operation; 6. 1.4 It is forbidden to use ropes, flexible cords and chains instead of seat belts; 6. 1.5 When the excavation depth exceeds 2m, the operation above its edge should also be regarded as aerial work, and warning signs should be set. 6.2 Hazard source: electric shock 6.2. 1 Prepare a temporary electricity utilization plan for construction, and implement three-phase five-wire system, three-level distribution and two-level protection. Use standard distribution box, power box and lighting are set separately; 6.2.2 Overhead cables are not allowed to be directly erected on other conductors such as steel pipes; 6.2.3 When using the power cord of the concrete vibrator, assign special personnel to lift the power cord, so as to avoid dragging the steel wire into the power cord, causing power transmission on the steel bar and a major electric shock accident; 6.2.4 Electricians must hold relevant certificates; 6.2.5 The final distribution box must be used in the construction site; 6.2.6 The field power connector shall be wrapped with insulating tape, and it is not allowed to be wrapped with plastic. The connector shall not be placed on wet ground or in water. 6.2.7 The damaged electrical appliances in the distribution box shall be replaced in time, and shall not be directly erected or plugged, and the lead wires shall not be directly connected to the leakage protector; 6.2.8 Pay attention to protect the wires and circuits along the construction line to prevent damage and property loss. 6.3 Hazard source: mechanical injury 6.3. 1 The power cord of the fixed processing machinery in the production area must be protected by plastic sleeve buried to prevent the processed parts from being crushed and getting an electric shock; 6.3.2 According to the Technical Specification for Safety of Temporary Electricity Use in Building Construction, do a good job in grounding or zero connection protection to prevent leakage; 6.3.3 The transmission parts of various machines must have protective covers and protective sleeves; 6.3.4 It is forbidden to wear gloves when using vertical bench drill and woodworking machinery. 6.3.5 When the concrete mixer is running, it is forbidden to put your head and hand into the hopper to check the mixing situation of the feed, and it is also forbidden to put a shovel into the mixing drum. Clean the hopper pit and hang the safety rope; 6.3.6 Maintenance, maintenance, fastening and adjustment are not allowed during machine operation; 6.3.7 When the machine is running, the operator shall not leave his post or hand over the machine to others for operation, and irrelevant personnel are strictly prohibited from entering the operation area and operation room. Concentrate on your thoughts at work and do not work after drinking; 6.3.8 The tamping machine shall be operated by two people at the same time, and one person shall manage the wiring. Wear insulating gloves and shoes when operating the machine. When the machine is running, it is forbidden to clean up the soil accumulated on the machine; 6.3.9 When using grinder and cutting machine, operators must wear protective glasses; 6.3. 10 When operating the steel bar cutter to cut short materials below 50cm, keep your hands away from the incision above 15cm; 6.3. 1 1 Operation of hoisting machinery, material lifting machinery, concrete mixer, mortar machine, etc. Must undergo professional safety technical training and adhere to the principle of "ten don't lift"; 6.3. 12 The wastes around the processing machinery must be cleaned at any time to keep the feet clear and prevent accidents caused by tripping over wastes; 6.3. 13 Mechanical equipment is overhauled due to power failure, and reinforcement and support measures must be taken for vehicle overhaul. 6.4 Hazard source: The pit, ditch and trough of 6.4. 1 collapsed due to excavation, and the depth exceeds 1.5m, so slope or support must be provided as required; 6.4.2 Earthwork excavation shall be carried out from top to bottom. It is forbidden to use the operation method of hollowing out the footing, and drainage measures should be taken. 6.4.3 The excavated earthwork shall be placed or transported out according to regulations, and shall not be dumped along the line at will; 6.4.4 Foundation pit slope shall be inspected at any time as required. If there are signs of danger such as cracks and looseness on the slope, people should be evacuated immediately and reinforcement measures should be taken to eliminate hidden dangers. 6.4.5 All kinds of formwork supports must conform to the requirements of formwork support design scheme, and the spacing between vertical poles and cross bars must meet the requirements, and cannot be reduced or expanded, especially the wooden support construction method is adopted to prevent formwork concrete from collapsing during construction; 6.4.6 In the process of construction, the stacking distance and quantity of building materials, templates, construction machinery, machines and tools or other materials at the top of foundation pit slope must be strictly controlled to avoid excessive load and slope collapse; 6.4.7 When installing and dismantling the formwork, crane drivers and installers should always check the rigging and cooperate closely to ensure that the formwork can be lifted and placed smoothly, so as to prevent the formwork from swinging greatly and colliding with other objects, resulting in collapse; 6.4.8 Formwork or other materials cannot be stacked on the shelf to prevent the shelf from collapsing. 6.5 Hazard source: explosion 6.5. 1 oxygen cylinder and acetylene cylinder shall be fixed at intervals of not less than 5m; 6.5.2 Oxygen cylinders and acetylene cylinders should not be exposed to the sun, and trachea should not be mixed; 6.5.3 Open flame is prohibited in acetylene station. Management departments and operators are the first responsible persons for fire prevention and explosion prevention, and have the responsibility and obligation to eliminate all potential safety hazards. Four. Supplementary Provisions 1 If these Measures are inconsistent with the relevant provisions promulgated by the state or industry, the provisions of the state or industry shall prevail. The Project Safety Department shall be responsible for the interpretation of these Measures and shall come into force as of the date of promulgation. For more construction knowledge such as "Safety Technical Disclosure and Hazard Informing System", please visit Zhong Da Consulting and Construction Link for enquiry.

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