Detailed explanation of the implementation plan for safe and civilized construction?

1. Safety production goals

Management and implementation will be carried out strictly in accordance with the standards of JGJ59-99, to prevent all major casualties, major equipment, and fire accidents, and generally control the frequency of minor injuries to 1.5 ‰, implement the policy of "safety first, prevention first, comprehensive management" to improve safety production.

2. Civilized construction goals

Civilized construction management goals: Create a safe and civilized standardized construction site in Chengdu.

Related to the implementation of the Ministry of Construction's "Construction Safety Inspection Standards" (JGJ59-99), "Construction Site Environment and Hygiene Standards" (JGJ146-2004), and "Chengdu Civilized Construction Management Measures" According to the requirements, as well as the ISO14001 environmental protection system procedure documents of the Engineering Bureau, effective measures will be taken to reduce construction noise and environmental pollution, and ensure that the construction period does not disturb the residents and does not affect surrounding roads and environmental sanitation.

Air pollution prevention standards are met: the emission of dust and domestic smoke at the construction site meets the requirements (the dust reaches the national secondary emission regulations.

Domestic and production sewage meets the standards: sewage discharge meets the national and local standards Relevant regulations.

Classify and recycle construction waste as much as possible to save water, electricity, paper and other resources, and protect the environment.

3. Environmental management objectives

Architecture and green development are in harmony with development and ecology; create a garden-like construction environment and create green buildings;

The specific environmental goals around the project are as follows:

Noise emissions meet standards: structural construction, <70dB during the day, <55dB at night; decoration construction, <65dB during the day,

55dB at night;

Air pollution Compliance with standards: The dust and smoke emissions from domestic boilers at the construction site meet the requirements (the dust reaches the national secondary emission regulations, and the smoke and dust emission concentration is 400mg/nm?). Domestic and production sewage meets the standards: sewage discharge complies with the relevant regulations of Chengdu City on construction waste classification. Process and recycle as much as possible. Save water, electricity, paper and other resources, save resources, and protect the environment.

Chapter 2 Safety Production Guarantee System

2.1. Safety Production Organization and Management System.

In order to ensure safe production, we should first establish a complete safety production organization and management mechanism

2.2. Establish a safety production responsibility system

2.2.1. According to In accordance with the principle that production must be managed with safety in mind, the project department is responsible for the implementation and management of safety measures during the construction process and establishing the safety production guarantee system for this project.

2.2.2. The project manager is the first person responsible for safety production. Overall responsible for project safety. The project technical leader is the on-site safety technical person in charge, responsible for organizing the preparation and review of safety technical measures, safety technology briefing and safety education.

2.2.3. Full-time on-site safety. Construction workers are responsible for implementing safety technical measures, safety technical briefings and education.

2.2.4. Construction workers are the specific person in charge of implementing safety technical measures on site and guide the worker team on technical measures for safe production during production. Implementation shall be carried out, and no instructions shall be given in violation of regulations.

2.2.5. Safety officers are responsible for the supervision and inspection of safety management. Part-time safety officers of the team conduct pre- and post-shift inspections of production operation surfaces, and promptly rectify any hidden dangers. It is strictly prohibited to operate under conditions with hidden dangers

2.3. Strictly implement the safety education system

Full-time safety officers, under the leadership of the project manager, will give written instructions to all employees entering the construction site. Safety education at entry. New workers must be given safety education before taking up their jobs. Workers in special types of work must hold certificates to work. Safety technical explanations must be given on the use of new processes and new equipment. Those receiving education must have signature records and be assessed. Only those who pass the test can be employed. During the construction process, safety awareness education should also be carried out regularly, focusing on correcting the thinking of "emphasis on production over safety" and "taking risks and reckless actions", and correcting the "opposition between safety and construction progress" and "safety accidents are inevitable" Perspectives and paralysis to chance.

2.4. Implement safety facility acceptance system

Safety facilities are equipped according to engineering technical safety measures. In order to ensure that the quantity, quality, location and performance meet the requirements of the original measures, they must be approved by the company It will be listed for use after passing the inspection and acceptance by the Production Safety Department.

Implement an acceptance and listing system for the following projects:

1) Construction of protective outer frames.

2) Tower cranes and mixers.

3) Reserve openings and edge protection.

4) Various other facilities specially configured for operational safety, mechanical and electrical safety, fire prevention needs, etc. during construction.

2.5. Establish a safety inspection system

Safety inspections are divided into regular routine inspections and irregular inspections. Regular routine inspections include a monthly comprehensive safety inspection, which is conducted by the production safety management team. Implementation, the entire construction site is inspected from all aspects of safety awareness, safety system, and safety measures. Safety officers and construction workers conduct routine inspections once a week, and the inspection results are reviewed at team meetings; each operation team combines on-the-job safety briefings and conducts daily inspections. Carry out safety on-the-job inspections to ensure the safety of operating machines and working environments. Unscheduled safety inspections are conducted by the company's production safety department. Through inspections, employees' safety awareness is improved and safety measures are implemented, and hidden dangers are discovered and solved. .

2.6. The entire construction site is completely closed, leaving only external material transportation and personnel entrances and exits. Non-workers are not allowed to enter the production area to prevent safety accidents caused by non-workers walking through the production area.

2.7. The entry of mechanical equipment and material transport vehicles should avoid the peak flow of people in the site to avoid traffic safety accidents.

2.8. Clarify the key points of safety accident prevention in this project: falling from height; Object strikes, electric shocks, and lifting injuries shall be marked with obvious warning signs.

2.9. Adhere to the "four no-misses" system after discovering potential safety hazards and safety incidents.

2.10. Hang safety warning signs and post safety education slogans to create a good atmosphere for safe construction and always sound the safety alarm in the hearts of production personnel.

Chapter 3 Safety Production Guarantee Measures

3.1. Adhere to the use of the "three safety treasures". All personnel entering the construction site must wear safety helmets. Slippers, high heels, long coats and windbreakers are not allowed. Personnel working at heights must wear safety belts and non-slip shoes. Persons with a fear of heights or heart disease are prohibited from working at high altitudes, and all external structures must be closed with dense mesh safety nets

3.2. Safety measures during the main construction phase

3.2. 1. Scaffolding should prepare a special construction plan based on the actual conditions on site. A special plan must be prepared before the support frame is erected, and a structural calculation sheet must be submitted to the workers by the safety officer and technical director in accordance with the company's technical quality department and production safety before the scaffolding is erected. After the plan has been approved by the Ministry of Construction, safety and technical explanations will be carried out.

3.2.2. The formwork must be designed before construction, and the spacing between tie rods (pieces) of columns, wall formwork and beam side formwork must be passed. The calculation is confirmed. After the formwork is installed, it must be inspected and accepted by the technical person in charge according to the design requirements. The removal of the formwork support must ensure that the concrete strength reaches the design requirements and the materials on the formwork should be evenly stacked and the construction load must not exceed the regulations. .

3.2.3. External protection safety measures

During the construction phase of the basement structure, vertical protective frames and horizontal protective frames are adopted. The vertical protective frame is erected simultaneously with the basement structure. The outer frame is 0.5 meters away from the edge of the building and the height should be more than 1.5 meters higher than the working floor. The bottom of the outer frame is covered with springboards and covered with a layer of bamboo plywood, and the facade is covered with dense-mesh safety nets. It is strictly forbidden to stack materials and items on the protective racks, and debris on the racks should be cleaned regularly.

3.2.4. The unloading platform must be specially designed and must be strong and reliable. There are foot guards of no less than 200mm on both sides of the platform to prevent scattered objects from falling. The unloading platform should be hung with a weight limit sign. The weight of objects stacked during use should not exceed the design load of the platform. Objects stacked on the platform should be transferred to the required location in a timely manner and cannot be left overnight. Soft pads should be provided at the contact point between the platform wire rope and the building, and there should be no less than three buckles at the wire rope joints.

3.2.5. The amount of steel bars and formwork placed on the completed floor and unloading platform should be limited. Construction workers must check at any time, and overweight is strictly prohibited.

3.2.6. Safety measures for working at heights

Safety technical education and explanations should be carried out step by step, and all safety technical measures and personal protective equipment should be implemented. No construction should be carried out without implementation.

Materials, equipment, etc. required for high-altitude operations are to be used and transported according to the construction progress, and overloading and stacking are prohibited.

Personnel working at heights must undergo professional technical training and pass professional examinations, hold employment certificates and pass physical examinations.

Tools used by workers at heights should be placed in tool bags at all times, and it is strictly prohibited to throw and transfer them to each other at heights.

The outer frame should be equipped with a lightning protection device. It is prohibited to operate at high altitude when encountering strong winds above level 6, thunderstorms or dense fog. During construction in the rainy season and after frost in winter, the scaffolding boards should be cleaned and anti-slip measures should be taken.

When performing upper and lower grade crossing operations, you must first have a certain safe separation distance in the left and right directions. If this distance cannot be guaranteed, a protective layer should be installed to prevent falling objects from harming people below.

3.3. Safety measures for electricity use in on-site construction

3.3.1. The electricity used in on-site construction should strictly comply with the "JGJ46-2005 Standard for Safety of Electricity Supply and Consumption at Construction Project Construction Sites", which shall be determined by the project The mechanical and electrical manager is responsible for preparing temporary power usage plans and establishing and managing safety technical files for temporary power usage at the construction site. Safety technical files should include: all information on temporary power construction organization design, information on modifying temporary power construction organization design, technical disclosure information, temporary power project inspection and acceptance form, test and inspection vouchers and debugging records of electrical equipment, grounding Resistance measurement record form, regular inspection (re)check form, electrician maintenance work record.

3.3.2. Temporary power projects at the construction site must adopt the TN-S system and set up a dedicated protective neutral line. The power distribution system adopts three-level distribution and two-level protection.

3.3.3. The first-level box uses insulated five-core aluminum cables that comply with national standards. The cables entering the second-level box are all protected by wooden squares and templates nailed into an insulated wooden box, and Painted with yellow and black warning colors. When entering the foundation pit of the basement under construction, cables are buried underground. The cables and wires pass through buildings, roads, places susceptible to mechanical damage and lead out from the ground from a height of 2.0m to 0.2m underground, and protective sleeves are added.

3.3.4. Distribution boxes and switch boxes must be rainproof and dustproof. The bodies of distribution boxes and switch boxes as well as metal objects that should not be charged in the boxes must be protected from zero. The switch box must be Install leakage protector. The inlet and outlet of the wires in the distribution box and switch box are located on the bottom of the box. The incoming and outgoing wires are sheathed and separated into bundles and made waterproof bends. The incoming and outgoing wires of the mobile distribution box and switch box must be Use rubber insulated cables, and all distribution boxes and switch boxes must be locked.

I believe that after the above introduction, everyone has a certain understanding of the safe and civilized construction implementation plan. Welcome to log in to Zhongda Consulting for more relevant information.

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