What aspects does safety production standardization include?

What aspects does safety production standardization include?

One of the aspects was answered upstairs. The answer to the big framework is not that simple:

It is divided into three parts:

1) Basics Management evaluation: Using people and their activities as objects, based on a systematic perspective, evaluate the effectiveness and reliability of the company's HSE work, involving the decision-making and execution sides of the company, the high safety quality of various personnel, and the control of unsafe behaviors ability. Contents include production safety responsibility system, occupational safety and health rules and regulations, planning and annual plans, organizations and personnel, occupational safety and health education, accident management, "three simultaneous" management, team safety management, safe operating procedures, special equipment and personnel safety management , relevant party safety management, on-site supervision and inspection, emergency rescue plan, hazard source management and safety and health files, etc. 15 projects.

2) Installation and facility safety assessment: It is to systematically evaluate the control status of inherent hazard sources (factors) such as equipment, facilities, tools, and materials in the enterprise, so as to eliminate the unsafe state of things and ensure the essence Safety involves flammable and explosive, thermal machinery, electrical appliances and machinery, etc. The content includes industrial gas cylinders, hazardous chemical warehouses, oil depot storage tanks, liquefied gas stations, pressure vessels, acetylene generating stations, boilers, air compressor stations, industrial pipelines, lumber sites, factory buildings, painting workplaces, forging machinery, transformers 51 projects including power distribution systems, low-voltage electrical circuits, hoisting machinery, and metal cutting breakdown. 3) Working environment and occupational health assessment: It is a risk measurement of the company's working environment conditions, occupational hazard factors, occupational health and the conditions that cause occupational diseases. It is the embodiment of management effectiveness. The content includes 9 projects including factory environment, workshop environment, warehousing, hazardous chemical use sites, compliance rate of occupational hazard operation points, qualification rate of occupational hazard protection facilities, health monitoring of workers working with occupational hazards, classification of occupational hazards and management of occupational diseases. What do the archives of safety production standardization include?

Large files include standardized management manuals, program files, operating procedures compilations, production responsibility system compilations, rules and regulations compilations, emergency plans, etc. The specific files must be compiled according to implementation guidelines, scoring methods and other files. What does safety production standardization in logistics work include?

Definition of safety production standardization:

It refers to establishing a safety production responsibility system, formulating safety management systems and operating procedures, investigating hidden dangers and monitoring major Risk sources, establish prevention mechanisms, standardize production behavior, so that all production links comply with the requirements of relevant production safety laws, regulations and standards, people, machines, materials and the environment are in good production condition, and continue to improve, and continuously strengthen the standardization of enterprise safety production construction.

Mainly includes the following aspects:

Objectives, organizational structure and responsibilities, safety production investment, laws, regulations and safety management systems, education and training, production equipment and facilities, operational safety, hidden dangers 13 aspects including investigation and management, monitoring of major hazard sources, occupational health, emergency rescue, accident reporting, investigation and handling, performance evaluation and continuous improvement. What does the "occupational disease file" in safety production standardization include?

"Occupational disease file" is probably the file required in the 15th table of the basic evaluation form according to the machinery industry evaluation standards. This file is intended to require enterprises to register occupational disease patients and leave occupational disease diagnosis certificates with them. Occupational work injury (occupational disease) disability rating table.

The previous answer is a practitioner health monitoring file, which is different from this file. The specific contents of safety production standardization

3722.

What are the contents of safety production management standards at construction sites?

In order to strengthen construction site safety management and protect employees during the production process This system is specially formulated to ensure safety and health in the workplace.

1. The production team must conduct safety technical briefings before going to work every day, and keep records of the team's safety activities in a timely manner. The briefings must have targeted content;

2. Construction workers, safety Workers must conduct daily safety inspections on the working surface every day, and take timely rectification measures for problems found during inspections, and implement implementation personnel and rectification deadlines;

3. The project engineering department organizes relevant personnel to conduct safety inspections every week Inspections should be carried out, and the safety officer should prepare the ledger in a timely manner;

4. Inspections should be focused and effective, and a written notice of project rectification and a rectification feedback file system should be established;

5. The project should set up a dedicated person to be responsible for safety management and related records. If major hidden dangers cannot be rectified in a timely manner in the short term, emergency measures should be taken and the superiors should be asked for instructions;

6. For the operation team or Individual violations of safe operating procedures and systems must be stopped promptly and restricted with corresponding rewards and punishments.

7. Any contractor who undertakes a single project must sign a safety responsibility contract when signing the contract and be responsible for the life safety of the migrant workers under his jurisdiction. If a casualty accident occurs, all liabilities and economic losses will be borne by the contractor. , are all the responsibility of the contractor and have nothing to do with the company. Migrant workers must undergo three-level safety education (company, construction site, team) when entering the workplace, and conscientiously carry out team and team safety production activities to achieve a mass safety production activity in which everyone pays attention to safety and everyone takes care of safety.

8. All construction workers must wear safety helmets and fasten seat belts during the construction process to protect their own lives. Anyone who violates regulations or performs risky operations and suffers casualties or accidents will be solely responsible for all liability and economic losses and has nothing to do with others.

9. All lifting directors and hooking personnel must look around and downstairs before operating to see if there are any people working. They are required to do the following: first, look, second, shout, and third, after leaving, Only in this way can you command the lifting and ensure personal safety. Otherwise, if a personal injury or death accident occurs, the perpetrator will be solely responsible for compensation for all liability and economic losses.

10. Tower crane personnel must perform all operations according to specifications. If anyone disobeys instructions, operates in violation of regulations, and causes casualties or accidents, the tower operator will be responsible for compensation for all liabilities and economic losses.

11. All types of work and personnel, such as steel molds, tower cranes, and bricklayers, must place tools and items in a safe and reliable place when working at high altitudes to ensure safety. Violation of regulations may result in casualties. In the event of material or material damage, all liability and economic losses shall be fully compensated by the perpetrator.

12. All personnel on site are strictly prohibited from standing in the ash trays and brick racks to operate or play. Violation of the regulations will result in a fine of 10 to 20 yuan. In the event of a casualty or accident, all liability and economic losses will be solely your responsibility and have nothing to do with others.

13. All personnel on-site are not allowed to throw rubbish and objects indoors, outdoors, or at high altitudes downstairs. Violators will be fined 10 to 50 yuan, if they cause casualties or material losses. If so, the perpetrator shall be responsible for compensation.

14. All wires on site must be set up overhead and are not allowed to fall to the ground or be pulled or connected randomly to avoid hurting people. All joints of electric wires must be well wrapped and must not leak electricity. If a violation of the regulations results in personal injury or death, the perpetrator shall compensate for all losses and up to legal liability.

15. When working above the sidewalk, a safe closed passage must be set up to ensure smooth flow and safety of pedestrians.

16. When working at high altitudes and lowering springboards or other items downwards, they must be tied tightly with ropes and are not allowed to slide down with hands to avoid injury to people. If a violation of the regulations results in casualties or property losses, the perpetrator shall bear the responsibility and compensate for all economic losses. What does basic management of production safety include?

Basic management of production safety includes, first, employee safety education, formulation of safe operating procedures, and equipment account management; second, the adoption of labor protection measures; third, frequent publicity and eye-catching location reminders Put up a safety sign to give a warning! In addition, safety hazards must be checked regularly to prevent them from happening.

Multiple-choice question What aspects are included in the basic concepts of safe production?

Basic concepts

1. Safety generally refers to a state where there is no danger, no threats, and no accidents. Safety in the production process refers to the absence of work-related accidents, occupational diseases, equipment or property damage. That is to say, people will not be harmed and things will not be damaged. To ensure operational safety during production operations, we must strive to improve working conditions, overcome unsafe factors, eliminate violations, and prevent casualties.

2. An accident is an unexpected event that causes death, illness, injury and property damage. Accidents are sudden events that are contrary to human expectations and will in the relationship between human subjects and energy systems. That is to say, accidents are unexpected changes or disasters.

3. Casualty accidents refer to personal injuries and acute poisoning accidents that occur to employees during the labor process.

4. Hazards refer to the sources or conditions that may cause casualties, illnesses, property losses, and damage to the working environment.

5. Hazard identification refers to the process of identifying the existence of hazards and determining their nature.

6. The source of danger is the source of danger. Refers to potential unsafe factors that may lead to casualties or material losses. Hazardous sources are generally divided into two categories. The first category of hazardous sources refers to energy or hazardous substances that may be accidentally released during the production process. Such as electricity, toxic chemicals, etc. The second category of hazard sources refers to various factors that lead to the destruction or actual failure of energy or hazardous substance restraints or restraint measures. It mainly includes physical failure, human error and environmental damage factors.

7. Safety production Safety production refers to ensuring the safety, health and safety of workers in order to ensure that the labor process is carried out under material conditions and working order that meet safety requirements, to prevent casualties, installation accidents and various disasters. Various measures taken and all activities undertaken for the normal conduct of the production operation process.

What contents does the safety production responsibility ledger include?

1. Production facility ledger (installation facility list, important equipment ledger, special equipment ledger, building ledger, safety facilities ledger, monitoring and measuring devices Calibration ledger);

Among them:

(1) List of equipment facilities (column settings should include equipment name, process number, specification model, material, weight, manufacturer , volume, factory date, installation date, production date, drawing number, price, etc.)

(2) Important device account (column settings should include device tag number, device name, according to the requirements involved) Relevant factors that focus on management (highly toxic chemicals, major hazard sources, important environmental factors, special device specifications, important and joint impacts on the safety and environmental protection of related systems), production management and technical requirements, implementation status, etc.) ;

(3) Special device ledger (column settings should include device name, process number, manufacturing unit, factory number, license number, equipment registration code, regular inspection date, inspection results, review date, etc.);

(4) Construct a building ledger (column settings should include species name, location, design unit, construction unit, completion date, design service life, floor area, structural form, Fire protection level, etc.);

(5) Safety facility ledger (column setting should include type, name, location, quantity, responsible person, etc.);

(6) Monitoring and measuring device management account (including flammable, explosive, toxic and harmful, lightning-proof and anti-static monitoring and measuring devices, pressure gauges, thermometers, liquid level gauges, etc.). The setting columns should include classification, name, installation location, specifications and models , measurement range, accuracy level, serial number, manufacturing unit, calibration cycle, calibration results, re-inspection date, etc.);

2. Account of occupational health protection facilities (mainly including dust prevention, virus prevention, heatstroke prevention and cooling) and other facilities, such as showers, eye washers, etc.; column settings should include: type, name, location, calibration, maintenance date, update status, responsible person, etc.);

3. Protective first aid Equipment ledger (such as air respirators, etc., the column setting should include the name of the equipment, unit of use, storage location, quantity, person in charge of storage, time of collection, use and maintenance status, etc.);

4. Individual Protective equipment issuance ledger (recording distribution and replacement, etc.);

5. Safety warning sign ledger (including sign category, sign name, unit, setting location, setting time, quantity, maintenance responsibility persons, etc.);

6. Fire-extinguishing equipment ledger (including identification category, identification name, unit, setting location, setting time, quantity, maintenance person responsible, etc.);

7. Accident ledger (content including accident time, accident category, number of casualties, size of loss, accident process, rescue process, accident lessons, "four no-misses" handling, etc.);

8 , Hidden hazard rectification ledger (should include the name of the hazard, inspection date, cause analysis, rectification measures, planned completion date, rectification person in charge, rectification confirmor, confirmation date and other project contents);

9. Safety inspection Ledger (including inspection time, inspection form, inspection objects, participants, problems found and processing status, etc.);

10. Approval ledger for various types of operation certificates (set up separate accounts according to operation categories) ;

11. Safety fee withdrawal and use account (safety fees include: improving, transforming and maintaining safety protection devices and facilities, emergency rescue equipment, devices and on-site operator safety protection, safety inspection and evaluation, Major hazard sources, major accident hazard assessment, rectification monitoring, safety skills training, emergency drill expenses, etc.);

12. New employee three-level safety education ledger (including name, gender, date of birth, etc.) , education level, time in the factory, workshop or department, type of work, training hours (factory level, workshop, team), examination results [factory level, workshop, team]);

13. Special Operations Personnel Desk Account (including unit, type of work, name, gender, date of birth, education level

, professional length of service, training unit, assessment results including theory and practice, evidence collection time, reexamination time, certificate issuance number, etc.);

14. Employee safety training and education ledger (the company provides all employees with Including the education status of other managers and engineering and technical personnel,);

15. Job transfer, resumption of work and "Four New" safety education accounts (workshop level, column settings should include training category, training time, Training objects, assessment status, lecturers, etc.)

16. Safety management account of workers from external construction units (factory level, workshop level);

17. Safety production reward and punishment management Ledger (factory level, workshop level);

18. Industrial hygiene monitoring ledger (including date, workshop or department, project, monitoring point, monitoring results, etc.);

19. Occupational health examination ledger (inspection project, inspected unit, physical examination time, number of examinees, pass rate, physical examination institution, etc.);

20. Other accounts, such as major hazard source accounts , hazardous chemical registration ledger, etc. In principle, if there are records, there should be a management ledger.