According to the fire safety assessment report, there are many factors influencing fire safety assessment, and only self-assessment can know how to carry out the next fire safety work. Next, I will share the fire safety assessment report. Let's have a look.

Fire safety assessment report 1 1. Determination of assessment items

The evaluation object, specific projects, objectives and tasks shall be agreed by the entrusting unit and the evaluation institution.

Second, set up an evaluation project team.

According to the needs of the evaluation project, the evaluation institution may set up an evaluation project team composed of the following personnel:

(1) The technical director of the appraisal institution 1 should be a first-class registered fire engineer.

, responsible for technical review;

(2) 1 The person in charge of the evaluation project should be a first-class registered fire engineer, who is responsible for the technical control of the project;

(three) the person in charge of the evaluation of building fire prevention, fire control facilities and fire management shall be a registered fire engineer, responsible for the technical control of each item;

(4) Other appraisers shall be registered fire engineers or have intermediate or above professional qualifications for specific types of work in the fire protection industry.

Third, the assessment preparation

(a) the person in charge of the project shall organize the formulation of the fire safety assessment work plan, and make arrangements for the work tasks, work standards, work duration, staff and division of labor.

(2) According to the evaluation work plan, the project team prepares the materials such as laws, regulations and technical standards required for the evaluation, lists the materials that need to be provided by the entrusting unit, and verifies and calibrates the instruments and equipment required for the evaluation.

(3) The information that the entrusting unit needs to provide includes but is not limited to the following contents.

1, business license, unified social credit code and other unit certification documents.

2. The fire protection design, completion acceptance drawings, fire protection design documents and related materials of the construction project that have been approved by the audit or checked for the record.

3, legal documents issued by the administrative organ:

(1) audit documents or filing vouchers for fire protection design of construction projects;

(2) the construction project fire acceptance documents or filing documents;

(three) the legal documents of the public gathering place put into use and fire safety inspection before business;

(4) Other legal documents such as fire supervision and inspection.

4, this unit to implement the fire safety management documents and materials, mainly including:

(1) The document that the unit determines (changes) the person in charge of fire safety, the manager and the fire department;

(two) the unit clear departments, posts and related personnel fire responsibility system documents, as well as records of the performance of the corresponding responsibilities;

(3) documents such as fire safety publicity and training, fire patrol inspection, safety evacuation facilities management, fire control (control room) duty, electricity safety management, organization and management of full-time and volunteer fire brigades, fire fighting and emergency evacuation plan drills, and records of the implementation of various fire safety systems;

(four) records of fire safety regulations and the implementation of fire safety regulations;

(five) the operation of automatic fire control facilities and other personnel who need to hold certificates according to law;

(6) Paper and electrical documents that should be kept in the fire control room according to GB25506;

(seven) other documents and materials reflecting the fire safety management of the unit.

5, building fire control facilities detection and maintenance information, mainly including:

(1) periodic inspection report of building fire control facilities;

(2) Maintenance contract and maintenance report of building fire control facilities;

(3) Records of maintenance and renovation of fire control facilities.

(6) Information reflecting the quality of fire protection products (materials) mainly includes:

(1) Certificate of quality of fire protection products used by the unit;

(2) Building interior decoration materials quality certification documents, witness sampling inspection reports, etc. ;

(3) Quality qualification documents and inspection reports of building external wall thermal insulation materials.

(seven) other documents and materials required to be provided according to the actual situation of the fire safety assessment of the unit.

Fourth, convene a coordination meeting on evaluation and disclosure.

(a) the meeting personnel include:

1. Personnel of appraisal institution: all personnel of the project team;

2. Personnel of the entrusting unit: the person in charge of fire safety or the fire safety manager of the unit, and relevant personnel who cooperate with the assessment;

3. Other personnel that the evaluation institution and the entrusting unit think need to attend the meeting.

(2) The meeting requirements are as follows:

1. The two sides fully communicated on the development of the evaluation work and the objectives of the evaluation task, and made clear the evaluation scope, content, work standards and requirements, requirements for mutual cooperation of the evaluation work, handling of special circumstances, division of labor of the evaluation task, etc.

2. The evaluation institution shall make a confidentiality commitment to the entrusting unit, and read out a statement on the fairness of evaluation;

3. An appraiser with professional qualifications shall sign the meeting attendance form, and the person in charge of fire safety or the fire safety manager of the entrusting unit shall sign for confirmation.

(3) The requirements for evaluation and implementation are as follows:

1. The project team conducts on-site inspection and evaluation of building fire prevention, fire control facilities, fire control management and other contents according to the division of personnel and work determined by the evaluation clarification coordination meeting, and fills in the evaluation record form (see the attachment for the style);

2. During the evaluation, if the entrusting unit has rectified the fire safety problems found by the project team, it will not be recorded in the evaluation record;

3, data inspection should check the original, the entrusting unit can't provide the original, should be responsible for the authenticity of the information provided, the project team should check the authenticity of the information.

(4) The requirements for summary evaluation are as follows:

1 After the evaluation work is completed, the project team should check the styles of evaluation sub-items and appendices, list the problems found in the evaluation item by item, summarize the evaluation situation according to building fire prevention, fire protection facilities and fire protection management, and put forward rectification suggestions respectively;

2. The project team analyzes and evaluates the fire hazards and fire safety problems found in the inspection, and puts forward scientific and reasonable rectification opinions. If the fire rescue agency finds or determines that there is a major fire hazard in the unit, the project team can guide the unit to formulate a technical plan for the rectification of major fire hazards and implement temporary measures to prevent fires.

(five) assessment feedback will include:

1. The appraisal institution shall inform the entrusting unit of the appraisal work;

2. An appraiser with professional qualifications shall sign the meeting attendance form, and the person in charge of fire safety or the fire safety manager of the entrusting unit shall sign for confirmation.

Verb (abbreviation of verb) Preparation of evaluation report

According to the evaluation results confirmed by the evaluation feedback meeting, prepare the fire safety evaluation report and deliver it to the entrusting unit in time.

Six, the establishment of evaluation files

Organize the evaluation data in time, establish the project evaluation file and keep it for future reference.

Fire safety assessment report 2 1. Brief introduction of fire performance-based design

With the development of real estate and large-scale infrastructure in China, high-rise, super-high-rise, large-scale commercial complexes, sports and cultural facilities, stations, airports and other large-scale buildings (hereinafter referred to as over-limit buildings) are constantly emerging.

In order to meet the needs of special building layout, it brings difficulties to architectural design and fire protection design. Some contents of these over-code buildings can't meet the requirements measured by the existing fire protection codes. Code for Fire Protection Design of Buildings is the basic basis for fire protection design of buildings.

For buildings that can't be designed completely according to China's current fire code, fire prevention and control should be based on fire safety engineering, adopt performance-based fire design method, and give targeted fire prevention measures to achieve fire safety.

2. What is fire performance-based design?

According to the fire performance-based design regulations, "performance-based design evaluation of building engineering" (hereinafter referred to as performance-based design evaluation) refers to the application of fire safety engineering principles according to the use function and fire safety requirements of building engineering;

Adopt advanced and applicable calculation and analysis tools and methods to provide design parameters and schemes for fire protection design of building projects, or comprehensively analyze and evaluate fire protection design schemes of building projects, and complete the workflow of relevant technical documents.

Performance-based fire protection design includes performance-based fire protection analysis and design. Performance-based fire prevention analysis is to quantitatively describe the occurrence and development process of fire with physical parameters according to the specific use requirements of buildings, and analyze the impact of fire on people, property and building structure inside buildings;

It provides a basis for taking appropriate fire countermeasures. Performance-based design is a targeted fire prevention measure based on performance-based fire prevention analysis and comprehensive construction site conditions, personnel and property safety.

The essence of fire performance-based design is that in the early stage of fire design, only the performance requirements and indicators needed for fire safety are put forward, rather than requiring designers to adopt some specific solutions. How to achieve these targets and what kind of engineering measures to take are all decided by the designers themselves.

But in the end, designers are required to prove that the engineering scheme they choose is safe and reliable, and the design calculation method adopted is reliable. Fire engineering auditors can also use the same evaluation method to verify whether the design can achieve the safety goal.

Design based on fire performance has the following advantages:

First, fully consider the unique performance, uses, risks and user needs of each building;

Second, paying attention to the achievement of safety goals and not limiting what measures to take is conducive to giving play to the subjective creativity of designers;

Thirdly, the means and analysis methods, fire model and evacuation software used in performance-based design are constantly improving, which greatly improves the accuracy of engineering design and creates conditions for some novel architectural designs;

Fourthly, performance-based design can provide detailed building safety assessment report, which is convenient for users to strengthen fire safety work in a targeted manner. Through performance-based analysis, we can analyze the specific fire hazards and corresponding fire safety measures of specific projects, realize comprehensive fire control countermeasures, make clear the key points and weak links of fire control work in this building, and thus formulate effective preventive measures.

3. The performance-based design evaluation method can be used in the application of engineering projects.

(1) is beyond the scope of application of the current national fire protection technical standards (not covered in the specifications or not covered in depth);

(2) When designing fire separation, smoke evacuation, safety evacuation and fire resistance limit of building components according to the current national fire technical standards, it is difficult to meet the special use function of the project (such as the implementation of the code will seriously affect the building function and performance).

4. Main contents of performance-based fire protection design

(1) Determine the field conditions of the analysis object:

Analyze the fire hazard of buildings. Firstly, the structural characteristics of the building are defined, and then the main fire hazards of the building are identified.

(2) Formulate fire safety goals and objectives:

Basic fire safety purposes can be divided into those directly related to life safety and those related to other safety. The former considers the safety of all kinds of people in the fire, including residents, staff, customers, firefighters and so on. Usually this is the main goal of fire safety in most buildings, and other safety purposes include protecting property safety.

(3) Formulate engineering design, analysis and evaluation methods:

Computer simulation of fire process is a very important quantitative analysis tool for fire risk analysis by designing fire protection technical scheme. The simulation method can be used to predict the changes of fire area, smoke layer height, indoor temperature and typical combustion component concentration with time after a building fire. These data can be directly used for building fire safety design, personnel evacuation analysis, fire facilities function analysis and so on. It can also provide necessary parameters for other safety analysis methods.

(4) Analyze the factors that affect the fire safety objectives:

It is the key link of fire risk assessment to deeply analyze the influence of various related factors on achieving fire safety objectives. The main influencing factors include: the structural characteristics of buildings, the combustion characteristics and distribution of combustible materials, the influence of indoor and outdoor environment on fire development, the configuration of indoor fire-fighting facilities, the characteristics of building users, and the rescue situation of fire departments.

(5) Effectiveness evaluation of fire prevention and control.

(6) The technical solutions to the fire-fighting difficulties are given.

(7) Give analysis report: After each fire risk analysis is completed, an objective and comprehensive analysis report shall be given. The report should clearly state whether the building meets the requirements of relevant codes, whether the original design needs to be modified and how to modify it.

Conclusion:

In engineering practice, the fire performance-based design method is reasonably used to solve the fire design problem of over-limit buildings, realize the fire design of over-limit buildings, ensure the fire safety of personnel, and thus meet the space design requirements of buildings.

Fire Safety Assessment Report 3 Model essay on self-assessment of fire safety

After receiving the notice of fire safety inspection, our school immediately organized a major inspection. The headmaster personally led the school security officer, general affairs director, plumber and related personnel to conduct a comprehensive self-examination of the school's special classrooms, classrooms and financial offices. , and the alarm device was tested and debugged, and the fire-fighting facilities were comprehensively self-checked. The self-inspection is now reported as follows:

First, the safety responsibility system has been implemented.

The school has formulated the fire safety responsibility system and the fire safety responsibility of each post, defined the safety responsibilities and safety responsible persons of each department, and signed the fire safety responsibility certificate, which is strictly implemented in accordance with the requirements of the responsibility system and the responsibility certificate.

Second, the school fire safety channel is smooth; Each floor is equipped with fire-fighting equipment according to the standard, and it is within the validity period.

Third, the school has formulated a fire emergency evacuation plan and regularly organized teachers and students to carry out fire drills.

Four, in accordance with the relevant provisions of the state, the allocation of fire facilities, fire equipment. Fire-fighting facilities and fire-fighting equipment have been regularly overhauled without damage or unavailability.

Five, fire evacuation routes, safety exits unblocked.

Six, the school regularly carries out fire education and training for teachers and students, and organizes fire knowledge competitions.

Seven, the school has a monthly safety work meeting and safety inspection and records.

Through self-examination and self-correction, the teaching staff will further realize the great responsibility, enhance their sense of hardship, consciously and actively implement safety work, and fully safeguard the safety and stability of the school.

According to the spirit of Wu Dabao's Notice on Launching Special Renovation of Spring Fire Safety, the college organized the special renovation of spring fire safety in the whole hospital. On February 28th, the leading group of spring fire safety special rectification, which was composed of college leaders and student affairs office, conducted a comprehensive fire safety inspection of the college.

First, check the key points.

1. This time, it is mainly to check the illegal use of high-power electrical appliances above 100w and to pull the power cord indiscriminately, and to give timely warning and treatment to students who illegally use electric stoves, electric cups, rice cookers, water boilers and pull the power cord indiscriminately.

2. For the normal use of fire fighting equipment such as fire hydrants and fire extinguishers, do a good job in daily maintenance and the addition and replacement of fire fighting equipment.

3. Give a warning to students who smoke in the dormitory and light with candles after lights are turned off. The fire safety committee, logistics and security departments insist on being on duty 24 hours a day (call at any time when necessary).

4. The personnel on duty should check the students' sleeping rate at night and the civilized health inspection of the dormitory every day, and take the timely elimination of potential safety hazards as their daily work.

Grasp the work.

Second, the problems found in the inspection

The results of this inspection are generally satisfactory, and no major safety hazards have been found. However, during the inspection, it was also found that some dormitories did not meet the requirements, and high-power electrical appliances were still used, which criticized the safety responsible person of the problem class, as follows:

1. The bedrooms in the lakeside dormitory are:

Unit 1: 20 1 (personnel management), 305 (international trade 2), 602 (accounting)

Unit 2: 10 1 (Finance)

2. The fast bedrooms used in Sakura Second Room are:

406 (Finance)

3. The five bedrooms with potential safety hazards are:

53 1、6 19、634

4. The bedrooms with potential safety hazards in KINOMOTO SAKURA are:

2 18、2 14、325、326、40 1、406、408、429、430

5. The bedrooms with potential safety hazards in Sakura II are:

208,219,207 (note: 207 is extremely uncooperative with students' work and has a bad attitude)

Three. initiative

1. We reported the results of this inspection within the scope of the college, and conducted a informed criticism on the above dormitory. Seriously criticized and educated relevant students.

2. We held a safety education meeting for student cadres, printed and distributed relevant information on fire safety to the dormitory, and asked each class to hold a class meeting with the theme of fire safety.

3. Strengthen the system of responsible persons for safety, and require responsible persons for safety at all levels to attach great importance to it and make persistent efforts to conduct regular safety inspections.

"Hidden dangers are better than open flames, and responsibilities are heavier than Mount Tai". Fire safety work is a constant and unremitting work. Based on the service tenet of "all for students, all for students, all for students", we will continue to work hard to win the victory of the special rectification work of fire safety in an all-round way.