Report on the commissioning of electrical equipment. Report on commissioning work, etc. sample Report on commissioning heating work

1. Technical report- a mandatory document reflecting the technical condition installed equipment, grounding devices, automation, protection devices, control and signaling devices of the facility being set up at the time of its commissioning,

2. Upon new (initial) switching on, compliance with the design, serviceability and correct adjustment of each element must be checked, as well as the specified settings and modes must be performed, the operation of the device as a whole and the reliability of its action on the actuators and mechanisms must be checked, with the obligatory reflection of the work performed in setup protocols.

3. The technical report must contain information of a purely technical nature that are of interest at the time of commissioning of the facility being adjusted For condition assessments equipment, as well as standardized measurement values required for repeated regular and extraordinary operational checks equipment, mechanisms and automatic devices, for comparison obtained results.

4. The main part of the technical report - commissioning and testing protocols. Protocols are completed based on measurements taken during the commissioning process persons performing these measurements.

5. The technical report is completed on time no later than 10 days after completion of work, check the production and technical department of the commissioning division, reproduced in triplicate; asserts Chief Engineer (head of the section).

6. Approved technical reports no later than one month from the moment of completion of commissioning work at the site there must be transferred to the customer higher organization And department archive, who carried out commissioning work.

7. Regardless of the purpose, size and departmental affiliation of the facilities at which commissioning work was carried out, the technical report includes the following:

1) title page;

2) annotation;

The annotation reflects:

a) the name of the commissioning facility, its departmental affiliation and location;

b) by what department (indicating the size of the group, the name of the manager, the work) and during what period the work on setting up the facility was carried out;

V) a brief description of equipment involved in the technological process and its technical condition.

3) measurement and test reports equipment, automatic devices, individual independent elements, control equipment, alarms, etc.

in this sequence: a) technological equipment,

b) electrical equipment,

c) other installations and apparatus;

4) checklist measuring instruments, used for commissioning works, and complete test devices;

5) changes made;

In point about the changes made information is given about fundamental changes technological and electrical diagrams project produced during the commissioning process. In this case it seems protocol for approving the changes made, signed by representatives of the customer and the design organization. Correction minor design errors and installation errors V at this point not reflected.

6) conclusion;

7) applications.

The appendices contain an act of comprehensive testing of mechanisms and a protocol for approving project changes, if any.

8. By setup individual installations(additional equipment, individual devices, automation panels) technical report is not prepared.

9. All copies of the report must contain authentic signatures of persons, who approved and signed it (on the title page), and stamp of the commissioning department.

“AGREED” / “APPROVED”

TECHNICAL REPORT

for operational and adjustment work at the facility, an automated hot water boiler house with a capacity of kW, located at:

St. Petersburg 20__

1. INTRODUCTION

Operational and adjustment work of the boilers was carried out on an automated gas hot water boiler house with a capacity of kW, intended for heat supply to a building located at the address: St. Petersburg. Regime and adjustment work was carried out by a company that has the appropriate permits. Operational and adjustment work included operational and adjustment tests of boilers together with main and auxiliary equipment, testing of all technological installations, auxiliary equipment, instrumentation and automation with setting up and testing of protection sensors, safety and regulation automation and alarm systems.

Regime and adjustment work was carried out in the period from “__” ___ 20__ to “__” ___ 20__.

The goal of the work was to perform routine adjustment of the boiler room equipment and achieve the highest indicators of efficiency and operational reliability.

Regime and adjustment work was carried out on boiler room equipment:

  • security automation;
  • boiler automation;
  • automatic gas burners;
  • thermal conditions of boilers;

The following specialists took part in the commissioning work:

2. BRIEF TECHNICAL DESCRIPTION OF THE OBJECT

2.1 PURPOSE AND PRINCIPLE OF OPERATION

2.2 STRUCTURE AND PRINCIPLE OF OPERATION OF BOILERS

2.3 PRINCIPLE OF OPERATION OF THE BURNER

2.4 BURNER SPECIFICATIONS

2.5 PUMP SPECIFICATIONS

2.6 AUTOMATION OF SAFETY AND CONTROL OF THE BOILER ROOM

2.6.1 OPERATING AND EMERGENCY ALARMS.

2.6.2 DISPATCHING

3. TEST CONDITIONS

Commissioning tests of the boilers were carried out under normal operating conditions.

In progress preparatory work Before the tests, the technical condition of the boiler equipment was checked.

Before starting the balance experiments, rough experiments were carried out in order to identify critical excess air at each load. To construct boiler characteristics that ensure the reliability of measurement information, two load modes were tested on the boilers, and each experiment was duplicated to eliminate errors.

The load was generated by the heating and hot water supply system of the facility.

The main fuel consumption was measured using a meter installed at the gas inlet into the boiler room, adjusted by temperature and pressure on the controller.

Automatic safety ensures that the fuel supply to the burner stops when it reaches limit values the following parameters:

  • differential air pressure on the burner fan;
  • water pressure in the boiler;
  • gas pressure in front of the cat;
  • temperature of water leaving the boiler;
  • burner flame goes out;
  • malfunction of protection circuits, including loss of voltage;
  • actuation fire alarm in the boiler room;
  • gas pollution in the room.

4. METHOD OF THERMAL ENGINEERING CALCULATIONS AND MEASUREMENTS

Operational and adjustment tests are carried out according to the methods of Prof. M.B. Ravich, which provides for a set of measurements and calculations necessary to assess the efficiency of boilers. When taking measurements, stationary measuring instruments and portable instruments are used.

During testing, the following measurements are performed:

  • gas consumption;
  • water pressure at the inlet and outlet of the boiler;
  • temperature of gas and air for combustion;
  • water temperature before and after the boiler;
  • temperature and composition of gases behind the boiler;
  • pressure in the gas path of the boiler.

5. ANALYSIS OF THE RESULTS OF WORK COMPLETED

5.1 BOILER OPERATION PARAMETERS

5.2 WEIGHTED AVERAGE EFFICIENCY “Gross” and “Net” BOILER HOUSE

Boilers operate stably and economically at given loads.

The economic indicators of boiler operation in the selected modes practically do not differ from the manufacturer’s passport data.

To ensure an uninterrupted supply of heat to consumers and maintain economical operation of boilers and auxiliary equipment, the following recommendations must be followed:

— Operate boilers according to operating schedules.

— Monitor the operation of boiler room auxiliary equipment.

— Follow technical condition and the quality of operation of safety automation systems and regulation of basic technological processes.

— Systematically identify and immediately eliminate areas of water loss through leaks in fittings, seals and flange elements.

— Monitor the condition of the thermal insulation of boilers and its pipelines.

— Periodically carry out operational adjustments of burner devices in accordance with the requirements of regulatory and technical documentation.

APPLICATIONS

  1. Permitting documentation

When implementing many projects, capital construction or reconstruction of buildings and structures is carried out with the installation of new equipment or specialized processes. Such work includes the installation of fire extinguishing systems, electrical supply, air conditioning, ventilation, and fire alarm systems. All of them require commissioning work, for this in Lately Increasingly, a commissioning program is being drawn up.

What is PNR and why are they carried out?

According to SNiP, commissioning work is a set of activities that are carried out during the preparation of complex testing and individual testing of installed equipment. This includes inspecting, testing and adjusting equipment to achieve design specifications.

All these manipulations are usually carried out on a contractual basis by specialized organizations that have necessary approvals and a staff of qualified specialists. The necessary conditions for their activities on the site (industrial sanitation, occupational safety) are organized by the customer, who also pays for the commissioning work at the expense of the general estimate for putting the facility into operation. All operations must be carried out by personnel of the commissioning organization, instructed and certified for each specific case, under the supervision of a responsible representative from the customer.

There are two main stages in commissioning activities:

  • Individual tests are actions that are designed to ensure compliance with the requirements provided for by technical specifications, standards and working documentation for testing units, machines and mechanisms. The purpose of individual tests is to prepare for complex testing in the presence of a working commission.
  • Complex tests represent actions carried out after the acceptance of mechanisms by the working commission, and the complex testing itself. At the same time, the interconnected collaboration of all installed equipment on Idling, then under load, after which the technological mode provided for by the project is reached.

Although this is not prescribed by law, last years Increasingly, the customer requires that a commissioning program be drawn up for testing work. This gives confidence that not a single nuance will be missed, and the operation of all systems will comply with approved standards and project documentation.

How is the commissioning program compiled and what does it include?

The commissioning program is a document that clearly outlines the entire list of actions that will be carried out by the responsible organization. On the Internet you can see discussions about whether the commissioning methodology should be included in the Program or whether it should be drawn up as a separate document. There are no clear requirements regarding this, so it all depends on the agreements of the parties. Sample for each specific situation can be easily found on the Internet.

The program is drawn up and approved by a representative of the commissioning company and agreed upon by the customer; signatures and seals of the parties are placed in the header of the document. Next are the following sections (as an example, let’s take the preparation of a hotel heating system):

  • checking the correct installation, readiness and serviceability of equipment in visual mode (control devices, shut-off valves, filling the system with water), based on the results, a defective statement is drawn up;
  • adjustment tests under operating conditions, balance experiments (setting optimal modes, testing valve control in manual and automatic modes, checking automation settings, identifying deficiencies and developing proposals for eliminating them), the result is an individual test report;
  • comprehensive testing (72 hours of continuous operation for all major equipment, 24 hours for heating networks), its beginning is considered to be the time when all systems are started at maximum load.

Some companies document all activities directly related to the preparation and testing of devices in a separate document - the Commissioning Methodology, which comes as an addition to the Program. In the Program they include more general things of an organizational nature. That is, there is an actual division of the entire complex of work into organizational, legal and technical components. However, the Methodology is often an integral part of the main body of the approved Program.

The following additional documents may be part of the Program:

  • passports of ventilation, heating and hot water supply systems, as well as individual components of their connection;
  • the procedure for preparing and subsequently conducting commissioning operations with a list of all operations, their start and end times;
  • list of inpatient and portable means measurements (pressure gauges, thermometers, etc.);
  • list of control and shut-off valves, equipment (pumps, valves, heat exchangers, filters);
  • a list of control points and measurement protocol for each of them;
  • a list of parameters that require clarification and adjustment (air humidity and temperature, pressure in pipes, coolant flow rates);
  • methodology for measuring heat losses from building structures (a special report is drawn up and a certificate is issued).

After completion of all commissioning works, comprehensive testing and operational tests, a commissioning report is drawn up with the relevant appendices (a list of mechanisms and equipment on which adjustment and testing were carried out).

The technical report is usually issued by an involved specialized organization within one month.

An individual heating unit cannot be considered operational and ready for use until it has undergone a number of procedures, including electrical installation and commissioning procedures, and installation of thermomechanical structures. Upon completion of these activities, the direct commissioning of the ITP takes place, accompanied by the signing of the following acts of adjustment of the ITP: - intermediate for the thermal-mechanical part of the equipment and the implementation of hidden measures, as well as for electrical installation and automatic operation, - final for the approval of electrical equipment and the heat-consuming installation as a whole. The final one is a technical acceptance certificate, which is signed by the acceptor and the subsequent owner of this structure. Thus, execution of the commissioning act heating point is the crowning achievement of putting equipment of this type into operation; therefore, many aspects of using ITP depend on the quality and correctness of this document.

The step-by-step processes of starting up and setting up individual heating points can be represented as follows: initially, an external check of the equipment for faults is carried out, then a certain operating mode of the system is established (calculated using the regime map, temperature charts and instructions), the automation is configured, ensuring both monitoring and stability of the unit’s operation, after which the heating unit is launched, accompanied by checking the correctness of its operation, adjustment and debugging to specific operational requirements. Specialists check and adjust the equipment so that it is as efficient as possible, all other things being equal. The final document that records all the qualitative results of such manipulations is an act that can be either uniform for the entire structure or individually focused, such as, for example, the act of setting up automatic regulators in an electrical substation.

Documents indicating the completion of the construction of the ITP and the thermal power plant as a whole are the act of construction readiness and the act of commissioning, which are drawn up by the heat supply organization. In addition, it is necessary to obtain permission from the North-Western Department of the Federal Service for Environmental, Technological and Nuclear Supervision to carry out commissioning works and for permanent operation. By the time you receive permission for permanent operation in the northwestern department of the Federal Service for Environmental, Technological and Nuclear Supervision, it is necessary to obtain permission for permanent operation of the power plant and transfer a section of the heating network to the operational and balance responsibility of the heat supply organization. The main goal of automating an individual heating point is saving Money. The better the system is configured, the more economical it will be. Therefore, it is so important to entrust this work to qualified specialists of TeploEnergoControl LLC.

Start-up and commissioning work for automation of the heating point includes:

  • Checking the rotation of pump motors
  • Setting up frequency converters
  • Setting up automatic protection
  • Adjustment of coolant temperature
  • Adjustment of pressure valves and balancing valves
  • Turning on the system in automatic mode
  • Setting up a system operation schedule
  • Night temperature reduction (saving at night)
  • Artificial creation emergency situations to check the functionality of the automation system

There are no two identical systems; each requires an individual approach. During the commissioning process, the features of an individual heating point are revealed. The equipment is fine tuned.

Installation and commissioning work should be entrusted to one company. This speeds up the process of installing and configuring ITP automation.

Stages of commissioning (commissioning)

Commissioning work is carried out upon completion of installation and includes a set of works to check, configure and test the equipment of an individual heating point. Provided that commissioning work is carried out by qualified specialists, guaranteed effective work installations throughout the entire operational period.

As a rule, commissioning work is carried out in 6 stages.

Preparatory

Based on the operational and design documentation of manufacturing companies, the contractor develops work program and commissioning project. The project includes safety measures and preparation of testing equipment and devices, and a fleet of measuring equipment is also being prepared. The client submits the project approved for the execution of work, operational documentation of the manufacturing enterprises, as well as executive documentation. In addition, the Customer appoints representatives for the acceptance of commissioning works, and he also coordinates the deadlines for completing the work with the contractor, taken into account in the general construction schedule.

Individual testing

At this stage, a unit-by-section check is carried out to ensure compliance with the design of the completed installation work, the correct functioning of the means and devices that ensure the safe operation of the equipment in accordance with safety rules while observing labor protection is determined. At this stage, they also draw up an act of the working commission on the acceptance of equipment after individual testing, after which the devices are checked.

Start-up work

At this stage, the Customer’s employees are trained in the maintenance of heat and power equipment; preparation for start-up and start-up of equipment with fittings and communications is carried out. Constant monitoring of the condition and behavior of equipment elements during idle operation must be organized.

Also at this stage, it is necessary to ensure monitoring of the acceptance of the load and bringing it to the value established by the Customer for comprehensive testing. A list of defects and deficiencies that were identified during the commissioning of communications and equipment is compiled. After carrying out this work, we issue recommendations to the Client’s personnel on the specifics of operation.

Setup and comprehensive testing

At this stage, the startup is carried out, and the operation of the main and auxiliary equipment is established. Next, a comprehensive load test is carried out in accordance with the requirements of SNiP and TU in the mode established by the Customer or provided for by the project. Mode maps are developed based on the readings of equipment under load during a comprehensive test. Based on the results of comprehensive testing, appropriate acts are drawn up.

Mode adjustment

At this stage, operating modes of the main and auxiliary equipment are worked out according to qualitative/quantitative indicators, and optimal conditions operation of the equipment used. After this, the test results are processed and analyzed, and performance maps are drawn up for the main and auxiliary equipment. Drawing up instructions for technical operation equipment is produced jointly with employees of the engineering and technical department of the Customer’s company. After all comments and defects have been eliminated in accordance with the technological operating mode of the main and auxiliary equipment, their tests to check the quality of adjustment work and compliance with the operating schedules are carried out again.

Preparation of technical documentation

This stage involves drawing up a technical report in accordance with approved methods. This report is registered in the northwestern department of the Federal Service for Environmental, Technological and Nuclear Supervision. The necessary acceptance and delivery documentation is also prepared.

The timing of commissioning depends on various factors, including the configuration of the ITP. As a rule, the duration of the PNR ranges from 3 days to 2 weeks. After their completion, the specialists of TeploEnergoControl LLC will provide you with a detailed report.

List of documentation required to carry out commissioning work at the site:

1. List of documentation submitted for approval of heat-consuming power plants and heating networks:

List of documentation submitted for admission of heat-consuming power plants and heating networks for commissioning:

Copy constituent document(certified in accordance with the established procedure) for legal entity. Documents confirming the authority of the person (persons) representing the owner.

Permission to apply technical devices(equipment of thermal power plants, heating points and heating networks, a section of the heating network, systems, instruments and means of emergency protection, alarm and control used in the operation of the specified equipment) in the presence of identifying signs of danger. Availability of an industrial safety examination conclusion and its approval by Rostekhnadzor authorities - when identifying thermal power plants and heating networks as a hazardous production facility (Articles 7, 8 of the Federal Law of July 21, 1997 No. 116-FZ, clause 1.4. PTE TE).

Documents for registration of the heating network with the bodies of Rostechnadzor or with the organization that owns the network (Articles 7, 8 of the Federal Law of July 21, 1997 No. 116-FZ, clause 1.4. PTE TE).

Passports of pipelines, heating points, ventilation systems and thermal power plants (clause 2.8.1 PTE TE). Certificates for equipment (according to the approved list of products subject to mandatory certification) (sample inspection report from the admission procedure)).

The energy consumption mode established by the energy supplying organization (source) (current technical conditions for connecting thermal power plants) (clauses 3, 4 of the Rules for connecting a capital construction facility to engineering support networks, clause 1 of the Rules for determining and providing technical specifications connecting a capital construction project to engineering and technical support networks approved by Decree of the Government of the Russian Federation No. 83 of February 13, 2006, sample inspection report from the admission procedure).

A document confirming the compliance of the constructed, reconstructed, repaired capital construction facility with technical conditions, certified by representatives of organizations operating engineering support networks (certificate of compliance with technical conditions) (Article 55 of the Urban Planning Code).

The act of delimiting the balance sheet ownership and operational responsibility of the parties (clauses 2.1.3, 2.1.5 PTE TE). Acceptance certificate by the working commission or acceptance certificate between the construction (installation) organization and the customer. Acts of individual testing of thermal power plants. Reports of hydrostatic or manometric leak tests. Acts of washing and disinfection of thermal power plants and networks. Acceptance certificates hidden work. Acceptance certificate UEC systems(humidification of polyurethane foam insulation) (clause 2.8.1, clause 2.4.4 PTE TE).

Program for thermal testing and instrumental measurements carried out at thermal power plants during commissioning (clause 2.6.5 of the PTE).

Documents on technical examination (clause 2.6.3 PTE TE).

Permission to operate electrical installations permitted thermal power plants (power supply of heating points, electric drives of valves, lighting and ventilation systems of thermal chambers and passage channels) (clause 1.3. PTE TE). Act on the readiness of on-site and intra-house networks and equipment of a capital construction project for connection to the engineering and technical support network for commissioning operation (form 1 part 1) (clause 20.2 of the Government of the Russian Federation No. 360 of 06/09/2007).

Regulatory documents on organizing the safe operation of thermal power plants. Staffing with trained (with knowledge testing) personnel (clause 2.2.2, 2.3.34 PTE TE, sample inspection report from the admission procedure).

An extract from the knowledge testing journal or copies of knowledge testing protocols of persons responsible for the good condition and safe operation thermal power plants and their substitutes, thermal power personnel (clause 2.2.2 PTE TE).

A copy of the agreement on the operation of thermal power plants by a specialized organization. Certificate of acceptance of thermal power plants and heating networks into operation, for organizations that do not have their own personnel and service thermal power plants and heating network under contracts (clause 2.1.1 PTE TE).

Operational circuit diagrams thermal power plants (pipelines and shut-off valves) (clause 2.8.3 PTE TE). Job Descriptions, instructions on occupational health and safety (clause 2.8.4 PTE TE).

A set of current operating instructions. Availability of technological documentation. Availability of technological equipment and tools for operating a thermal power plant (clause 2.8.1 PTE TE; clause 2.8.6 PTE TE).

Approved program for warming up and commissioning a thermal power plant and heating network. Programs for testing thermal power plants for strength and density (hydrostatic or manometric leak testing) (clause 6.2.20, 6.2.22, 15.6.2 PTE TE).

List of available ones protective equipment, fire extinguishing and provision medical care(Clause 2.10.2 PTE TE). Operational logs, personnel briefings, testing of personnel knowledge, accounting of protective equipment, accounting for the issuance of work permits, technical examinations (clause 2.8.9 of the PTE TE, sample inspection report from the approval procedure).

Documentation on the system of organizational measures to ensure the safety of work during the operation of thermal power plants (clause 2.10.4 of the PTE TE, section 2 of the safety regulations for the operation of heat-consuming installations and heating networks, a sample inspection report from the admission procedure).

2. List of documentation submitted for admission of heat-consuming power plants and heating networks into operation:

A valid permit for admission and an inspection report for commissioning or a list of documentation submitted for the admission of heat-consuming power plants and heating networks for commissioning (clause 2.4.8 of the PTE TE).

Technical reports on the tests (measurements) carried out, including a thermal test report heating systems with the determination of the heat-protective properties of enclosing structures and the heat-storing capacity of buildings (clause 2.8.1 of the PTE TE).

List of organizations participating in the commissioning work.

Certificate of comprehensive testing of thermal power plants (clause 2.8.1 PTE TE).

Act on the readiness of on-site and intra-house networks and equipment of a capital construction project for connection to the engineering and technical support network for permanent operation (form 1 part 2) (clause 20.2 of the Government of the Russian Federation No. 360 of 06/09/2007).

Certificate of acceptance of the metering unit (approval for operation of metering devices) (clause 7.1 of the Rules for metering heat energy and coolant, inspection report from the approval procedure).



Setup and comprehensive testing At this stage, the startup is carried out, and the operation of the main and auxiliary equipment is adjusted. Next, a comprehensive load test is carried out in accordance with the requirements of SNiP and TU in the mode established by the Customer or provided for by the project. Mode maps are developed based on the readings of equipment under load during a comprehensive test. Based on the results of comprehensive testing, appropriate acts are drawn up. Regime adjustment At this stage, operating modes of the main and auxiliary equipment are studied according to qualitative/quantitative indicators, and optimal operating conditions for the equipment used are identified. After this, the test results are processed and analyzed, and performance maps are drawn up for the main and auxiliary equipment.

Commissioning, etc., central heating plant

  • the procedure for preparing and subsequently conducting commissioning operations with a list of all operations, their start and end times;
  • list of stationary and portable measuring instruments (pressure gauges, thermometers, etc.);
  • list of control and shut-off valves, equipment (pumps, valves, heat exchangers, filters);
  • a list of control points and measurement protocol for each of them;
  • a list of parameters that require clarification and adjustment (air humidity and temperature, pressure in pipes, coolant flow rates);
  • methodology for measuring heat losses from building structures (a special report is drawn up and a certificate is issued).

After completion of all commissioning works, comprehensive testing and operational tests, a commissioning report is drawn up with the relevant appendices (a list of mechanisms and equipment on which adjustment and testing were carried out).

Itp commissioning works

The project includes safety measures and preparation of testing equipment and devices, and a fleet of measuring equipment is also being prepared. The client submits the project approved for work, operational documentation from the manufacturing enterprises, as well as as-built documentation.

In addition, the Customer appoints representatives for the acceptance of commissioning works, and he also coordinates the deadlines for completing the work with the contractor, taken into account in the general construction schedule. Individual testing At this stage, a unit-by-unit check is carried out for compliance with the design of the completed installation work, the correct functioning of the means and devices is determined that ensure the safe operation of the equipment in accordance with safety regulations while observing labor protection.

NDP program

At this stage, the Customer’s personnel are instructed on the maintenance of heat and power equipment; Preparation for start-up and subsequent start-up of equipment with fittings and communications are carried out. Constant monitoring of the behavior and condition of equipment elements during idle operation is organized, monitoring of the acceptance of the load and its bringing to the value established by the Customer for comprehensive testing is ensured.

Attention

A list of deficiencies and defects identified during the commissioning of equipment and communications is compiled. After carrying out this work, the Customer’s personnel are given recommendations on operating features.

Commissioning, etc.

Methods for achieving the goal are also indicated (horizontal and vertical adjustment, measurements at control points).

  • Characteristics of the object. All available systems and their characteristics are described (presence of a heating point, heating systems, hot water supply and ventilation, coolant parameters for each of them, special pumps and batteries).
  • Preparation for testing systems.


    Includes checking all necessary documentation, drawings and permits, visual inspection of the technical readiness of systems, control and accounting devices, identifying control points, training personnel, drawing up a list of activities.

  • Measures to ensure labor protection.

Central heating station service

  • adjustment tests under operating conditions, balance experiments (setting optimal modes, testing valve control in manual and automatic modes, checking automation settings, identifying deficiencies and developing proposals for eliminating them), the result is an individual test report;
  • comprehensive testing (72 hours of continuous operation for all major equipment, 24 hours for heating networks), its beginning is considered to be the time when all systems are started at maximum load.

Info

Some companies document all activities directly related to the preparation and testing of devices in a separate document - the Commissioning Methodology, which comes as an addition to the Program. In the Program they include more general things of an organizational nature.


That is, there is an actual division of the entire complex of work into organizational, legal and technical components.
After their completion, the specialists of TeploEnergoControl LLC will provide you with a detailed report. 1. List of documentation submitted for the admission of heat-consuming power plants and heating networks: List of documentation submitted for the admission of heat-consuming power plants and heating networks for commissioning: A copy of the constituent document (certified in the prescribed manner) for a legal entity. Documents confirming the authority of the person (persons) representing the owner. Permission to use technical devices (equipment of thermal power plants, heating points and heating networks, a section of the heating network, systems, instruments and means of emergency protection, alarm and control used in the operation of the specified equipment) in the presence of identifying signs of danger.

Report on commissioning of a heating point

Rules for connecting a capital construction project to engineering support networks, clause 1 of the Rules for determining and providing technical conditions for connecting a capital construction project to engineering support networks, approved by Decree of the Government of the Russian Federation No. 83 of 02/13/2006, sample inspection report from the procedure admission). A document confirming the compliance of the constructed, reconstructed, repaired capital construction facility with technical conditions, certified by representatives of organizations operating engineering support networks (certificate of compliance with technical conditions) (Art.
55 of the Town Planning Code). The act of delimiting the balance sheet ownership and operational responsibility of the parties (clauses 2.1.3, 2.1.5 PTE TE).

Heating station commissioning report

Specialists check and adjust the equipment so that it is as efficient as possible, all other things being equal. The final document that records all the qualitative results of such manipulations is an act that can be either uniform for the entire structure or individually focused, such as, for example, the act of setting up automatic regulators in an electrical substation.
Documents indicating the completion of the construction of the ITP and the thermal power plant as a whole are the act of construction readiness and the act of commissioning, which are drawn up by the heat supply organization. In addition, it is necessary to obtain permission from the North-Western Department of the Federal Service for Environmental, Technological and Nuclear Supervision to carry out commissioning works and for permanent operation.

It was mentioned above that it is most reliable to entrust the maintenance of central heating stations once a year to a service company. His task is to fully prepare the heating point for the autumn-winter season, namely: a complete inspection of equipment and instruments located in the central heating substation; based on the results, a defect report must be drawn up; performance of all work specified in the defect report; carry out preventive repairs of shut-off valves, oil seals, flange connections, regulators with the replacement of worn parts and gaskets; verification of instrumentation and calibration measuring instruments, which are not verified; participation in pre-launch tests; flushing all devices and performing commissioning and adjustment activities. Full maintenance of central heating stations is usually performed once a year, less often - in unforeseen cases, as well as after force majeure situations.
Act on the readiness of on-site and intra-house networks and equipment of a capital construction project for connection to the engineering and technical support network for commissioning operation (form 1 part 1) (clause 20.2 of the Government of the Russian Federation No. 360 of 06/09/2007). Regulatory documents on organizing the safe operation of thermal power plants. Staffing with trained (with knowledge testing) personnel (clause 2.2.2, 2.3.34 PTE TE, sample inspection report from the admission procedure). An extract from the knowledge testing journal or copies of knowledge testing protocols of persons responsible for the good condition and safe operation of thermal power plants and their deputies, thermal power personnel (clause 2.2.2 of the PTE TE). A copy of the agreement on the operation of thermal power plants by a specialized organization.

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