Three articles on the work summary of boiler employees

? Boiler employee work summary 1

? 1. Study the technology carefully and memorize the operating procedures theoretically. In the modern Internet and available Search for relevant operational information in various ways of learning materials; strictly abide by operational procedures in practice reports, cultivate personal independent operation capabilities, ensure that no misoperation accidents occur, and report problems encountered at work, experience gained, and matters needing attention Write it down at any time, humbly ask the experts and leaders for advice, and the class members will be able to work independently. However, I know that in order to learn the boiler major thoroughly, it will take time to hone and accumulate knowledge, step by step, and one day will be better than Stronger in one day. Even during the vacation, I never forget to read professional books on boilers, so that I can be at work when I am not physically present. I also make full use of network resources at home, check power plant boiler literature, broaden my horizons, and continue to recharge. I hope that I can treat my work with a new professional level on the job.

? 2. Work conscientiously and responsibly, be dedicated and love your job, demand yourself according to the company's philosophy, treat others with integrity, work in a down-to-earth manner, obey leadership arrangements, overcome various difficulties, and always treat work with a positive and serious attitude. Especially in the winter heating period, labor intensity increases. In various difficult working situations, we do our best to improve various operating parameters. Although there are more equipment than in previous years, we have not let go of the work of inspecting and maintaining equipment. Still check and maintain on time. Sometimes the boiler fails to meet the company's operating requirements due to various factors in the operation of the boiler. However, we faced the difficulties, actively adjusted our work ideas, grasped the key points, and adjusted the operation as soon as possible, and achieved gratifying results. In this year's boiler operation, we were the first to raise the boiler load to more than 120T. And received recognition and praise from the company leaders.

?3. Ability includes coordination ability and accident handling ability. If "technology" is compared to "IQ", then "ability" can be compared to "emotional quotient". The same is true for the boiler major, which has a high IQ It doesn't necessarily mean you have high emotional intelligence, because technology is dead and ability is alive. In various emergencies, our team united as one and dealt with them decisively, nipping the accident in the bud and minimizing the actual incident. Therefore, the ability to judge quickly and accurately, and to learn and apply it flexibly can help you do your job better.

? 4. Accumulate work experience and implement the company's "energy saving and consumption reduction". In terms of coal, water, and electricity consumption, save every pound of coal, every drop of water, and every kilowatt hour of electricity. We put safety operation first and take economic operation into consideration.

? 5. In the work of safety production, we intensify the inspection of equipment, improve the reliability of equipment, reasonably adjust the boiler operation mode, and ensure the completion of various production indicators issued by the company. Avoid personal casualties, equipment damage, fire accidents, affecting the heat supply of external network companies and causing major accidents caused by human liability.

?6. The company launched a small indicator competition. In the labor competition, we must not cheat and compete with other teams for a good ranking with our true strength.

?The new year brings a new beginning, as well as new pressure. Only by setting new reasonable goals can there be new breakthroughs. Therefore, we have formulated the work direction of the team in 2009:

?1. Continue to study boiler expertise, improve accident handling capabilities, strive for smoother boiler operation, and ensure that the boiler load is safe, stable, and economical. Reach new highs.

?2. While doing your job well, learn about other professional knowledge and strive to achieve the goal of "all-round operation" as soon as possible.

?3. On the basis of ensuring heat supply, supply qualified steam to the turbine workshop. Complete the power generation tasks assigned by the company and overfulfill them. 4. Continue to exert the spirit of unity and cooperation, strengthen the concept, and spur yourself to have a higher understanding and development.

?In the work in 2008, we achieved certain results and made new breakthroughs in technology. We worked with a master's attitude at work and devoted ourselves to the work of the power plant. Our unremitting efforts have enabled us to achieve impressive results. But we will not give up the pace of pursuing innovation just because we have achieved results.

We will continue to work hard, push ourselves, and contribute our own strength to Zhongmeng Suihua Thermal Power Co., Ltd.! Boiler employee work summary 2

?The Xinjiayuan brick-making boiler room currently has 5 furnace workers and maintenance personnel with an average age of 45 years old. They are responsible for the normal operation and maintenance of the boiler on the brick factory production line. Over the past few years, we have always firmly established the idea of ????"safety first", never forgetting safety work, and adhering to the standard of "learning standards, benchmarking, and meeting standards." As the boiler room monitor, under the correct leadership of the factory leaders, we have completed the work outstandingly 20xx various tasks. Now I summarize the work I have done personally as follows.

?1. Make overall plans, highlight key points and pay close attention to safety

?First of all, do a good job in the labor safety work of the team, take labor discipline as the focus of rectification, and deal with disciplinary violations within the team. Carefully organize analysis and discussion, implement corrective measures, and make timely corrections. Ensure safety, order and control. The second is to do a good job in equipment quality inspection, and promptly report to the factory when equipment needs to be replaced and request replacement to ensure the safety and reliability of the equipment. Third, the staff of our team in Guoli strictly wear and use protective clothing and supplies in accordance with regulations. Some staff members do not wear protective equipment when burning fires, causing unsafe factors. Every day, the boiler workers in my team are strictly required to wear work clothes and supplies issued by the factory to ensure the labor safety of employees when burning fires. In order to ensure safe work and focus on daily safety, a "daily work schedule" is formulated for the team. Combined with the factory's working standards for the boiler room, the content is specially formulated: Monday, safety valve test injection (monitored by the workshop leader). Tuesday, high and low water alarm test (monitored by workshop leader). On Wednesday, all transmission parts of the machinery were refueled. On Thursday, the water injector was filled with water for testing. On Friday, the dust collector was cleared and the house was cleaned. On Saturday, the coal and ash yards were cleaned up. Sunday, environmental sanitation cleaning. Plug the pyrotechnic tube on the 1st of every month, and flush the pressure gauge water trap once on the 1st-3rd and 16th-18th of every month (monitored by the workshop leader). Over the past few years, we have always adhered to the implementation and ensured the smooth progress of safe production.

?2. Study hard and improve the quality of team members

?A series of systems introduced in the factory broke the egalitarian distribution method and truly played a role in rewarding diligence and punishing laziness. , stimulate the enthusiasm and fighting spirit of employees. Implement competitive recruitment, make employees compete for jobs, promote the continuous improvement of employees' technical and ideological quality, put pressure on poor employees, and motivate better employees, better mobilize the enthusiasm of employees, and encourage employees to work hard to learn and study business technology, improve technical level. Persist in learning business knowledge every week and continuously improve the business skills of team members. Combined with our factory's safety production inspection, major reflection and special safety production rectification activities, we will find hidden dangers and deficiencies based on the current situation. Develop measures and make corrections in a timely manner. Strictly implement the job locking system to ensure that every employee can work at a standard position and do standard work without violating rules or disciplines. Learn from the advanced, learn from the pacesetters, practice hard, and create a good situation where everyone has unique skills and skills, and no one is willing to lag behind.

?3. Strict management and implementation of work standards

?In order to better serve the brick production and the factory, we require the boiler workers in the team to have higher standards. We Develop relevant systems and put them on the wall and link them to the economic assessment. The tools, utensils, supplies, etc. used in the boiler room are placed in designated places to make the boiler room tidy and beautiful. Personnel on duty do a good job in self-examination and self-repair to prevent "running, risking, and... "Drip, leak" phenomenon. Mechanical equipment is wiped every shift to ensure that copper and iron are separated and free of putty, etc. Cleaning is performed regularly to achieve civilized production. Daily equipment maintenance and repair work is strengthened. Boiler cleaning and maintenance work is carried out regularly according to regulations and regulations. Send pressure gauges and safety valves for inspection in a timely manner. Personnel on duty strictly abide by the operating procedures, do not simplify operating procedures, implement the operating responsibility system to their posts and personnel, and strengthen inspections and assessments so that everyone is under pressure. The purpose is to implement the rules and regulations well. , complete the task better.

?4. Strengthen maintenance and maintain equipment in good condition

?We strictly implement self-inspection and self-repair regulations, requiring personnel on duty to do small tasks without leaving the shift, and large tasks without leaving the workshop , handing over the shift without illness, and at the same time, it is required to put an end to the phenomenon of "running, boiling, dripping, and leaking". It is emphasized that the boiler body and attached equipment should be wiped every shift to ensure that copper and iron are separated, and the team leader should check in time and increase assessment. Strictly implement the equipment inspection system, increase inspections of key parts, and eliminate problems in a timely manner. For seasonal maintenance of boilers, we must strictly abide by relevant rules and regulations. Clean the furnace according to regulations, repair it in time, and turn down the boiler in time to ensure gas supply. Carefully perform maintenance on the boiler body and auxiliary machinery, keep all parts of the boiler clean, keep the oil circuits clear, and ensure that the equipment is in good condition.

?5. Existing shortcomings and next steps

?Under the care of the leadership, although our team has achieved some results, we are also clearly aware of the shortcomings.

?1. Further study safety knowledge seriously and strengthen the level of safety control beforehand.

?2. Further strengthen the sense of responsibility and do their job better.

?We always conduct benchmarking inspections in strict accordance with the "Safety Qualified Boiler Room Inspection and Evaluation Standards" to find gaps, implement measures to make rectifications, and pay close attention to improving the professional and technical level of boiler personnel. We have the confidence and ability to, under the leadership of superior authorities, standardize operations in accordance with boiler safety operating procedures, improve our professional quality, strictly operate procedures, ensure the safety of boilers and equipment, live up to high expectations, and contribute to the development of the times. .

? Boiler employee work summary 3

? Time flies, and 20xx is about to pass in the blink of an eye. Looking back on the work over the past year, I have a lot of feelings and fruitful results. It includes the education, training, help and care of leaders at all levels of the company, as well as the bitterness of one's own hard work and unremitting efforts. Over the past year, I have always adhered to the principle of working diligently and being sincere, insisting on not being greedy for big things, not counting gains and losses, and conscientiously performing my own work, from pipeline network engineering construction to heating operation management, no matter what kind of work, I insist on executing it Tasks assigned by the company. It can be said that 20xx is an extraordinary year for Yinjiagou Coal Mine, Lanyu Thermal Company and me personally. It is a key year for promoting reform, expanding the market, and sustaining development. The work of the past year is summarized as follows:

? 1. The completion status and specific methods of project construction in 20xx

? At present, 34Km of trench excavation has been completed, and various welding 70km of main and branch pipes, more than 200 valves and compensators installed, 70km of strength test, more than 10,000 welds inspected and insulated, 1.2 million m of earthwork backfilled, 52,000 m of pavement restored, and 10,000 m of lawn tiles restored , 75 well chambers were built, including 60 valve wells and 15 compensator wells. Completed the construction of the second network of 65km, built 5 heat exchange stations, transformed old boilers into 16 heat exchange stations, successfully connected with 8 heat exchange stations of Xiangyu Thermal Power Company, and the heating area reached 1.52 million m2.

?The central heating project in Yangcheng County is an important livelihood project determined by the county party committee and the county government in 20xx. In order to do a good job in this project, do good things, and make the people truly warm, the quality of the heating pipeline construction is very important. In terms of quality control, I mainly focus on two major aspects. One is the quality control of raw materials; the other is the quality control of construction technology level.

? (1) Raw materials are the basis for quality control of heating pipelines

?First of all, determine the material supply unit before the start of the project. You should choose the production unit with strong production capacity and high level of production technology. As our bidding material supply partners, enterprises with advanced and qualified product quality require both parties to jointly bear the responsibility for the construction quality of heating pipelines; determine the material supplier through public bidding; secondly, for the pipes, compensators, and valves entering the site , elbows, tees, insulation, anti-corrosion, welding rods and other materials must be inspected strictly in accordance with standards. For example, for pipes.

We require on-site material technicians to focus on checking the wall thickness, welds and inner and outer wall corrosion. The material and wall thickness deviation of the steel pipe should comply with the current national steel pipe manufacturing technical standards (GB/T9711-20xx), and have a product certificate from the manufacturer. Missing items in the certificate should be supplemented by inspection; for compensators, valves, elbows, tees, welding rods, etc., they must have product certificates from the manufacturer and inspection certificates from the compensator and valve inspection department where the project is located. Qualified materials may not be used. In this way, ensuring the quality of engineering materials is the first step in quality control of heating pipeline projects.

? (2) Quality control of the construction process

?1. Quality control of surveying and setting out: Surveyors are required to determine the center line of the pipeline and valve well, fix the buttress, and compensate After the device is in place, a retest must be carried out, and the error code

? can only be allowed to proceed with the next process. If a building needs to be avoided during construction, the supervision unit and design unit are required** * Through consultation, add elbows at appropriate locations to prevent gas collection if necessary, install air release valves at high points and drain valves at low points. At the same time, the elevation of the pipeline must be controlled strictly in accordance with the design drawings. Each process, such as trench inspection, filling of foundation sand cushion, and pipeline installation, must be controlled and measured to ensure the construction quality.

?2. Quality control of trench excavation

?Before trench excavation, the appropriate grading slope must be determined based on the soil type and soil quality on site. Determine a reasonable slotting section and slot bottom width. When determining the excavation section, project safety and quality must be considered to ensure a reasonable slotting section. In addition, since the beginning of summer this year, there has been more rain than in previous years. During construction, in order to prevent water from soaking at the bottom of the trench, closed ridges of soil were built around the trench. Sometimes drainage ditches and water collection wells were dug outside the trench, and water pumps were used. Carry out water pumping. After the trench bottoms out, the next process should be carried out randomly. During the trench excavation process, measure and inspect the trench bottom elevation at any time to prevent over-excavation.

?3. Quality control of sand layer backfill

?To control the quality of the sand cushion at the bottom of the tank, we must first control the quality of the sand. The sand material should have moderate dryness and humidity and uniform particle size. , does not contain silt agglomeration. Secondly, the thickness and elevation of the sand cushion backfill must be strictly controlled. Before backfilling, the density and elevation of the tank bottom must be reviewed. Only after confirmation is correct, backfilling is allowed. The sand cushion should be backfilled and compacted.

?Quality control of the sand layer in the chest cavity of the pipeline. When backfilling the chest cavity, both sides must be backfilled at the same time to prevent the centerline of the pipeline from shifting. Backfilling requires layered compaction, with manual compaction of 200 to 250 mm per layer, and mechanical Compact each layer to 250 to 300 mm, and the backfill density must comply with the design requirements.

?4. Quality control of backfill soil above the sand layer

?Strictly control the quality of backfill soil. The backfill soil shall not contain broken bricks, stones, concrete fragments and hard soil blocks larger than 100 mm. The moisture content of the fill soil should be close to the optimal moisture content. Before returning the soil, a light standard compaction test should be conducted on the returned soil to measure its optimal moisture content and maximum dry density. During backfilling, there should be no accumulated water in the tank, and silt, humus, frozen soil and organic matter should not be backfilled.

?5. Quality control during the installation process of thermal pipelines and accessories

?Before running the pipe, the compaction and elevation of the sand cushion should be rechecked. When it meets the design requirements , the pipe can be lifted into the trench according to the above-mentioned lifting method, and it should be stabilized and placed. It is strictly forbidden to push the insulation pipe directly into the trench. When connecting, the pipe mouth should be aligned and kept concentric.

The maximum distance between the compensator in the straight pipe section and the bending radius of the compensator elbow should meet the design requirements. At least one guide support should be provided at both ends close to the compensator. When the ambient temperature during installation is lower than the compensation At zero point, the compensator should be pre-stretched. The specific stretching value should comply with the provisions of the design document. When installing a waveform compensator or a packing type compensator, the end with the weld or the end with the cannula should be used. When installed horizontally, it should be installed against the flow direction of the medium. When installed vertically, it should be placed at the top. The compensator should be consistent with the slope of the pipeline when installed. The axis of the pipeline within 50 meters in front of the waveform compensator or packing type compensator should be consistent with the compensator. The axes should match and there should be no deflection. After the pipeline installation, pressure test, and heat preservation are completed, the temporary fixed device of the compensator should be loosened to ensure that it can expand and contract freely during use. When installing the valve, the flange surface should be perpendicular to the axis of the pipeline, and the screws should be tightened symmetrically to prevent uneven pressure and affect the installation quality. For butterfly valve installation, in order to prevent accumulation of debris at the bottom of the valve from affecting the closing tightness, the valve stem is required It should be installed at an angle, and the inclination angle should avoid the dead zone, and the left and right should not be less than 30 degrees.

?6. Pipe welding quality

?The pipeline material of Yangcheng County urban central heating project is Q235B spiral welded pipe. According to the actual situation of the project, manual argon welding arc is used for welding. For arc welding, the welding rod adopts E4315, single-sided welding and double-sided forming process. Welders must undergo an on-site examination before taking up the job, and after passing the test, they can start work with a certificate. In order to prevent the spattered welding slag from burning the insulation pipe during welding, tarpaulin or rubber must be used to cover the insulation pipe 500 mm on both sides of the working point. During the installation process, the insulation layer at the pipe end must be kept dry at all times, and waterproof protection is strictly prohibited. The insulation is damp. When construction is interrupted, the pipe opening should be closed with a blocking board. The blocking board used in rainy season should also have the function of preventing mud from entering the pipe cavity. Where the pipe passes through the wall, a casing should be installed.

?7. Quality control of functional tests

?The strength and tightness test of heating pipelines is the most critical step to check the quality of the project during the construction process of heating pipelines. First of all, it should be clear that the functional test of the heating pipeline should be jointly conducted by the owner, construction unit, supervision unit, and relevant departments. Only after the test is qualified can backfilling be carried out. Before the test, a bleed valve should be installed at the high end of the test pipe section, a drain valve should be installed at the low end, a pressure gauge should be installed, and the appearance quality of the welds along the line should be checked. In order to prevent the compensator from being deformed due to stress during the pressure test, it should be installed before the pressure test. Temporarily tighten the device before filling with water. When the water is full, first conduct a strength test. Use a pressure pump to increase the water pressure in the pipe to 1.5 times the design pressure. Stabilize the pressure under the test pressure for 10 minutes. Check that there is no leakage and no pressure drop and then reduce it to the design pressure. After the design If the pressure is stabilized for 30 minutes and there is no leakage, no abnormal sound, and no pressure drop, it is qualified; secondly, a tightness test is conducted. The tightness test pressure is 1.25 times the design pressure and not less than 0.6MPa. The pressure rises to the test pressure and After stabilizing, it is qualified if the pressure drop does not exceed the specified value within the specified pressure stabilization time.

? 2. Hidden dangers and problems during the construction of heating pipelines

? 1. Measuring radiation: There is no supervision on setting out the lines, although the setting out has also been carried out by the supervisor, Party A, Confirmation from the Design Institute and Party B. But I think it only determines the direction of the pipeline and does not measure the elevation. As a result, the bending angle of the pipe in the vertical direction is too large during the installation process. Moreover, we are currently constructing in sections. If the openings are not aligned during the installation process, incision construction will inevitably be required, resulting in stress concentration at the bending angle, which is likely to cause the pipe to break during thermal operation. A serious risk of leakage. As shown below:

?2. Irregular trench construction

?①Obstacles are not detected;

?②Support is not in place;

?③Water accumulation;

?④No working pit;

?⑤No cushion or underlayment

?Does not meet the requirements Consequences: interruption of water, electricity, gas, heat and communication facilities; collapse; safety accidents; damage to pipelines; ground subsidence.

?3. The backfill density is not enough, the backfill soil is not compacted in layers according to the specifications; the backfill soil is not screened, etc.

Consequences: Defects in the insulation pipes and joints cannot be completely eliminated; local damage to the pipes affects the service life; density does not meet requirements; collapse of the backfill area causes danger.

?4. The transportation, hoisting and storage of insulation pipes do not meet the requirements

?5. The installed insulation pipes are not sealed or the sealing is not tight; the port is blocked in an improper manner. Consequences: Steel pipes get damp and rust; soil, stones, rain, mud or small animals enter the pipes, affecting later use. During the current heating operation, the water hardness is indeed too high, and the requirement is less than or equal to 6mg/L, but currently it is actually greater than 6mg/L, and the power plant is adding new softened water.

?6. The construction was not carried out in strict accordance with the design drawings. There are several specific aspects of the performance. First, due to the tight construction period and limited construction site conditions, some valve wells did not add attached wells as required by the drawings, which may cause supply problems. When there is a problem with the hot pipe, water cannot be released; secondly, there is no valve well on the branch pipeline, which is not conducive to adjustment, control and maintenance. For example, on the night of November 13, 20xx, outside the door of the ceramics factory during the trial operation, water leaked from the main heating pipe. The main heating network could not be shut down in time, and the accident caused a 13-hour heating outage. This is an example of a valve well not being added due to the limited local conditions of the branch pipeline during construction.

? (3) Safety aspects:

?1. Construction fence setting:

?① Does not meet the requirements (cannot meet the requirements of closure, beauty, Neat, stable, sturdy and durable);

?② The fences are set up at will (there are no fences at the entrance of the fire brigade; the Xinjian South Road People’s Hospital is set up in a fence style; the Rongze section is made of colored steel tiles) The height when placed horizontally is less than 90 centimeters; the materials are not uniform, including wooden boards and iron sheets; the installation methods are complex and diverse, including tripods, road holes, warning lines, steel pipes, vertical and inclined, etc. )

?③The demolition is not timely and incomplete.

?2. Warning signs are incomplete, and there are safety hazards in river construction during the flood season

?①In the first bid section, the installed pipes floated below the stone entrance

?② The pipes and building materials piled up in the Xixiao River and Huoze river sections were not cleared and transported in time, which affected river flood control

?③The river course was not restored in time.

? 3. The direction of future work

? The construction of one network must pay attention to details, and there must be no threaded links. The instruments installed during the pressure test must be removed and blocked. Rubber and asbestos gaskets cannot be used in blue links, steel pads must be used, the valve well in the first network pipeline must be equipped with an auxiliary well, and the drain outlet must be led to the auxiliary well.

?The construction of the second network needs to coordinate with the property management, community, and village committees in advance to arrange a reasonable construction period. Because the construction is in a downtown area, safety fences must be set up to strictly prevent safety accidents, and design requirements are required. The personnel surveyed the terrain on site, solicited opinions from the surrounding people, and designed reasonable construction routes to reduce the occurrence of route changes caused by the inconsistency between the drawing design made by the design unit without conducting on-site surveys and the actual construction conditions. The construction party is strictly required to carry out construction in accordance with the drawings and relevant technical disclosures, and is not allowed to change the route without permission or cut corners.

? Flushing and trial operation should be started in advance, and flushing should be thorough. Judging from this year’s operation results, it can be seen that the flushing work before trial operation is not enough, causing most users’ filters to become clogged.

?The construction of heat exchange stations also requires strengthening on-site survey requirements for design units. During the construction process of heat exchange stations this year, most drawings were inconsistent with the actual units, and there were too many temporary design changes, resulting in delays in the construction period. serious.

?Achievements can only represent the past, only hard work can achieve the future. In the future work, I must consciously strengthen my study, humbly ask for advice, constantly clarify my work ideas, learn lessons from the problems that exist in this year's work, sum up experience, and strive to eliminate the occurrence of these problems in future construction. Learn by doing, learn by doing. Continuously master methods and accumulate experience.

Pay attention to work motivation, rely on work positions, learn and improve, and better complete the work tasks in the new year through observation, exploration, access to information and practical exercises. On the other hand, ask books and colleagues to make continuous progress and gradually understand the basic situation at work, find the entry point, and grasp the key points and difficulties of the work. At a new starting point, we face new tasks, create new situations, and achieve new leaps and bounds.