Engineering Department Emergency Plan

Engineering Department Emergency Plan

1 general

This program expresses the emergency measures taken by the engineering department in case of fire, flood prevention, elevator trapping, water stoppage, gas stoppage, gas leakage, power outage, electric shock, water leakage, steam stop, etc., in order to standardize emergency events. This program is specially developed for management.

2 Engineering Department Fire Fighting Plan

2.1 In the fire in various computer rooms or work areas within the jurisdiction of the Engineering Department, personnel shall be found to use the best efforts to extinguish the fire according to the size of the fire. If the fire cannot be saved, the police shall be notified in time.

2.2 After the fire broke out in other areas of the hotel, the manager of the engineering department should immediately rush to the scene, organize personnel to cut off the power supply in the fire area, and take technical measures to rescue and rescue the disaster according to the situation. The technicians responsible for the fire alarm system and the fire-fighting system maintenance should immediately rush to the central control room to assist the hotel to save the chief commander. The personnel on duty in the plumbing group immediately put in place in the fire pump room and start the fire-fighting system according to the instructions of the general commander of the restaurant.

2.3 The engineering department shall set up the duty management personnel to stick to the post, and at any time direct the transfer of the personnel of each team to the scene, rescue the materials, and organize the evacuation of personnel in the event of danger.

2.4 The various parts of the engineering department or key parts of the fire hazard such as: boiler room, air-conditioned machine room, pump room, power distribution room, elevator machine room, and other engine room duty personnel should be quickly placed as needed, and the equipment should be shut down at any time.

2.5 Strengthen the inspection inspection according to different seasons for the parts of the store that are prone to fire.

3 Engineering Department Flood Control Plan

3.1. The management staff on duty of the engineering department and the plumbing duty personnel should be familiar with the operation of various flood control facilities and flood control equipment in the hotel. Each year, the supervisor and the plumbing foreman will conduct special training for each relevant post.

3.2 Plumbing and high-powered groups shall be regularly maintained, inspected and commissioned according to the annual maintenance plan of the Ministry of Engineering, and the flood-prevention equipment shall be in a state of good investment during the flood control period.

3.3 Plumbing duty personnel should strengthen the inspection of flood control equipment during flood control period, pay attention to the change of rain conditions and the working condition of each sewage pump.

3.4 When there is a large amount of rainfall and there is difficulty in flood control and drainage, the duty officer of the engineering department shall immediately report to the superior to make an appropriate decision.

3.5 On the basis of the rainfall and the operation of flood control equipment, the on-duty personnel of the engineering department will appropriately draw other on-duty personnel to participate in flood control and drainage work at any time. Each class must obey the arrangements for flood prevention to ensure the safety of the hotel and minimize all kinds of losses.

4 elevator trapped people rescue method

4.1. When an accident occurs in the elevator and the passenger is trapped in the elevator, emergency measures must be taken by professionally trained technicians to drive the elevator to rescue the trapped person.

4.2 Before moving the elevator car, the trapped passenger must be warned to wait for rescue. Do not try to leave the elevator car by yourself to avoid danger.

4.3 The main power switch must be turned off before moving the elevator.

4.4 The moving elevator should follow the principle of proximity and choose to go up or down to the nearest floor.

4.5 After the above operation is completed, the brake device must be restored, and the trapped passenger can be released by opening the elevator inside and outside door on the floor with the elevator door key.

4.6 When the elevator is released, the operator must carefully release the brake device slowly to prevent the elevator car from being out of control due to the loss of weight.

5 water supply and drainage system failure emergency program

5.1 The failure of the water supply and drainage system shall be notified by the comprehensive plumbing attendant to the person in charge of the hotel and the manager of the engineering department. The project department shall notify the departments in writing of the planned water stoppage of the engineering department, and the water stoppage of the emergency maintenance of the engineering department shall be notified by the engineering department. department;

5.2 The Ministry of Engineering informs the service center, the catering department, and the assistant manager of the lobby. The departments shall conduct the emergency response plan of the department and do a good job of explaining and appeasing the guests;

5.3 For the external network to stop water, the integrated plumbing group attendant contacted the water company in time to ask the reason and recovery time, and reported to the engineering manager to propose and implement a limited and limited regional water supply plan to ensure the business needs as much as possible. Timely notice the specific water supply plan of each department; the water stoppage caused by the sudden cause is referred to the leakage emergency plan of Article 9.

5.4 The integrated plumbing attendant checks the water level of the reservoir in time;

5.5 The integrated plumbing attendant shall shut down the water supply pump if necessary;

5.6 maintain contact with the staff on duty of the engineering department;

5.7 The integrated plumbing attendant is on standby at the post;

5.8 After the water supply system is normal, the integrated plumbing attendant will notify the service center, the catering department, and the assistant manager of the lobby to explain that the water supply is normal, and the service units will do a good job of water supply.

6 stop gas, gas leak control program

In order to quickly and effectively deal with gas leakage and pipeline gas pollution accidents, prevent personal injury, and reduce environmental impact and loss to the surrounding environment, this plan has been formulated.

Due to external network reasons or the engineering department's planning and emergency maintenance shutdown failure, the following procedures should be used:

6.1 The project department shall notify the various departments in writing by the engineering department. The department of the Ministry of Engineering shall notify the departments by telephone of the emergency maintenance of the external network and the engineering department; the departments shall make emergency response according to the emergency plan of the headquarters. Gas preparation, such as adjusting the amount of gas used, using gas time, using liquefied gas, etc.;

6.2 For the external network to stop gas, the duty officer of the integrated plumbing group will get in touch with the gas company in time, ask the reason and recovery time, and inform the gas department in time;

6.3 After the gas supply is normal, the gas-using department will be notified by the comprehensive water-heating unit, and the gas-using department will do a good job in the inspection of the gas supply.

Due to the failure of the gas supply pipeline and the gas supply equipment, the following procedure should be followed when air leakage occurs:

6.4 gas alarm program

Surveillance Room Security Officer--- Guarantee All----Engineering Staff on duty---Hotel Duty Manager

6.5 After receiving the gas alarm notice, the North Gate Guard Room shall immediately control all fire sources around the gas leakage area, prohibit vehicles from passing, and resume the passage after receiving the warning order.

6.6 The staff on duty of the engineering department should immediately go to the scene after receiving the alarm and enter the leak area to quickly identify the leak point of the equipment. Organize relevant engineering and technical personnel to stop leaks and discharge. If the situation is serious, it is necessary to take measures to stop the gas immediately. The duty officer of the engineering department is responsible for reporting to the store leader and notifying the relevant departments to come to the repair.

6.7 After all the staff on duty have received the alarm, they should quickly rush to the scene to assist the engineering and technical personnel to check the indoor and outdoor conditions, eliminate various conditions that may be detonated, and arrange safety measures.

6.8 After receiving the gas alarm notice, the hotel duty manager should immediately rush to the scene and organize personnel to take safety measures as necessary. If the situation is serious, it needs to be reported to the superior.

After the 6.9 escape, the engineering department is responsible for writing an accident report to the hotel leader.

7 power outage emergency plan

7.1 Outer network plan blackout

7.1.1 After the foreman determines the time and area of ​​power outage, report the leadership instructions in writing.

7.1.2 After the leadership instructions, the clerk will issue a blackout notice in accordance with the instructions.

7.1.3 When the duty supervisor and the foreman arrived in the distribution room in time, all the electricians in the store immediately rushed to the power distribution room to stand by.

7.1.4 Before the power outage, the foreman will notify the important parts again: the service center, the front desk department, the insurance department, the catering department, the entertainment department, the central control room, the elevator machine room, the computer room, the audio-visual equipment room, the telephone room, and the plumbing group.

7.1.5 Enter the switching program according to the specified time.

7.1.6 Breaking the principle of low-voltage load: Firstly, the power supply of the non-face passenger area is divided, and then the lighting of the non-face passenger area is divided, and the power illumination of the passenger area is divided again.

7.1.7 Enter the high voltage switch program.

7.1.8 If both high voltages are powered off, the generator can be started.

7.2 Normal power transmission

7.2.1 After the high pressure switch is completed and checked normally,

7.2.2 After sending 1#, 2# main transformer check,

7.2.3 After the low pressure main air inlet 4# check normal,

7.2.4 Principle of sending low-voltage load: firstly send the lighting power to the passenger area, and then send the non-negative passenger area lighting, and then send the non-negative passenger area to the air conditioner. After checking the normal,

7.2.5 Check whether the voltage, current, indicator light and operation handle of the high and low voltage distribution cabinets in the power distribution room are normal.

1 2 3 4 5 6

7.2.6 Inquire whether the equipment in the monitoring center, elevator machine room, computer room, audio-visual equipment room, telephone room, and plumbing unit is operating normally.

7.2.7 The normal switch is completed.

7.2.8 The foreman and the switch operator sign the work ticket.

7.2.9 The whole process of power failure and closing is completed in about 13 minutes. The power outage time of the passenger area lighting is about 6 minutes.

7.3 Emergency plan for abnormal power outage

7.3.1. Abnormal power outages.

Sudden power outage or after receiving an emergency power outage notice,

Receive notification from the foreman or supervisor or manager immediately.

When the duty supervisor and the foreman arrived in the distribution room in time, all the electricians in the store immediately rushed to the power distribution room to stand by.

The duty room personnel in the distribution room are ready to switch.

Check the high voltage power supply and the status of each main switch

For example, the two-way high-voltage normal low-voltage main-induction trip can be performed by clause 1.3.

If the two-way high voltage is powered off, you can enter the "generator power supply emergency plan".

Breaking the principle of low-voltage load: Firstly, the power supply of the non-face passenger area is divided, and then the lighting of the non-face passenger area is divided, and the power illumination of the passenger area is divided again.

At the same time, disconnect the low-voltage load switch, check whether each load switch has a tripping phenomenon, and notify the person present and remember the signage.

Enter the switch program.

After sending the 1# and 2# main transformers to check normally,

After the low pressure main air inlet 4# check normal,

The principle of sending low-voltage load: firstly, the lighting power of the passenger area is sent to the passenger area, and then the non-negative area lighting is sent to the non-negative passenger area. After checking the normal,

Check whether the voltage, current, indicator light and operating handle of the high and low voltage distribution cabinets in the power distribution room are positive.

often.

Ask about inspection and monitoring center, elevator room, computer room, audio-visual room, telephone room, plumbing

Whether the group equipment is operating normally.

The switch is completed.

The foreman and the turnover operator sign the work ticket.

The whole process of power failure and closing is completed in about 13 minutes. The power outage time of the passenger area lighting is about

About 6 minutes.

7.4 Generator start emergency plan

7.4.1. Start the generator.

Confirm that the two-way high voltage power failure.

The low-voltage main-in switch and the shunt load switch are disconnected.

One of the personnel in the distribution room will go to the generator room to open the exhaust fan and start the generator manually or automatically.

Check the generator oil pressure, oil level, water temperature, battery voltage, output voltage and current are normal, and record.

The personnel on duty in the power distribution room shall send power according to the principle of first transmitting the passenger area, and then send the power to the non-negative area to observe whether the load current is normal.

The generator room personnel should pay attention to observe the changes of the generator's various indicators and record once every 30 minutes.

The personnel of the power distribution room will strengthen the inspection of each load and observe whether the high voltage is normally delivered.

7.4.2 High voltage normal power supply, stop generator power supply

After the power distribution room attendant confirms that the high voltage is normal,

The foreman informs the important parts: the monitoring center, the elevator machine room, the computer room, the audio-visual equipment room, the telephone room, the plumbing group, and the lobby to stop the power supply of the generator from the external network.

Enter the switch program according to the specified time.

Breaking the principle of low-voltage load: Firstly, the power supply of the non-face passenger area is divided, and then the lighting of the non-face passenger area is divided, and the power illumination of the passenger area is divided again.

Enter the high pressure switch program.

The dispatcher on duty in the distribution room notifies the generator house that the generator stops supplying power.

7.4.3 After the generator is stopped,

Check if the fasteners of the generator set are loose, the oil temperature is normal, and whether fuel is needed in the fuel tank.

After all the inspections are normal, make a record and clean.

After 10 minutes of shutdown, the exhaust fan is closed and the door is locked.

"1" "2" "3" "4" "5" "6"

8 electric shock emergency plan

When someone is found to have an electric shock, first of all, the electric shock person should be disconnected from the power supply as soon as possible, and then according to the specific circumstances of the electric shocker, take appropriate first aid measures.

8.1 Method of disconnecting from the power supply:

8.1.1 Pulling off the power: If there is a power switch or a pin near the electric shock, you can immediately pull the switch or disconnect the plug to disconnect the power supply. However, it should be noted that the pull switch and the flat switch can only control one line. Only the neutral line is cut off, and the power cannot be disconnected.

8.1.2 Cut off the power cord: If there is no power switch or pin near the electric shock, you can use the electrical insulation pliers or dry wooden handle iron saw, axe, etc. to cut off the power cord. When disconnecting the wire, one phase and one phase should be cut off. When cutting the sheath wire, the short-circuit arc current should be prevented from injuring people.

8.1.3 Disconnecting the power from the insulated object: When the wire or the charged body falls on the electric shock or is pressed under the body, dry wooden boards, wooden sticks and other insulating articles can be used as a rescue tool to pick up the wires or open the electric shock. Take it out of the power supply.

8.2 Method of separating from high voltage power supply:

8.2.1 Power failure: When electric shock occurs in the high-voltage power distribution room, immediately open the circuit breaker. If there is electric shock outside the high-voltage power distribution, the dispatcher on duty should be notified immediately of the emergency power outage. After the power is turned off, the duty officer immediately reports to the superior.

8.2.2 Short-circuit method: When the power failure cannot be notified, the metal conductor can be thrown to short-circuit the line, forcing the protection device to operate and disconnect the power supply. High-altitude throwing should pay attention to fire prevention. Throw the point as far as possible from the electric shock, and have to be more than twice.

8.3 Method of breaking away from step voltage:

When encountering the step voltage, you can disconnect the power supply as above, or the rescuer can wear the insulated shoes or one foot to the side of the electric shocker, close to the electric shocker's head or foot, dragging or lying on him. On the equipotential ground, you can rest or rescue on the spot.

8.4 Precautions for disconnecting the power supply:

8.4.1 The rescuer must make sure that the situation is self-protection and must not be exposed to the electric shocker before the power is removed.

8.4.2 At the same time as the electric shocker is disconnected from the power supply, it is necessary to prevent the second fall accident. Even on the flat ground, pay attention to the direction in which the electric shocker falls down to avoid falling the head.

8.4.3 If it is a night rescue, it is necessary to solve the temporary lighting in time to avoid delay in the rescue.

8.5 Treatment after the injured person leaves the power supply:

8.5.1 Electric shocked persons, such as those who are conscious, should be placed on the ground and observed closely. Do not stand or walk for the time being.

8.5.2 If the injured person is unconscious, they should lie flat on the ground and ensure that the airway is unobstructed and call the wounded or pat on the shoulder for 5 seconds. It is forbidden to shake the injured person's head and call the injured.

8.5.3 When the respiratory and heartbeat of the injured person is stopped, the three basic measures of life support should be supported immediately according to the cardiopulmonary resuscitation method, and the local rescue should be carried out correctly.

a smooth airway b mouth counterpart population breathing c chest extrusion

8.5.4 The wounded who need to rescue the world should immediately insist on the rescue on the spot and try to contact the medical department to take over the treatment. The medical staff should not give up the rescue before the medical staff fails to take over the treatment.

9 leakage accident handling emergency plan

In order to quickly and effectively deal with sudden water leakage accidents and reduce losses caused by water leakage, an emergency plan for handling water leakage accidents is specially formulated.

9.1 Water leakage accident refers to large-area and sudden water leakage accidents caused by pipeline damage, such as hotel air-conditioning system, heating system, domestic hot and cold water system, spray fire-fighting system and rainwater system.

9.2 After receiving the repair, the personnel on duty of the engineering department shall immediately notify the plumbing maintenance personnel to rush to the leaking site and notify the comprehensive plumbing foreman and the engineering department to be on duty.

9.3 After the maintenance personnel arrive at the scene, close the corresponding valve according to the site conditions. If the leakage pipe cannot close the control valve or there is no control valve, the maintenance personnel should take other emergency measures to minimize the leakage.

9.4 The comprehensive plumbing foreman or the total duty of the engineering department shall immediately rush to the leaking site after receiving the leak notice, direct and assist the maintenance personnel to carry out repairs, and the water leakage cannot control the system to discharge the water. The foreman of the comprehensive plumbing group or the engineering department shall report the total duty. After the engineering manager or the hotel's total duty manager agrees, notify the staff of the integrated plumbing team to discharge the corresponding system and notify the departments that may be affected.

9.5 If the water leakage accident jeopardizes the safety of electricity use, the maintenance personnel shall immediately notify the power station to take corresponding measures to avoid a power accident.

9.6 After the water leakage is controlled, the maintenance personnel should repair the leaking part in time and restore the water supply as soon as possible.

9.7 Find the cause of the accident, summarize the lessons, and check other parts where the same accident may occur.

10 stop steam emergency plan

Due to external network reasons or the engineering department's planning and emergency maintenance steam stop failure, the following procedures should be used:

10.1 The engineering department's planned shutdown steam is notified to the departments by the engineering department in writing. The emergency department of the external network and the engineering department will notify the departments by telephone from the engineering department. The housekeeping department and the entertainment department will explain the guests by stopping the hot water. Work, other departments try not to use hot water, the laundry room is ready to adjust the steam time, use other laundry methods and other emergency treatment;

10.2 For the steam stop on the external network, the duty officer of the integrated plumbing group will get in touch with the heat source factory in time, ask the reason and recovery time, and inform the steam department of relevant information in time;

10.3 For the long-term shutdown of the external network, the engineering department shall open the electric boiler to supply steam to the laundry room and supply hot water to the guest room. The specific scheme is as follows:

Laundry steam is supplied from 8:00 to 19:00 during the day, and hot water is supplied to the central or high-rise rooms according to actual needs from 20:00 to 7:00, except for laundry and rooms, other departments should stop using hot water to ensure emergency operation. .

10.4 After the steam supply is normal, the comprehensive plumbing group will notify the housekeeping department, the entertainment department, and the laundry room, and all departments will do a good job in the inspection of the normal steam supply;

11 airborne disease emergency plan

In order to quickly and effectively deal with air pollution accidents, prevent personal injury, and reduce environmental impact and loss to the surrounding environment, this plan has been formulated.

After discovering airborne diseases such as flu and Legionnaires' disease in the hotel area, the manager of the engineering department should immediately rush to the scene to inform the staff of the hotel clinic to rush to the scene and organize personnel to carry out emergency treatment.

11.1 Close the air-conditioning blower in the relevant area to prevent the spread of the disease and conduct necessary inspection and isolation of the entry personnel in the area;

11.2 Disinfect and clean all air-conditioning fans, and replace the air-conditioning filter if necessary; refer to the relevant national disinfection regulations for disinfection methods.

11.3 Adjust the air conditioner to supply air to the new wind, and conduct air test on the air supply of the air conditioner to confirm that there is no transmission of germs and then run the air;

11.4 After the air-conditioning fan stops supplying air, open the relevant doors and windows and try to adopt natural ventilation to ensure the fresh air volume and maintain a good indoor environment.

11.5 Find the reason, check and process other possible areas, and make a report.

12 water source poisoning emergency plan

In order to quickly and effectively deal with water pollution accidents, prevent personal injury, and reduce environmental impacts and losses to the surrounding environment, this plan has been formulated.

After the poisoning caused by the water source was found in the hotel area, the manager of the engineering department should immediately rush to the scene to inform the staff of the hotel clinic to rush to the scene and organize personnel to carry out emergency treatment.

12.1 Quickly find the cause of poisoning and the source of water supply, and stop the water supply in the relevant area;

12.2 Check whether the living pool is polluted. After confirmation, stop the water supply to the pump, drain the pool and all the water in the water supply pipeline;

12.3 Washing and disinfecting the living pool, re-storing the water, inspecting the water quality, and supplying water after passing the inspection;

12.4 Check the water quality in the water supply pipe, and use it after normal operation.

12.5 Find the reason, check and process other possible areas, and make a report.

13 Emergency plan for steam leakage accidents

In order to quickly and effectively deal with steam leakage accidents, prevent personal injury, and reduce environmental impact and loss to the surrounding environment, special emergency plans for steam leakage accidents are formulated.

13.1 Steam leakage accident refers to accidents in which steam leaks occur in the steam system pipes, valves, pressure vessels, steam traps, electric boilers and auxiliary files of hotels, causing certain impacts.

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13.2 Upon receipt of the leaking report, the personnel on duty of the engineering department shall immediately notify the maintenance personnel to the scene to initially determine the cause of the steam leakage and notify the foreman of the integrated plumbing team or the total duty of the engineering department.

13.3 Maintenance personnel shall take necessary measures to control the steam leakage according to the site conditions, and add warning signs on the site to prevent greater losses of personnel and equipment, and promptly treat personnel injuries.

13.4 The comprehensive plumbing foreman or the total duty of the engineering department shall immediately rush to the scene after receiving the notice of leakage, and direct and assist the maintenance personnel to carry out repairs. If the steam leakage cannot control the steam that needs to be stopped, the comprehensive plumbing foreman or the engineering department shall report the total duty to the project. After the department manager or the hotel's total duty agrees, notify the personnel of the integrated plumbing team to stop the supply of steam in the corresponding area and notify the relevant departments that may be affected.

13.5 When repairing, first confirm the steam balance in the pipeline and equipment, make sure that there is no pressure before construction, and the maintenance part should be partially cooled to prevent burns.

13.6 The maintenance site should ensure good ventilation to prevent danger in high temperature environments.

13.7 After the completion of the repair, the steam supply shall be restored in time and the site shall be cleaned up.

13.8 Find the cause of the accident, summarize the lessons, and check other parts that may have the same fault to eliminate the hidden dangers of equipment and facilities.

14 records

Summary report of related accident handling procedures.