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Pneumatic testing post procedures

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Safe Work Procedure: Pneumatic Testing Post Procedures

Document Number: [SWP-NUMBER] Revision Date: [DATE] Next Review Date: [NEXT REVIEW DATE] Department: [DEPARTMENT NAME]

1. Scope

This Safe Work Procedure (SWP) outlines the necessary steps and safety precautions to be followed after conducting pneumatic testing on equipment or systems. It includes procedures for depressurization, inspection, documentation, and returning the tested system to its operational state. This procedure applies to all personnel involved in or responsible for pneumatic testing activities. It covers various work environments where pneumatic testing is performed, including but not limited to construction sites, manufacturing facilities, and maintenance workshops.

2. Definitions

Pneumatic Testing: A method of testing the integrity and leak-tightness of a system or component using compressed air or gas.

Depressurization: The process of safely reducing and releasing pressure from a system or component after pneumatic testing.

PSIG: Pounds per square inch gauge, a unit of pressure relative to atmospheric pressure [1].

3. Responsibilities

3.1 Supervisors

  • Ensure that all personnel involved in pneumatic testing are properly trained and competent.
  • Provide the necessary equipment and resources for safe pneumatic testing and post-testing procedures.
  • Enforce adherence to this SWP and all related safety regulations.
  • Conduct regular inspections of equipment and work areas to identify and correct hazards.

3.2 Workers

  • Follow this SWP and all related safety instructions.
  • Use the correct PPE and equipment for the task.
  • Report any hazards, incidents, or near-misses to the supervisor immediately.
  • Participate in pre-job briefings and training sessions.

3.3 Health and Safety Representative

  • Assist in the development and review of this SWP.
  • Conduct safety audits and inspections to ensure compliance.
  • Investigate incidents and recommend corrective actions.
  • Provide guidance and support to supervisors and workers on safety matters.

4. Potential Hazards and Risks

HazardRiskControl Measures
Sudden release of compressed airInjury from flying debris or pressure waveDepressurize the system slowly and in a controlled manner. Ensure all personnel are clear of the area during depressurization.
Equipment failure during depressurizationEquipment damage, potential for injuryInspect equipment before and after testing. Use equipment within its rated capacity.
Leaks in the systemFailure of test, potential for unexpected release of pressurePerform thorough leak checks before, during, and after testing. Use appropriate leak detection methods [2].
Improper handling of compressed gas cylindersExplosion, fire, or asphyxiationStore and handle cylinders according to safety regulations. Use proper regulators and fittings [3].
Use of incorrect pressureRupture of equipmentEnsure pressure is less than or equal to the air pressure used when making the stop time measurements [4].

5. Personal Protective Equipment (PPE)

Proper PPE must be worn at all times during and after pneumatic testing to minimize the risk of injury.

  • Safety Glasses/Face Shield - Protects eyes and face from flying debris or accidental release of pressure.
  • Gloves - Protect hands from cuts, abrasions, and contact with potentially contaminated surfaces.
  • Hearing Protection - Protects hearing from noise generated during air release or equipment operation.
  • Steel-toed Boots - Protect feet from impact and compression hazards.
  • Appropriate Work Wear - Provides protection against skin contamination and abrasion.

Inspect all PPE before use for damage or defects. Replace damaged PPE immediately.

6. Equipment and Tools

Using the correct equipment and tools is essential for safe and effective pneumatic testing and post-testing procedures.

  • Pressure Gauges - Used to monitor pressure during testing and depressurization. Ensure gauges are calibrated and in good working order [5].
  • Regulators - Used to control the flow and pressure of compressed air or gas. Use regulators approved for the specific gas [1].
  • Hoses and Fittings - Used to connect the pressure source to the test system. Ensure hoses and fittings are rated for the pressure and service [6].
  • Leak Detection Solution - Used to identify leaks in the system. Use industry-approved oil-free leak detection solution [2].
  • Wrenches and Hand Tools - Used for tightening and loosening connections. Use the appropriate wrench to disconnect the regulator [7].

Inspect all equipment and tools before use for damage or defects. Remove any defective equipment from service.

7. Pre-Job Requirements

7.1 Training and Competency

All personnel involved in pneumatic testing must be trained and competent in the following areas:

  • Safe Work Procedures for pneumatic testing and post-testing.
  • Proper use of PPE and equipment.
  • Hazard identification and control.
  • Emergency response procedures.

7.2 Pre-Job Briefing

A pre-job briefing must be conducted before starting any pneumatic testing activity. The briefing should cover the following topics:

  • Scope of the work and specific tasks to be performed.
  • Potential hazards and risks.
  • Control measures to be implemented.
  • Emergency procedures.
  • Roles and responsibilities of team members.

7.3 Work Area Preparation

  • Ensure the work area is clean, well-lit, and free of obstructions.
  • Barricade the area to prevent unauthorized access.
  • Provide adequate ventilation to prevent the buildup of hazardous gases.
  • Ensure all necessary equipment and tools are readily available.

8. Safe Work Procedure Steps

Step 1: Controlled Depressurization

Slowly release the pressure from the system in a controlled manner [8].

  • Sub-step 1.1: Locate the designated depressurization point(s) on the system.
  • Sub-step 1.2: Use the appropriate valve or regulator to gradually release the pressure.
  • Sub-step 1.3: Monitor the pressure gauge to ensure a slow and steady decrease in pressure.

Safety Considerations: Ensure that the release of pressure does not create a hazard to personnel or equipment.

Step 2: Leak Inspection

Inspect the system for any leaks or damage that may have occurred during the test [2].

  • Sub-step 2.1: Visually inspect all connections, fittings, and components for signs of leakage or damage.
  • Sub-step 2.2: Use a leak detection solution to check for leaks at joints and seals.
  • Sub-step 2.3: Document any leaks or damage found during the inspection.

Safety Considerations: Be aware of the potential for residual pressure in the system. Use caution when inspecting pressurized components.

Step 3: System Inspection and Reinstatement

Inspect the system to ensure it is safe for normal operation [9].

  • Sub-step 3.1: Check all components for proper alignment and secure connections.
  • Sub-step 3.2: Replace any damaged or worn components.
  • Sub-step 3.3: Ensure all safety devices are functioning correctly.

Safety Considerations: Follow manufacturer's instructions for reassembling and reinstating the system.

9. Precautions and Safety Measures

  • Controlled Release of Pressure - Always release pressure slowly and in a controlled manner to prevent sudden bursts or equipment damage.
  • Leak Detection - Use appropriate leak detection methods to identify and repair any leaks in the system [2].
  • Equipment Inspection - Inspect all equipment and tools before and after use to ensure they are in good working condition.
  • Proper Ventilation - Ensure adequate ventilation to prevent the buildup of hazardous gases.
  • Emergency Preparedness - Be prepared for potential emergencies, such as equipment failure or sudden release of pressure.

10. Emergency Procedures

10.1 General Emergency Response

In the event of an emergency, follow these general procedures:

  • Evacuate: Immediately evacuate the area and move to a safe location.
  • Alert: Notify the supervisor and other personnel of the emergency.
  • First Aid: Provide first aid to any injured personnel.
  • Emergency Services: Contact emergency services if necessary.

10.2 Specific Emergency Scenarios

  • Equipment Failure: Shut down the system and isolate the affected equipment. Contact maintenance personnel for repair.
  • Sudden Release of Pressure: Evacuate the area and allow the pressure to dissipate. Inspect the system for damage before attempting to repair it.
  • Fire or Explosion: Activate the fire alarm and evacuate the area. Use fire extinguishers to control the fire if it is safe to do so.

10.3 Emergency Contact Information

  • Emergency Services: 911
  • [Company Security]: [PHONE NUMBER]
  • [Health and Safety Department]: [PHONE NUMBER]

11. Incident Reporting and Investigation

All incidents, near-misses, and hazards must be reported to the supervisor immediately. An investigation will be conducted to determine the root cause of the incident and implement corrective actions to prevent recurrence.

12. References and Related Documents

  • [Relevant Equipment Manuals]
  • [Company Safety Policies]
  • [Regulatory Standards]

Approved by: [NAME AND POSITION] Date: [APPROVAL DATE]

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9 source record(s)

Sources used for this answer

[1] Rules for the Administration of the Oregon Safe Employment Act (Construction, Division 3, OSHA Oregon)

Page 894

Open source document

Source excerpt

Division 3 AO 3-2019 Oregon Administrative Rules Oregon Occupational Safety and Health Division - (xiii) Adequate ventilation in the lock shall be provided. - (xiv) Man locks shall be maintained at a minimum temperature of 70° F. - (xv) When locks are not in use and employees are in the working chamber, lock doors shall be kept open to the working chamber, where practicable. - (xvi) Provision shall be made to allow for rescue parties to enter the tunnel if the working force is disabled. - (xvii) A special decompression chamber of sufficient size to accommodate the entire force of employees being decompressed at the end of a shift shall be provided whenever the regularly established working period requires a total time of decompression exceeding 75 minutes. ## (2) Special decompression chamber. - (i) The headroom in the special decompression chamber shall be not less than a minimum 7 feet and the cubical content shall provide at least 50 cubic feet of airspace for each employee. For each occupant, there shall be provided 4 square feet of free walking area and 3 square feet of seating space, exclusive of area required for lavatory and toilet facilities. The rated capacity shall be based on the stated minimum space per employee and shall be posted at the chamber entrance. The posted capacity shall not be exceeded, except in case of emergency. - (ii) Each special decompression chamber shall be equipped with the following: - (A) A clock or clocks suitably placed so that the attendant and the chamber occupants can readily ascertain the time; - (B) Pressure gauges which will indicate to the attendants and to the chamber occupants the pressure in the chamber; - (C) Valves to enable the attendant to control the supply and discharge of compressed air into and from the chamber; - (D) Valves and pipes, in connection with the air supply and exhaust, arranged so that the chamber pressure can be controlled from within and without; - (E) Effective means of oral inter-communic…

[2] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1531

Open source document

Source excerpt

<!-- image --> Oregon Occupational Safety and Health Division Oregon Administrative Rules - (A) Open cylinder valves (other than cracking oxygen) until a regulator has been attached. - (B) Stand or have any body part in front or behind the pressure reducing regulator when opening cylinder valves. - (C) Use a hammer or wrench to open hand wheel cylinder valves. - (k) When removing regulators from cylinders you must: - (A) Ensure that oxygen and fuel gas cylinder valves are closed. - (B) Visually check the low pressure delivery gauges and high pressure supply gauge to ensure there is no pressure remaining in the system. - (C) Use the appropriate wrench to disconnect the regulator. - (D) Place disconnected regulators, hoses, and torches where they will not come into contact with dust and oily or greasy substances. - (8) Use of Oxygen and Fuel Gas Cylinders. - (a) When using cylinders you must: - (A) Secure from movement with valve end up. - (B) Perform a drop test as defined in (7)(i)(L)(i) at the beginning of each shift to verify no leaks exist. - (C) Close cylinder or manifold valves: - (i) Before moving cylinders. - (ii) At the end of the shift or when work is finished. - (iii) When cylinders are empty. - (D) Place cylinders far enough away from the actual welding or cutting operation to: - (i) Ensure sparks, hot slag, or flame will not reach them, or - (ii) Protect them with fire resistant shields. - (E) Keep cylinders away from radiators, piping systems, layout tables, etc., that may be used for grounding electric circuits such as for arc welding machines.

[3] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1530

Open source document

Source excerpt

<!-- image --> 2BDivision 2 Oregon Administrative Rules Oregon Occupational Safety and Health Division - · Close both the oxygen and fuel cylinder valves. - · Turn the adjusting screws counterclockwise to relieve regulator pressure. - · Observe the gauges on both regulators for a minimum of five minutes. If the gauge readings do not change, then the system is leak tight. If there is a leak, use an approved leak detection method to locate it. - (ii) If the pressure drops during the drop test, perform a leak test to identify all leaks. - (iii) Use industry approved oil free leak detection solution. - (iv) Perform a leak test on cylinder pressure relief and safety devices, valves and regulator connections after the cylinder valve is open and connected to the pressure reducing regulator. - (v) Remove from service any cylinder that leaks at the valve, safety device or fittings that cannot be stopped by closing the valve. Isolate the cylinder away from ignition sources. - Note: Remove leaking cylinders to a safe outside location whenever possible. A warning should be placed near cylinders with leaking fuse plugs or other leaking safety devices not to approach them with a lighted cigarette or other source of ignition. - (vi) Promptly notify the supplier of any leaking cylinder or trouble with any cylinder valve and follow their instructions. - (vii) Tag cylinders having leaking fuse plugs or other leaking safety devices. - (M) Keep the cylinder key used for opening stem type cylinder valves on the valve spindle. - (N) Allow each gas to flow through its respective hose for a few seconds to purge the hose of any mixture of gases: - (i) After connecting welding, cutting or heating apparatus to oxygen and fuel-gas cylinders. - (ii) When starting to reuse the apparatus after an interval of a half hour or more. - (j) When connecting cylinders you must not:

[4] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1528

Open source document

Source excerpt

<!-- image --> 2BDivision 2 Oregon Administrative Rules - (f) When lifting liquid cylinders you must: - (A) Lift by using the cylinder lift eyes. - (B) Use a lifting device designed for the lift and rated for the weight. - (g) Before moving cylinders to storage you must: - (A) Close the cylinder valve. - (B) Replace and secure any valve outlet seals. - (C) Properly install the cylinder cap. - (h) When handling or moving cylinders you must not: - (A) Repair or alter cylinders or valves. - (B) Place bars under valves or valve protection caps to pry cylinders loose when frozen to the ground or otherwise fixed. - (C) Use valve protection caps for lifting or lowering cylinders manually or with a crane from one position or location to another. - (D) Drag or slide cylinders. - (E) Lift liquid cylinders by the cylinder grab ring. - (F) Drop cylinders or permit them to strike each other violently. - (G) Subject any cylinder to mechanical shocks that may damage the valve. - (H) Use cylinders as rollers for moving material or other equipment. - (I) Permit oil, grease or other combustible substances to contact cylinders, valves, or other apparatus. - (J) Attempt to catch a falling cylinder. - (K) Place cylinders where they can become part of an electrical circuit. Note: All pressurized cylinders in contact with or secured to a conductive table or column without being isolated from electrical current can become part of an electrical circuit. - (i) When connecting cylinders for use you must: - (A) Use a pressure-reducing regulator or separate control valve to discharge gas from a cylinder. Oregon Occupational Safety and Health Division

[5] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 694

Open source document

Source excerpt

Division 2 AO 3-2019 Oregon Administrative Rules Oregon Occupational Safety and Health Division - 3.1 The TECP suit is visually inspected and modified for the test. The test apparatus is attached to the suit to permit inflation to the pre-test suit expansion pressure for removal of suit wrinkles and creases. The pressure is lowered to the test pressure and monitored for 3 minutes. If the pressure drop is excessive, the TECP suit fails the test and is removed from service. The test is repeated after leak location and repair. - 4.0 - Required Supplies - 4.1 Source of compressed air. - 4.2 Test apparatus for suit testing, including a pressure measurement device with a sensitivity of at least 1/4-inch water gauge. - 4.3 Vent valve closure plugs or sealing tape. - 4.4 Soapy water solution and soft brush. - 4.5 Stop watch or appropriate timing device. - 5.0 - Safety Precautions - 5.1 Care shall be taken to provide the correct pressure safety devices required for the source of compressed air used. - 6.0 - Test Procedure - 6.1 Prior to each test, the tester shall perform a visual inspection of the suit. Check the suit for seam integrity by visually examining the seams and gently pulling on the seams. Ensure that all air supply lines, fittings, visor, zippers, and valves are secure and show no signs of deterioration. - 6.1.1 Seal off the vent valves along with any other normal inlet or exhaust points (such as umbilical air line fittings or face piece opening) with tape or other appropriate means (caps, plugs, fixture, etc.). Care should be exercised in the sealing process not to damage any of the suit components. - 6.1.2 Close all closure assemblies.

[6] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1400

Open source document

Source excerpt

<!-- image --> ## MECHANICAL POWER PRESSES ## (3) Pneumatic systems. - (i) Air valve and air pressure supply/control. - (A) The requirements of paragraphs (b)(7)(xiii), (b)(7)(xiv), (b)(10), (b)(12) and (c)(5)(iii) of this section apply to the pneumatic systems of machines used in the PSDI mode. - (B) The air supply for pneumatic clutch/brake control valves shall incorporate a filter, an air regulator, and, when necessary for proper operation, a lubricator. - (C) The air pressure supply for clutch/brake valves on machines used in the PSDI mode shall be regulated to pressures less than or equal to the air pressure used when making the stop time measurements required by paragraph (h)(2)(ii) of this section. ## (ii) Air counterbalance systems. - (A) Where presses that have slide counterbalance systems are used in the PSDI mode, the counterbalance system shall also meet the requirements of paragraph (b)(9) of this section. - (B) Counterbalances shall be adjusted in accordance with the press manufacturer's recommendations to assure correct counterbalancing of the slide attachment (upper die) weight for all operations performed on presses used in the PSDI mode. The adjustments shall be made before performing the stopping time measurements required by paragraphs (h)(2)(ii), (h)(5)(iii), and (h)(9)(v) of this section. - (4) Flywheels and bearings. Presses whose designs incorporate flywheels running on journals on the crankshaft or back shaft, or bull gears running on journals mounted on the crankshaft, shall be inspected, lubricated, and maintained as provided in paragraph (h)(10) of this section to reduce the possibility of unintended and uncontrolled press strokes caused by bearing seizure. ## (5) Brake monitoring. - (i) Presses operated in the PSDI mode shall be equipped with a brake monitor that meets the requirements of paragraphs (b)(13) and (b)(14) of this section. In addition, the brake monitor shall be adjusted during installation certification to prevent …

[7] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 695

Open source document

Source excerpt

Oregon Occupational Safety and Health Division Oregon Administrative Rules AO 3-2019 Division 2 - 6.1.3 Prepare the suit for inflation by providing an improvised connection point on the suit for connecting an airline. Attach the pressure test apparatus to the suit to permit suit inflation from a compressed air source equipped with a pressure indicating regulator. The leak tightness of the pressure test apparatus should be tested before and after each test by closing off the end of the tubing attached to the suit and assuring a pressure of 3 inches water gauge for 3 minutes can be maintained. If a component is removed for the test, that component shall be replaced and a second test conducted with another component removed to permit a complete test of the ensemble. - 6.1.4 The pre-test expansion pressure (A) and the suit test pressure (B) shall be supplied by the suit manufacturer, but in no case shall they be less than: (A)=3 inches water gauge; and (B)=2 inches water gauge. The ending suit pressure (C) shall be no less than 80 percent of the test pressure (B); i.e., the pressure drop shall not exceed 20 percent of the test pressure (B). - 6.1.5 Inflate the suit until the pressure inside is equal to pressure (A), the pre- test expansion suit pressure. Allow at least 1-minute to fill out the wrinkles in the suit. Release sufficient air to reduce the suit pressure to pressure (B), the suit test pressure. Begin timing. At the end of 3 minutes, record the suit pressure as pressure (C), the ending suit pressure. The difference between the suit test pressure and the ending suit test pressure (B-C) shall be defined as the suit pressure drop. - 6.1.6 If the suit pressure drop is more than 20 percent of the suit test pressure (B) during the 3-minute test period, the suit fails the test and shall be removed from service. ## 7.0 - Retest Procedure - 7.1 If the suit fails the test check for leaks by inflating the suit to pressure (A) and brushing or wiping the entire suit …

[8] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1529

Open source document

Source excerpt

Oregon Occupational Safety and Health Division Oregon Administrative Rules <!-- image --> 2BDivision 2 - (B) Use regulators approved for the specific gas. - (C) Loosen the valve outlet seal slowly when preparing to connect a cylinder. - (D) Back out the regulator adjusting screws before opening cylinder valves. - (E) Open oxygen cylinder valves slowly and slightly (called cracking) for an instant and then close before attaching a regulator. Stand with the cylinder valve between you and the valve outlet connection so the outlet connection is facing away from your body when cracking an oxygen cylinder. Note: Cracking is an approved process that applies only to oxygen cylinders. - (F) Open acetylene cylinder valves no more than one and one half turns. - Note: It is preferable to open the acetylene valve no more than three-fourths of a turn. - (G) Return cylinders with contaminated valves (mud, oil, grease, and similar material) to the supplier. - (H) Use acetylene tank keys or wrenches designed to open acetylene stem type valves. - (I) Notify the supplier if cylinder valves cannot be opened by hand. - (J) Stand with the cylinder valve between you and the regulator so your body, the cylinder valve, and regulator form a straight line when opening the cylinder valve. - (K) Open cylinder valves slowly and carefully after the cylinder has been connected to the process. - (L) Ensure that cylinder valves, pressure-reducing regulators, hoses, torches and all connections do not leak. - (i) Perform a drop test - · Ensure that both the oxygen and fuel control valves on the torch handle are closed. - · With the oxygen cylinder valve open, adjust the oxygen regulator to deliver a minimum of 20 PSIG (10kPa). - · With the fuel cylinder valve open, adjust the fuel regulator to deliver a minimum of 10 PSIG (70kPa).

[9] Rules for the Administration of the Oregon Safe Employment Act (General Occupational Safety and Health, Division 2, OSHA Oregon)

Page 1472

Open source document

Source excerpt

Division 2 AO 7-2008 Oregon Administrative Rules Oregon Occupational Safety and Health Division - (3) Portable belt sanding machines. Belt sanding machines shall be provided with guards at each nip point where the sanding belt runs onto a pulley. These guards shall effectively prevent the hands or fingers of the operator from coming in contact with the nip points. The unused run of the sanding belt shall be guarded against accident contact. - (4) Cracked saws. All cracked saws shall be removed from service. - (5) Grounding. Portable electric powered tools shall meet the electrical requirements of subpart S of this part. - (b) Pneumatic powered tools and hose. - (1) Tool retainer. A tool retainer shall be installed on each piece of utilization equipment which, without such a retainer, may eject the tool. - (2) Airhose. Hose and hose connections used for conducting compressed air to utilization equipment shall be designed for the pressure and service to which they are subjected. - [redacted phone] (3) Pneumatic-Powered Tools. - (a) A shut-off valve shall be installed at the manifold or permanent pipe outlet of the compressed air supply; - (b) Workers shall not couple or uncouple hose without first shutting off the compressed air supply except when using couplers which are equipped with check valves which automatically shut off the compressed air supply; - (c) Workers shall remain in the clear when turning on air supply at a valve; - (d) Driving pistons in pneumatic tools shall be constructed so that they cannot fly out of the tool; - (e) Pneumatic fastener-driving tools and other power-driven fastener tools, except as allowed in [redacted phone](3)(f) below, shall be equipped with a safety device to prevent ejection of nails or staples when the tool is not in firm contact with the work; - (f) Power-driven fastener-driving tools may be used without the safety device only when using staples with a diameter of .0475 inch (18 gauge A.W.G.) or less and the tool operato…

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