Hydrogen Sulfide (H2S) Awareness Training

Hydrogen Sulfide (H2S) Awareness Training

One Year Awareness Certification
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One Year Awareness Certification
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JMACWDWIHD LiquidsIHD SolidsConstructionTruckingShopMaterialsSouth TexasWest TexasNew MexicoWillistonBismarkIdahoWashingtonOregonOther
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example@example.com
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Do you understand English?

YesNoNo entiendo
Course Outline
The following subjects will be reviewed during this awareness training module (Select each to acknowledge understanding of the course outline):

Course Outline1.0 Definitions2.0 What is Hydrogen Sulfide (H2S) Gas3.0 Hazards and Characteristics of Hydrogen Sulfide (H2S) and Sulfur Dioxide (SO2)4.0 Health Effects & Symptoms5.0 Sources of Hydrogen Sulfide (H2S) and Sulfur Dioxide (SO2)6.0 Detection Methods7.0 Evacuation & Emergency Response8.0 Rescue & First Aid9.0 Exposure Limits10.0 Respiratory Protection & Safety Equipment11.0 Confined Space12.0 Test
1.0 Definitions
1.1 Select each item to acknowledge understanding

IDLH: immediately dangerous to life and health (level that interferes with the ability to escape) (NIOSH)PEL: permissible exposure limit (enforceable) (OSHA)ppm: parts per millionREL: recommended exposure limit (NIOSH)STEL: Short Term Exposure LimitMEQ: Medical Evaluation QuestioneerPLHCP: Physician or other Licensed Health Care Professional
1.2 Additional training required to work in H2S environment (select each to acknowledge)

Respiratory Protection TrainingMedical QualificationFirst Aid/ CPR TrainingFit TestingH2S Monitor Training
2.0 What is Hydrogen Sulfide (H2S) Gas
2.1 Select each item below to acknowledge your understanding

Colorless, flammable, extremely hazardous gas with a “rotten egg” smellIt occurs naturally in crude oil and natural gas, and can be produced by the breakdown of organic matter and human/ animal wastes (e.g., sewage)It is heavier than air and can collect in low-lying and enclosed, poorly ventilated areasTwo parts Hydrogen & one part Sulfur chemically joined togetherHighly toxic– IT CAN KILL YOU!!!It temporary paralyzes the olfactory nerve destroying sense of smellI do not understandNo entiendo
2.2 Where might I encounter Hydrogen Sulfide gas in my job (Select each to acknowledge your understanding)?

TanksGauging tanksWalkwaysPlatformsBlowdownsInjection BuildingsStore roomsMeter housesEquipment storage roomsWell baysDrilling rigsWork over rigsAcid jobsTubing replacementWork on wellGas trapsSeparatorsAll types of process/ production equipmentCompressor sitesCylinder inspectionPacking leaksFuel gasGauge replacementSewer linesGas linesFlaringTank cleaning
3.0 Hazards and Characteristics of Hydrogen Sulfide (H2S) and Sulfur Dioxide (SO2)
3.1 Hydrogen sulfide gas causes a wide range of health effects. Workers are primarily exposed to hydrogen sulfide by breathing it. The effects depend on how much hydrogen sulfide you breathe and for how long (Select each to acknowledge your understanding):

Exposure to very high concentrations can quickly lead to deathHydrogen sulfide is a highly flammable, explosive gas, and can cause possible life-threatening situations if not properly handledHydrogen sulfide gas burns and produces other toxic vapors and gases, such as sulfur dioxideIn addition to exposure to hydrogen sulfide in the air, exposure to liquid hydrogen sulfide can cause "blue skin" or frost biteIf clothing becomes wet with H2S, avoid ignition sources, remove the clothing and isolate it in a safe area to allow it to evaporateThe effect called knock down (rapid unconsciousness) often results in falls that can seriously injure the workerAuto ignition is at 500° F –Cigarettes burn at 1400 ° FIt explodes upon ignitionH2S is soluble in both water and liquid hydrocarbonsH2S dissolves in water forming a weak hydro sulfurous acidHeat & agitation cause H2S gas to be released from fluidsH2S is readily dispersed by the windCan create a pyrophoric substance called Iron Sulfide in pipes and tanks which will spontaneously ignite upon contact with airCan cause sulfide stress cracking in metal
3.2 Sulfur dioxide affects human health when it is breathed in (Select each to acknowledge your understanding):

It irritates the nose, throat, and airways to cause coughing, wheezing, shortness of breath, or a tight feeling around the chest and Inhaled SO2 reacts with the moisture of mucous membranes to form Sulfurous Acid (H2SO3), a severe irritantThe effects of sulfur dioxide are felt very quickly and most people would feel the worst symptoms in 10 or 15 minutes after breathing it inThose most at risk of developing problems if they are exposed to sulfur dioxide are people with asthma or similar conditions
4.0 Health Effects & Symptoms
4.1 Health effects vary with how long, and at what level, you are exposed. Asthmatics may be at greater risk (Select each to acknowledge your understanding):

Low concentrations – irritation of eyes, nose, throat, or respiratory system; effects can be delayedModerate concentrations – more severe eye and respiratory effects, headache, dizziness, nausea, coughing, vomiting and difficulty breathingHigh concentrations – shock, convulsions, unable to breathe, coma, death; effects can be extremely rapid (within a few breaths)H2S is both an irritant and a chemical asphyxiate, with effects on both oxygen utilization and the central nervous systemRepeated exposure can result in health effects occurring at levels that were previously tolerated without any effectIrritating to eyes and respiratory tractSwelling to the eye lids resulting in eye painExcessive sensitivity to light may persist for several daysCoughing, painful breathing & pain in nose and throatRepeated exposure causes headache, dizziness and digestive disturbancesRepeated exposure to low concentrations causes conjunctivitis, photophobia, corneal blistering & tearing, eye pain and blurred visionExposure to high concentrations causes runny nose, bronchitis, and pulmonary edemaChronic poisoning results in headache, inflammation, of eyelids, digestive disturbances, weight loss and weakness
4.2 Short-term (also called acute) symptoms and effects are shown below-Click on the arrow at the bottom of the table to see the 11th symptom of exposure:
4.3 Select to acknowledge that you do or do not understand the short term symptoms and effects in the table above:

I do understand the short term symptoms and effects in the table aboveI do not understand the short term symptoms and effects in the table aboveNo entiendo
4.4 What was the 11th symptom of exposure to hydrogen sulfide?

UnconciousnessLoss of smellSevere thirstDeathNo entiendo
4.5 Longer term health effects of H2S exposure (select each to acknowledge understanding):

Some people who breathed in levels of hydrogen sulfide high enough to become unconscious continue to have headaches and poor attention span, memory, and motor function after waking up.Problems with the cardiovascular system have also been reported at exposures above permissible exposure limits. People who have asthma may be more sensitive to hydrogen sulfide exposure. That is, they may have difficulty breathing at levels lower than people without asthma.
5.0 Sources of Hydrogen Sulfide (H2S) and Sulfur Dioxide (SO2)
5.1 Where does Hydrogen Sulfide (H2S) Gas come from (Select each to acknowledge your understanding):

Naturally Occurring: The result of decomposition of organic matterAnything carbon basedOilfields: Drilling & ProductionMiningVolcanoesChemical Process: By-products, Pulp/paper Industry, Felt makersDecay: Fishing industry, Tanneries, Sewers, Landfills
6.0 Detection Methods
6.1 There are two types of monitoring available in JMAC Resources operations (Select each to acknowledge your understanding):

Personal MonitorsFixed MonitorsBoth types of monitoring are utilized in drilling and completions operations
6.2 Personal monitors are (Select each to acknowledge your understanding):

Small and ConvenientEasy to UseMonthly Bump Checks with yearly calibration, orDisposable monitors are maintenance free for two years and then you dispose of themThey clip to your outerwear, keeping sensor head exposedAlarms will sound at 10 ppm with sounds, lights, vibration or any combination of the three
6.3 Fixed monitors are (Select each to acknowledge your understanding):

Found on Rigs, Well Sites, Refineries, Storage Facilities, etc…Sound at the P.E.L. Alarm usually consists of light as wellTRUST the fixed alarms! When monitors go off, leave and move to the safe area immediately
6.4 Some crutial basics to remember when it comes to detecting H2S gas (Select each to acknowledge your understanding):

Detection of H2S is only as effective as the accuracy of the monitoring equipment being usedMonitors should be maintained and calibrated per manufacturers recommendationsThere are Four ways to detect H2S:Lead acetate stripsColorimetric tubesHand-held portable monitorsFixed electronic detection systemsThese detectors will warn with Audio, Visual and/ or vibrationAlways give consideration to the site specific types of detection and monitoring required for proper protectionNo one type of monitoring system is available for protection in every situationLocation of detection equipment is also just as important
7.0 Evacuation & Emergency Response
7.1 There are four Steps to take in a Hydrogen Sulfide (H2S) emergency. Your hydrogen sulfide sensor has gone off, indicating the presence of H2S in your work environment. Now, what do you do? Whether you smell that unique noxious odor or not, safety comes first so always assume H2S is present (Select each to acknowledge your understanding):

1. Put On Your Gear: If you’re not already wearing your gas mask but have one available and nearby, put it on. Now is the time to use that Respiratory Protection training you attended. Pull your straps down tight, and breathe like you were taught. After yours is on, help anyone who is struggling. Your mask will help keep you safe while you clear the area. Requirements for having the masks vary from location to location depending the environment, so if you don’t have one available, don’t panic, just proceed to the next step.2. Get Upwind: If you’re working in an area with the possibility of H2S release, there should be flags or wind socks on the work site to show you which direction the wind is blowing. Head in the opposite direction immediately. If you can’t see the wind sock, toss some dirt or leaves into the air, or look at the trees. The wind can blow and concentrate the H2S into valleys or stands of trees, so the direction you go is important. Across and upwind of the release is the safest direction for escape. If a designated gathering area, or “muster site” is indicated upwind, go there. This is the easiest and most effective way to avoid H2S inhalation or poisoning.3. Count Heads: It might not be your stated job to do the final “head count”, but safety is everyone’s business. Someone could have succumbed to H2S before clearing the pad, or have a faulty hydrogen sulfide monitor. If you saw someone at the job location but do not see them at the muster site, make it known. Do not attempt to get them from a dangerous area, and don’t go back into the gas to locate someone unless you are trained and have the proper equipment. H2S is no joke, and has taken down big, tough, strong men and women who thought they could handle it.4. Make the Calls: Calling the proper civil authorities ensures local residents and landowners are notified of the issue. Necessary evacuations can be made quickly to avoid injury. This action protects everyone, including your company and job, so again, their safety is your business. Once necessary emergency authorities are notified, make the calls to the company who owns the site. Numbers should be posted at the gate guard, the company man shack and the rig manager trailer, as well as at www.jmac.center. If not, call your boss or the company “safety man”. While it is important to act quickly in an H2S emergency, taking these measures will help keep you out of harm’s way and within regulatory compliance. Finally, always maintain your monitor and replace it as necessary. It knows before you do when H2S levels are too high.
7.2 Rapid evacuation routes will be provided from every working area to muster points (Select each to acknowledge your understanding):

These routes will be maintained free from obstruction and properly markedWhen the prominent alarm sounds and the H2S beacons activate, you identify the direction of the wind and evacuate cross wind, upwind and away from the saturation zone as indicated in the evacuation plans posted at the entrance to locationEvacuate to the primary muster point as depicted on the evacuation plans. If the wind changes, move to the muster point most up-wind and furthest from of the gas releaseThe gate guards will respond to the muster points and take a head count. They will report the head count to the PICDo not leave location during an emergency evacuation until you have been accounted for and received permission from the gate guardDO NOT start your vehicle, power tools or source of ignition during a gas releaseExtinguish all cigarettes and smoldering cigarettes in the butt can when in gas release conditionsDO NOT smoke cigarettes during a gas releaseThe Site Specific Safety Plan includes examples of the routes one should take to evacuate location as well as the likely muster points in the event of an H2S gas release. It is important you evacuate cross and up-wind and muster at the most upwind location furthest from the source of the gas releaseThe evacuation routes must be posted at the entrance to location, at the entrance of each respective rig, in the dog house, in the rig managers trailer and in the company mans trailerVisitors- Upon checking in at the entrance gate visitors shall be orientated to current operations of the site they will be visiting and have the evacuation plan explained to them by the gate guardVisitors will be issued a breakaway lanyard attached to the emergency evacuation plan for the location they are visiting. This lanyard must be worn around the neck of the visitor at all times while on locationPeriodic drills and maneuvers shall be practiced and executed in order to maintain continuous preparedness of personnel
7.3 Wind (Select each to acknowledge your understanding):

An accurate wind forecast must be available at all timesThe wind direction must be shown by at least two visible and illuminated wind indicators as wind socks or pennants
7.4 Muster point (Select each to acknowledge your understanding):

Designated muster points normally located outside the limits of the impacted area will be set up and suitably equipped with means of communication
7.5 Alarm system (Select each to acknowledge your understanding):

All H2S gas installations will be provided with a dedicated general H2S alarm.The first level of alarm should be set at 10 ppm.These H2S related alarms shall be distinct from the installation fire & gas and Abandon alarms, to avoid any confusion and ensure that personnel immediately don the appropriate set of protection equipment.When two or more rigs are drilling on a single location, the location will be split into an equal number of physically identified zones, additional zones will be added for facilities if applicableIn order to identify the prominent wind direction, a primary wind sock or pennant will be situated in a central location away from wind barrier structures , in addition to the wind indicators placed by the H2S service provider and rigsA beacon will be adapted to the primary wind indicator to signify when gas is escaping the wellA beacon will be placed atop the dog house of each rig to identify which well is releasing gasOne alarm with a distinctive sound capable of reaching all areas of the location in high wind conditions will be placed on location for use in the event of a blow out or gas releaseWhen the distinctive alarm sounds, all rigs will pull off bottom and circulateWhen the distinctive alarm sounds in conjunction with the main beacon flashing, all rigs will pull off bottom and kill all motors and ignition sourcesWhen scenario 7 is active, all non-essential personnel and visitors must evacuate to the muster area as designated in the following tablesOnly personnel trained and qualified to perform vital emergency functions will remain on locationGate guards will take a head count at each muster area and instruct evacuees to gather at the primary muster area which will be designated by the PICWhen visitors enter the Mega-pad, the gate guards will orientate them to the following: emergency evacuation plan, evacuation indicators, routes and location of emergency contact phone numbersEmergency portable radios will be used to communicate well conditions among all supervisors and the PICThe PIC will be the person with the remote controls for the emergency alarm and primary beacon with a back-up PIC having a second backup set of remote controls
7.6 Before entering areas with possible Hydrogen Sulfide (H2S) (select each to acknowledge understanding):

The air needs to be tested for the presence and concentration of hydrogen sulfide by a qualified person using test equipment. This individual also determines if fire/explosion precautions are necessaryIf gas is present, the space should be ventilatedIf the gas cannot be removed, use appropriate respiratory protection and any other necessary personal protective equipment (PPE), rescue and communication equipmentAtmospheres containing high concentrations (greater than 100 ppm) are considered immediately dangerous to life and health (IDLH) and a self contained breathing apparatus (SCBA) is required
8.0 Rescue & First Aid
8.1 If a person goes down to H2S exposure, there are two things you should never do (select each to acknowledge understanding):

Do not panicDo not attempt rescue without proper training and personal protection
8.2 In Order to Rescue (select each to acknowledge understanding):

You must be rescue trainedUse the Buddy SystemYou must be CPR & First-Aid TrainedYou must be trained for the specific environment, in this case, an H2S environmentYou must use the correct Personal Protective Equipment (P.P.E.)Maintain good communication with other rescuers and off site personnelNotification of E.M.S., and follow your Emergency Action Plan
8.3 If you do rescue a victim of H2S exposure (select each to acknowledge understanding):

Be careful when providing rescue breathingAbove all else, follow your company’s policy on rescueNever, ever, rescue unless you can do so the right way!
8.4 If your site experiences an H2S emergency that requires emergency response, these are the actions you should take (select each to acknowledge understanding):

Move crosswind then upwind away from the source of exposureContact emergency personnel and inform them of the presence of H2S gasSecure the location from non-rescue personnelNotify your managerNEVER attempt a rescue in an H2S exposure area without using appropriate respiratory protection and proper rescue training
8.5 First-Aid (select each to acknowledge you reviewed this material):

For skin contact, wash skin with soap & water for at least 15 minutes while removing contaminated clothing and shoes and get medical attentionFor eye contact, flush eyes with plenty of water for at least 15 minutes and get medical attentionFor inhalation, remove the victim to an uncontaminated area- if victim is not breathing and you are trained to do so, administer CPR and get immediate medical attentionFor ingestion of liquid H2S, get medical attention immediatelyNote: Always be sure to clean and dry contaminated clothing properly if you plan to reuse them
9.0 Exposure Limits
9.1 The Permissible Exposure Limit (P.E.L.) to H2S is 10 PPM (select each to acknowledge understanding):

H2S is Immediately Dangerous to Life and Health (I.D.L.H.) at 100 ppmThe Short Term Exposure Limit (S.T.E.L.) to H2S based on a 15 minute time period is 15 ppm
9.2 The main byproduct of an H2S fire is Sulfur Dioxide or SO2 (select each to acknowledge understanding):

The Permissible Exposure Limit (P.E.L.) for Sulfur Dioxide (SO2) is 5 ppmSulfur Dioxide (SO2) is Immediately Dangerous to Life and Health (I.D.L.H.) at 20 ppm
10.0 Respiratory Protection & Safety Equipment
10.1 Hydrogen sulfide gas (H2S) poses an exceptionally high risk for industrial workers, especially those in the oil and natural gas industry. Oil fields rich in sulfur and H2S can lead to contamination of the ambient air, causing health problems or even fatalities. Given the health hazards caused by H2S, it is of the utmost importance to select a respirator that allows for appropriate protection based on the work environment you are in.

I do not understandI understandNo entiendo
10.2 NIOSH, OSHA, and ACGIH guidelines and standards were developed to protect workers from this life-threatening gas and other work site hazards, Felix Energy expects their employees & contractors to meet the requirements of these standards and regulations. This is especially critical when workers find themselves in hazardous environments, such as sour gas-containing oil fields. Therefore, it is expected that JMAC Resources as well as contract companies conduct their own risk assessments and testing, beyond implementing baseline industry measures. This will help to ensure we are maximizing worker safety through the proper tools and education, which will coincide with the minimization of incidental H2S exposure.

I understandI do not understandNo entiendo
10.3 The only types of Respiratory Protection allowed in an H2S Environment is (select each to acknowledge understanding):

Positive pressure, andSupplied air
10.4 Positive Pressure Supplied Air (select each to acknowledge understanding):

Constant Flow of Air in MaskPushes Air out of Leaks instead of letting you pull toxic gasses inNot filled with pure oxygen, but Grade “D” air
10.5 There are three types of escape respirators for an H2S environment (select each to acknowledge understanding):

5 Minute TankBag or Tight Fitting Face PieceNot for Rescue, Work or Testing!
10.6 There are three types of respirators for working in an H2S environment (select each to acknowledge understanding):

Supplied Air Respirator or S.A.R.5 Minute Escape TankMaskUp to 300’ of Line supplying the user with air
10.7 There are three types of respirators for performing rescue operations in an H2S environment (select each to acknowledge understanding):

Self Contained Breathing ApparatusMask, harness and 2216 psi Tank30 minute air packNote: A 30 minute air pack will not last 30 minutes
10.8 Identifying On-site Risks and Determining Proper Protection (select each to acknowledge understanding):

When determining how to minimize the effects of H2S exposure, it is essential to identify potential on-site sources.According the U.S. Environmental Protection Agency, 90 percent of H2S is created naturally, occurring at crude petroleum and natural gas deposits or stagnant bodies of water, such as swamps.H2S results from the breakdown of organic matter. The remaining 10 percent of H2S is man made, found in the oil and gas, chemical, and pulp and paper industries.
10.9 Using this formula for H2S exposure, the following respirator types are suggested for the following specific concentrations (select each to acknowledge understanding):

0-10 ppm: No respirator is needed, below the recommended exposure limit (REL).10-100 ppm: Powered Air-Purifying Respirator (PAPR), Full Face Mask Cartridge Respirator, or Self-Contained Breathing Apparatuses (SCBA).100-100,000 ppm: SCBA or Supplied Air in positive pressure mode.
10.10 In tandem, contractors should conduct their own risk assessment or use a pre-defined checklist of criteria, such as the following NIOSH Respirator Selection Logic (select each to acknowledge understanding):

General use conditions, including determination of contaminant(s)Physical, chemical, and toxicological properties of the contaminant(s)NIOSH recommended exposure limit, OSHA permissible exposure limit (PEL) American Conference of Governmental Industrial Hygienists Threshold Limit Value (TLV), or other applicable occupational exposure limitsExpected concentration of each respiratory hazardImmediately dangerous to life or health (IDLH) concentrationOxygen concentration or expected oxygen concentrationEye irritation potential, andEnvironmental factors, such as the presence of oil aerosols
10.11 Basics of fit testing (select each to acknowledge understanding):

Fit Testing is done to ensure that your respirator will work when it countsThere are two type of Fit Tests:Qualitative Fit Testing checks the quality using a smoke or odorantQuantitative Fit Testing assigns a numerical Fit Factor using a pump system and computeFit Tests require that a Medical Exam or M.E.Q. be completed prior to the first test, OrAfter any major changes in physiology or a serious illnessM.E.Q. is a questionnaire filled out by the employee and reviewed by a Physician or other Licensed Health Care Professional (P.L.H.C.P.)
10.12 Things that make a fit test fail

Facial HairGlassesMask Size or TypeJewelryGrease or DirtFacial StructureRemember that your company is responsible for providing you with a mask that fits, but it’s your responsibility to maintain the condition of the mask and avoid any facial hair or other issues that may interfere with the fit of your mask.
10.13 Things to remember (select each to acknowledge understanding):

Check out your breathing equipment and make sure that it is properly maintainedOnly use Positive Pressure Supplied Air in H2S environmentsFit testing is required yearly by O.S.H.A.
11.0 Confined Space
11.1 Many workplaces contain areas that are considered "confined spaces" because while they are not necessarily designed for people, they are:

large enough for workers to enter and perform certain jobs.A confined space also has limited or restricted means for entry or exit, andis not designed for continuous occupancy
11.2 Confined spaces include, but are not limited to

TanksVesselsPipelinesStorage binsManholesPitsLow lying areas
11.3 For work within confined spaces use appropriate procedures for identifying hazards, monitoring and entering confined spaces.

No entiendoI understandI do not understand
11.4 OSHA’s Confined Spaces standard contains specific requirements for identifying, monitoring and entering confined spaces. DO NOT enter a confined space without the proper training!

I understandNo entiendoI do not understand
Test

There may be multiple answers to a single question. A 90% score is required to pass this test.
1. What is ppm the acronym for?*

People Performance MatrixPressure per MillionParts per MillionProduce Plug & Manage
2. What type of additional training may be required for working with H2S?*

Respiratory Protection TrainingProcess control TrainingFit TestingProduction Enhancement Training
3. What color is H2S gas?*

OpecColorlessBeigeLight oily green
4. What does H2S smell like*

Dirty feetSkunkEggsLimburger cheese
5. Where might you encounter H2S gas?*

At the gymIn oil and gas productionAt the parkOn a drilling rig
6. Very high concentrations of H2S gas may lead to what?*

DeathEuphoriaExplosionLoss of smell
7. If H2S is burned what gas is produced?*

HeliumOxygen or 02Sulfur Dioxide or SO2Hydrogen or H
8. What are some sources of H2S gas?*

Decomposition of organic matterDrilling and Production operationsSewersVolcanoesFlatulence
9. What are the two types of monitors used for detecting H2S gas?*

PersonalDroppedFixedRaised
10. What are the four steps to take in the event of an H2S emergency*

Pull up your boots; Put on your gloves; Hold your breath and RunCheck wind direction; Get your lunch box; Sound the alarm and RunGrab your gear; Run to your Car; Leave Location; Don't look backPut on your gear; Get up wind; Count heads; Make the calls
11. Which direction should you travel to evacuate an H2S release*

Toward the windsock or PennentDown windCross and up windToward location entrance
12. What two things should you NOT do in case of an H2S release*

Do not panicSound the alarmDo not attempt a rescue without proper equipment and trainingPut on your gear
13. When does H2S become Immediately Dangerous to Life and Health (IDLH)*

10 ppm50 ppm20 ppm100 ppm
14. What is the Permissible Exposure Limit (P.E.L.) for Sulfur Dioxide*

5 ppm7 ppm2 ppm10 ppm
15. The only types of Respiratory Protection allowed in an H2S Environment is?*

Positive pressureBagged airBorrowed airSupplied air
16. What are some of the things that will make a fit test fail*

HairGlassesFace jewelryContact lenses
17. What are examples of a confined space?*

TanksSwimming poolsVesselsEnclosed spaces
18. Are you personally aware of the presence of and dangers associated with H2S gas in JMAC Resources operations?
19. Do you pledge to support the safety and well being of the workers, the community and the environment surrounding JMAC Resources and it's business interests?
20. Do you feel this module provided you adequate H2S awareness training to perform your job safely?

YesNo
Signature

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Hydrogen Sulfide (H2S) Awareness Training

Course Outline

1.0 Definitions

2.0 What is Hydrogen Sulfide (H2S) Gas

3.0 Hazards and Characteristics of Hydrogen Sulfide (H2S) and Sulfur Dioxide (SO2)

4.0 Health Effects & Symptoms

5.0 Sources of Hydrogen Sulfide (H2S) and Sulfur Dioxide (SO2)

6.0 Detection Methods

7.0 Evacuation & Emergency Response

8.0 Rescue & First Aid

9.0 Exposure Limits

10.0 Respiratory Protection & Safety Equipment

11.0 Confined Space

Test