Relationship between risk hazard exposure and safeguards

Hazard - Wikipedia

relationship between risk hazard exposure and safeguards

identify hazards and assess risks for your dairy operation. Learner Outcomes: . relationship between the worker, the task, the tools, and the work environment. Here are some examples that illustrate the difference between hazard and risk, the importance of exposure in this relationship, and how you. If you have a hazard you may or may not be vulnerable to it Exposure – to how much of the force of the event is the resource exposed; Time – does vulnerability fluctuate over time The border between consequence and impact is fuzzy, but.

You can also think of it this way: A hazard will not pose any risk to you unless you are exposed to enough of that hazard to cause harm. Risks associated with hazards can be eliminated, or at least greatly reduced, by reducing exposure.

The relationship between risk and hazard can be simplified as: Here are some examples that illustrate the difference between hazard and risk, the importance of exposure in this relationship, and how you can usually eliminate or at least greatly reduce the risk of harm caused by hazards. Asbestos is a naturally-occurring, fibrous, heat-resistant mineral material which may be found in some building materials like floor and ceiling tiles.

Hazard, Vulnerability and Risks

Asbestos is also found in some natural water supplies. Both oral exposure through water consumption and inhalation exposure through air containing asbestos are potential routes. The type of route and potential hazard we address here is through inhalation of asbestos fibers. It is important to understand first that asbestos is only a inhalation hazard to human health if the asbestos fibers are airborne and near where a person can inhale them—but not if the fibers are still embedded or stuck in the tile or floor of a building.

Can cause lung diseases such as cancer and also asbestosis, which is not itself fatal although sometimes debilitating and can progress to cancer.

relationship between risk hazard exposure and safeguards

How can the risks be eliminated? Sometimes you may be able to fix simple hazards yourself, as long as you don't put yourself or others at risk. For example, you can pick up things from the floor and put them away to eliminate a trip hazard.

Toxicology Education FoundationHazard vs Risk - Toxicology Education Foundation

The best way to fix a hazard is to get rid of it altogether. This is not always possible, but your employer should try to make hazards less dangerous by looking at the following options in order from most effective to least effective: Elimination - Sometimes hazards - equipment, substances or work practices - can be avoided entirely.

Clean high windows from the ground with an extendable pole cleaner, rather than by climbing a ladder and risking a fall. Substitution - Sometimes a less hazardous thing, substance or work practice can be used. Use a non-toxic glue instead of a toxic glue. Isolation - Separate the hazard from people, by marking the hazardous area, fitting screens or putting up safety barriers.

Hazard vs Risk

Areal extent of damage zone [2] Intensity of impact at a point [2] Duration of impact at a point [2] Rate of onset of the event [2] Predictability of the event [1] Natural hazards may be defined as "extreme events that originate in the biosphere, hydrosphere, lithosphere or atmosphere" [3] or "a potential threat to humans and their welfare" [1] which include earthquake, landslide, hurricane and tsunamis.

Technological and man made hazards include explosions, release of toxic materials, episodes of severe contaminationstructural collapses, and transportation, construction and manufacturing accidents etc. A distinction can also be made between rapid onset natural hazards, technological hazards and social hazards which are described as being of sudden occurrence and relatively short duration, and the consequences of longer term environmental degradation such as desertification and drought, [4].

In this sense the environmental conditions we may consider hostile or hazardous can be seen as neutral in that it is our perception, human location and actions which identify resources and hazards within the range of natural events.

He says "natural hazards, therefore, result from the conflict of geophysical processes with people and they lie at the interface what has been called the natural events system and the human interface system. Firstly through location, because it is only when people and their possessions get in the way of natural processes that hazard exists.

  • Hazard identification, risk assessment and risk control

In this context we can see that there may be an acceptable variation of magnitude which can vary from the estimated normal or average range with upper and lower limits or thresholds.

In these extremes the natural occurrence may become an event that presents risk to the environment or people. As long as the variation of the environmental element remains fairly close to this expected performance, insignificant damage occurs and the element will be perceived as beneficial.

However when the variability exceeds some threshold beyond the normal band of tolerance, the same variable starts to impose a stress on society and become a hazard.

Classification[ edit ] Hazards can be classified as different types in several ways. One of these ways is by specifying the origin of the hazard.

One key concept in identifying a hazard is the presence of stored energy that, when released, can cause damage. Stored energy can occur in many forms: Another class of hazard does not involve release of stored energy, rather it involves the presence of hazardous situations.

Examples include confined or limited egress spaces, oxygen-depleted atmospheres, awkward positions, repetitive motions, low-hanging or protruding objects, etc. Hazards may also be classified as naturalanthropogenicor technological.

They may also be classified as health or safety hazards and by the populations that may be affected, and the severity of the associated risk.

relationship between risk hazard exposure and safeguards

In most cases a hazard may affect a range of targets, and have little or no effect on others. Identification of hazards assumes that the potential targets are defined. Based on energy source[ edit ] Biological hazard Main article: The term and its associated symbol may be used as a warning, so that those potentially exposed to the substances will know to take precautions.