The biotic and chemical environments interact in subtle ways within a geographic zone. Chlorine being very highly soluble in water and other gases in the atmosphere rapidly travels on diverse media. Chorine pollution is a hazard to the environmental system in many ways because it is associated with disease of the respiratory system in man and other animals; it makes the water unhealthy for aquatic life and plants. Containerization is a critical aspect of industrial cost due to the fact that it influences the degree of seepages of gaseous products while in store or under transit. It follows that containerization has a direct correlation with the degree of pollution and overall industrial costs to a company and to the environment.The prospect of cost reduction to the tune of 25% is a phenomenal achievement for an industrial plant. The degree of obstruction and exposure or the pertinent variables of environmental physics. In addition, the factors of the environment like environmental gas pressure and temperatures are pertinent to the degree of penetration of the gas. The worst-case scenario represents a condition when the gas might have graver effects to the environment than on the alternative case.
Offsite Consequence Analysis (OCA) is a useful measure of the extent to which a toxic substance released from a central place can affect surrounding regions. There are two useful elements of OCA that need to be determined for an effective calculation. There are the worst case and the alternative case scenarios of the analysis. Both are very critical to the whole process of estimation. The unmitigated release rate of the gas is representative of the worst-case scenario while the mitigated case is the alternative scenario.
The end-point distance for the container sizes is obtainable from the OCA computation. Taking the values of atmospheric pressure and other aspects of the environmental configuration in consideration, the value of the end point is computed by the formula below.
Taking the values of the release rate calculated from the characteristics of the container in question, it is possible to derive the precise end-point distances
T = QS / QRL
QRL = Orifice Release rate in pounds per minute (lb/min)
QS = Quantity released (lb)
In a worst-case scenario as well as the alternative case scenario, the acquisition of the 25% efficient containerization will definitely mitigate the loss of chlorine to the atmosphere. This process automatically has an impact on the end-point case scenarios. In the worst scenario, the effect of the mitigated loss will definitely end in a reduced gas percolation and diffusion. Moreover, given the gas pressure of the smaller containers have a half rate compared to the bigger containers, there is considerable consistency for both the worst case and the alternative case.
The process of value mitigating industrial loss through the adoption of effective containerization is often attended with other costs. The same is also possible when the strategy of the company is to mitigate cost. The case of mitigated costs often results in increased environmental pollution. Smaller containers are more efficient in the keeping of industrial gasses that larger containers at higher gas pressure of the container. The mitigated case for loss is obviously yielding a more hazard to the environment in the worst-case scenario.
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