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Why is such great importance attached to leaks?

2016-03-22View Original

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bg2.png Leaks, as a type of production safety accident, pose a threat to the lives and property of the general public. Although its severe hazards are well known, data leakage incidents still occur frequently in our country. How can leaks be prevented? This requires attention to the various harms caused by leaks: First, property loss – property loss is the most direct manifestation. When a leakage occurs, mechanical equipment, pipes, and the like are damaged. Repairing equipment and replacing pipes both require significant expenses. Most importantly, companies also need to stop production for a few hours, or even several days. The losses caused by the suspension of production are even greater. Therefore, to reduce expenses, companies need to regularly inspect sealing components such as metal wound gaskets. A small seal doesn’t cost much; don’t lose the big picture over such a trivial thing. II. Casualties In the event of a leakage accident, casualties may occur. I believe when people are asked to make wishes, many hope for their family’s safety and health, followed by success in their careers. The fact that peace and good health have become the aspiration of the general public shows their importance in people’s hearts. The casualties caused by the leaks deal a severe blow to individual happy families. Even if a company covers the medical expenses and various other losses, it still cannot bring back a healthy person. Furthermore, disability inflicts a heavy blow on the affected person, even leading to depression and a life of indulgence. Losses of life not only deal a blow to the individuals affected but also impose a heavy burden on their families. III. Environmental damage: Nowadays, there is a focus on environmental protection, in order to leave green lands and clean waters for the development of future generations. Leakage incidents not only cause damage to property and lives but also harm the local environment. As in the leakage incident that occurred in India last century, which resulted in millions of deaths and caused permanent damage to the local environment. Although the local environment has been improved, the cancer incidence rate there remains significantly higher than in other areas. Those who had the means left the area and went to other suitable places in India. The damages caused by leaks are countless; therefore, manufacturing companies need to take this as a lesson and regularly inspect the sealing elements to ensure their effectiveness.
Reply #22016-03-22
Classifying leakage incidents as one of the safety accidents is indeed necessary to raise awareness of safety issues; in particular, significant efforts must be made in managing project quality (covering aspects such as environmental impact assessment, preliminary surveys, design, construction, supervision, quality control, and so on). Moreover, it is essential to ensure the ability to trace the source of an incident after it occurs; I have personal experience in working on projects related to oil and gas stations and pipelines, and I understand this well!
Reply #32016-03-22
A long dike can collapse because of an ant hole. The flammable, explosive, or toxic nature of petrochemical raw materials and products determines the severe hazards associated with leaks, so it is essential to pay close attention to this issue!
Reply #42016-03-22
At the same time, this leakage causes a lot of inconvenience for on-site management
Reply #52016-03-23
Generally, chemicals remain under control as long as there is no leakage (except in cases of physical pressure increase or high temperatures); their hazardous properties do not develop into accidents, so they pose no risk to property or people. “Leakage equals accident” is the best description of this situation. Reference.
Reply #62016-03-23
When discussing \"leaks,\" it is essential to examine the causes of those leaks. Only by identifying the causes can leaks be prevented, thereby resolving the problem at its root. For example: 1. Corrosion can cause leaks; by taking targeted measures to control corrosion, the likelihood of leaks can be reduced ; 2. Temperature differences cause deformation, which can lead to leaks; by increasing the flexibility of the structure and keeping the temperature stress at a certain level, the likelihood of leaks can be reduced ; 3. Fatigue can cause structures to crack, leading to leaks; understanding the patterns of fatigue and replacing components regularly can reduce the likelihood of leaks. Wait.

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