 now we are discussing measurement of pressure hazards the pressure hazards can be measured there are several methods of detecting pressure hazards number one, sound, number two, cloth, sense, leak, detector and collisions now the important point here is that the most used thing in the method is sound because of sound, there is a lot of impact on these things and leakage detector, these are two common methods which can easily detect pressure there are many potential causes of gas leaks our focus is on this the most common of these are as follows number one, contamination number two, over pressurization excessive temperature number four, operator mistakes number one is contamination and over pressurization excessive temperature number three, operator mistakes number two and third are used to detect these things you know that if over pressurization is required, the more pressure you give the more chances of leakage and excessive temperature for example, 120 temperature is required and if the temperature of these things is 140 automatically due to that the pipe or the lane due to excessive temperature the chances of leakage are higher reduction of pressure hazards how can pressure hazards be reduced number one, install, valve so that failure of the valve does not result in an hazard if there is a problem in the organization or technical issues then valve should be there so that valve can save these things from these problems don't store pressurized containers near heat or source of ignition now here is an important point whenever you don't place your container near the heat due to which there are chances of any problem train and test personnel dealings with pressurized vessels those people who are dealing with pressurized vessels train them, educate them, guide them so that they can be exploited if in case of any uncertain situation arise how to handle that situation examine valve periodically this is an important point wherever valve is used periodically it is decision of the top management daily check, weekly check monthly check, quarterly check semi-annually check period top management will decide then according to that we have to ensure operate procedure system only under the condition for which they were designed for which operation is designed designated use it it is not that if there are any manual activities it should be done through technology it should be done through technology it should not be allowed by manual activities now here it is a checklist to check when you follow the checklist automatically your results will be better relieve all pressure from the system before performing any work before doing any work relieve the pressure gradually increase it and whatever lane or pipe you are using its proper capacity is not used more than that label pressure system components to indicate inspection status if you have checked something then inspection status is checked if you have not checked inspection status is unchecked if you have to allow its pressure to some level for example 100 pressure for example 100 pressure maximum indicator is there more than that connect pressure relief device to pressure lines do not use pressure system key pressure system clean key pressure rise host is as short as possible it is not possible to give it a very lengthy tool to keep it long it is not possible to do that in lane to check these things I will talk about its SOPs if you have to pressurize something through pressure its SOPs standard operating procedures design it construct it manage it its results will be better in this last aspect we have to see avoid bending dropping r sticking pressurized contender secure personalized pressurized cylinders by a chain to prevent toppling store acetyl container upright examine label before using pressure system to ensure correct matching of gases and its uses use dead man switches on high pressure host these are basically technical terminology which we teach children in electrical engineering what is the message in our management sciences is that if you want to reduce pressure then make inspection of technical aspects automatically your desired results will be achieved if your desired results are not achieved then your desired results cannot be achieved