Mgpi Processing Incorporation Toxic Chemical †MyAssignmenthelp.com

Question: Discuss about the Cognition And Information Processing Mgpi Processing Incorporation Toxic Chemical. Answer: Introduction: This article is mainly centred around the chemical release within the processing plant of Atchison when the performing of raw material is unloading that was taking place during the unintentional connection of the unloading hose with the incompatible tank material taken out of the delivery truck(Nie Bassi, 2014). The main process was the unloading of materials from the delivery truck for feeding the tanks that went downstream for the production of relevant materials. Loading and unloading is a very normal everyday action that happens in all the chemical process plant. This does not require too much of mental effort and concentration. Moreover, it should also be mentioned that the people including the managers who are working in the chemical process plant should be extra vigilant and cautious with their sensory appeal about everything that is going on in the surroundings. Relevant aspects of human cognition in the MGPI Processing Incorporation toxic chemical release case study: The cognitive task required in the present situation is to understand all the process clearly, and to avoid the spill of harmful chemicals. The mistake of the technician was that he could not understand the chemical is spilling even when it was happening at a very fast rate(Dohl, 2013). Thus, his auditory and tactile sensations became blurred. The cognitive awareness related to the outside world must be there in order to protect the chemical spill in this regard. The cognitive process required for this process is a strong auditory and memory balance. However, it is lost over time because the levels of noise pollution in a chemical plant is above 80 decibels, which corrupts the short-term memory(Ganjyal Woo, 2014). The technician might remember the previous noise, and mistake it as the next noise, and this can certainly create severe disruptions in the overall memory pertaining to the person. So, the repetition of noise is harmful to the mental balance, and the correct guessing of the noise source, which is one of the reasons for this particular chemical spill. The information is generally perceived, processed, stored and retrieved in the human brain. The perceiving of information is dependent on the visual, auditory, tactile, and another type of senses. These senses bring an idea to the human brain, which is processed inside the brain according to its importance(Maningat Nie, 2014). There are two types of memory, namely, the short-term memory and the long-term memory. The information that goes into the short-term memory stays there for some time but also gets erased, and the long-term memories are stored for a long time and can be retrieved later. The perceiving, processing, storing and the retrieving of information by the human brain has a certain amount of limitation. The frequency of sound that is lower than 20 Hz cannot be perceived by humans, and neither can the frequency of sound that is higher than 20,000 Hz. The loudness of sounds are measured by the unit called decibel, and any sound that is more than 60 decibels can make a permanent damage to the eardrum as well as the repetitive sound of higher decibels might result in a temporary memory loss(Schwacke Smith, 2013). This temporary memory loss of the technician is the main reason for the chemical spill in the plant. The decisions are made in the brains by the attraction and appeal of a particular thing. This is also known as the law of arousal. Any pleasant sight or any pleasant sound gets stored in the memory for a long time due to the effect of arousal, and the memory stores the same. However, any unpleasant noise might block the brain from receiving it anymore as the brain perceives it as harmful(Kuselman Pennecchi, 2013). Nevertheless, if the repetitive unpleasant and loud sound occurs, the brain blocks the eardrum as a reflex, which creates a problem for a normal hearing later. Those individuals become hard of hearing and tend to only respond to loud conversations. Some of the potential human errors related to the cognition can be either exogenous or endogenous. The exogenous errors happen due to the impact of the outside world whereas the endogenous errors occur from inside. The overall experience in this regard suggests that the too much boredom at work can create a sort of negligence to the concerned person, and so, it can be considered as an outside cognitive error(Kennedy Dodd, 2011). However, the memory loss of the technician due to long exposure to high levels of sound is an endogenous factor responsible for this human error. Recommendations for the betterment of the situation: The only plausible solution in this regard can be a proper medical check-up of the technician and workers involved with the chemical plant. Moreover, the people working should be an expert, and no novices should be allowed to take care of the entire process all alone. Some extra amount of money should be spent on the project for hiring more people in order to stop the same technicians from multitasking in the project(Tan Nijholt, 2010). The technicians should also be given some amount of corporate training for making them understand the basis of the project so that they dont take recourse to any kind of automatic thinking that might create such errors in the plant. The cognitive behavioural theory (CBT) is mainly used for giving a proper solution to the problem, which states that the thought process of an individual is dependent on threefold factors, namely, the behavioural factor, the environmental factor and the personal factor. All the three factors are completely based on the corporate training that would inspire the technician about working in a certain environment(Pinker, 2010). The atmosphere of the work would not be considered as much hectic after finding out the particular solution related to the same. If the technician works in a toxic environment for a long time, then the autobiographic memory of the technician gets created very easily, which can develop into something that can make him less vigilant about the entire situation. Sometimes, the technicians are kept in the chemical plants which are not quite experienced in the field. This is mainly done for the cost cutting scheme of the chemical power plant. However, the process plant should understand the main meaning of this particular job, which is a lot different than others(Wacongne Labyt, 2011). This kind of job mainly talks about the responsibility of the technician because the masses and their lives would be at stake if any toxic chemical comes out of the plant. The environmental protection act should also be given prominence while explaining about the work responsibility of the technician during the training process. The rotation of staff is also another plausible method to reduce such impacts for a longer period of time. According to the cognitive theory, the boredom of the job creates a lot of negative impact towards a particular type of work that affects a persons behaviour and overall interest towards a particular type of work(Dohl, 2013). Conclusion: This entire piece of work mainly talks about the chemical spill of the MGPI processing incorporation that happened a long time ago, and this case study is mainly brought forth for understanding the effect of human cognition on the factors of making errors(Kuselman Pennecchi, 2013). This particular piece of writing mainly talks about those errors that can certainly create some problems related to the cognitive disabilities and the casualness of the technicians. The proposed solutions are also given about the same. References Dohl, C. G. J., 2013. High-protein, low-carbohydrate bakery products. 3 ed. New York: U.S. Patent Applicatio. Ganjyal, G. Woo, K., 2014. Expanded products with high protein content. 4 ed. New York: U.S. Patent . Kennedy, D. Dodd, F., 2011. Monoterpenoid extract of sage (Salvia lavandulaefolia) with cholinesterase inhibiting properties improves cognitive performance and mood in healthy adults. Journal of Psychopharmacology, 25(8), pp. 1088-1100. Kuselman, I. Pennecchi, F., 2013. Human errors and reliability of test results in analytical chemistry. Accreditation and Quality Assurance, 18(1), pp. 3-9. Maningat, C. Nie, L., 2014. Methods of making wheat protein isolates and their modified forms. 5 ed. New York: U.S. Patent . Nie, L. Bassi, S., 2014. Starch-plastic composite resins and profiles made by extrusion. 2 ed. New York: U.S. Patent. Pinker, S., 2010. The cognitive niche: Coevolution of intelligence, sociality, and language. Proceedings of the National Academy of Sciences, 19(8), pp. 8993-8999. Schwacke, L. Smith, C., 2013. Health of common bottlenose dolphins (Tursiops truncatus) in Barataria Bay, Louisiana, following the Deepwater Horizon oil spill. Environmental science technology, 48(1), pp. 93-103. Tan, D. Nijholt, A., 2010. Brain-computer interfaces and human-computer interaction. Brain-Computer Interfaces, 13(5), pp. 3-19. Wacongne, C. Labyt, E., 2011. Evidence for a hierarchy of predictions and prediction errors in human cortex. Proceedings of the National Academy of Sciences, 108(51), pp. 20754-20759.