Big giant report

angue

Laurence Angue

TCom. 3302/Howard

April 6, 2021

Progress report: the impact of corrosion in the sewer system

Purpose

This is the progress report on our study to recommend the best course of identifying the impact of corrosion in the sewer system.

Summary

In January 2021, the Chief Executive Officer, approved our proposal to study national trends on the impact of corrosion in the sewer system. We shall conduct a study in the fecal sludge treatment plant. We have purposed to change the pipes in the facility in order to come up with reliable results. Currently we have had the ability to study the piping system in the plant and purchased the pipes. We are working on identifying the most appropriate way of installing the pipes.

Our study is currently in schedule, and we expect to submit a recommendation report on 20th April 2021.

Introduction

In January 2021, the Chief Executive Officer, approved our proposal to determine the impacts of corrosion in sewer systems. The durability of concrete designs can be minimized by many metals involving composite as well as physical materials. Concrete in a sewage treatment plant can be exposed to the synchronizing impact of the substances without a rapid blue discharge. The CEO asked us to conduct a study that aims at examining the biological system. Environmental erosion in sewage treatment plants is as a result of destructive release of bacteria. Medicinal plants are almost never fully filled with sewage and thus there is an accumulation of gases from sewage. Because of the unusual rate of infection, large quantities were set up in a short duration, thus making a great risk to the facility. In order to effectively identify relevant as well as reliable results for the study, we shall conduct

In this report we shall provide the results of the research to data followed by an updated task schedule as well as references.

Discussion

In this progress report, we preset our completed work on the study and our status on the parts that have not been completed. Then we shall discuss our future work.

In January 4, 2021 we sent four individuals from our team to evaluate the metal pipe in the fecal sludge treatment plant. There were supposed to evaluate the condition, the required length and the type of metal pipes needed in the evaluation. The required size for the pipes was 300 meters. We need steel pipes in order to come up with effective results. Steel is considered to be strong, durable and has the ability to resist corrosion. Steel was as well termed to be one of the most expensive pipes. We are thus required to provide about $ 3000 to cater for the purchasing of the pipes. The pipes were bought on 20th February, 2021. However, there are yet to be installed. Currently we are planning on how to change the pipes. We are planning on installing the pipes before 10th April 2021. We shall be assessing the pipes after every three months. The major study on the impact on corrosion in the sewer system will be conducted on 20th February 2023.

Based on the employees from the facility we learnt a number of aspects about corrosion of sewers. Corrosion of the sewage treatment plants is associated with serious issues and its impacts leads to the loss billions of dollars in the firm. They acknowledged that corrosion of concrete triggered by microorganisms is related with their production of sulphuric acid as the major metabolic product. The actions of bacteria result to the development of Sulphur cycle in the system.

Conclusion

We have successfully conducted a research on the pipes needed for our study. We have as well conducted on how the pipes will be installed in order to get effective results. We are on schedule to complete all the required installation for the study by 10th April 2021. We as well have some background information on the impact of corrosion in the sewer system. We are currently working on how to install the pipes effectively in order to come up with reliable result. In the final report we shall identify the impact of corrosion in the systems as well the recommendation on how to prevent corrosion in these places.

Kindly contact Tom John at tom@gmail.com incase of any questions or comments or may wish to discuss this project further.