Question

Write a two to three page double-spaced (minimum of 500-750 words) letter to the editor, proposing a solution to a current local problem. List the newspaper to which you would be sending this to at the top of your paper. Begin the letter with: "Dear Editor," Throughout the paper, be as specific as you possibly can in terms of:

1.) Defining/describing the problem and who it affects

2.) Describing your solution

3.) Defending your solution as the best means of dealing with this problem

As you're writing this letter, also do keep in mind your audience.

TOPIC: WATER TREATMENT

Answer 1

A TOTAL OF 543 WORDS

Dear Editor,

The goal of treating water, typically from surface sources such as lakes , reservoirs, or waterways, is to remove contaminants and bacteria by integrating microbial, chemical , and physical processes to make it safe for consumption. Some of these exist in the natural environment while others occur in water treatment plants which have been designed and built. The systems that are engineered typically mimic or expand upon natural processes. The US has continued to analyze water management practices in Europe , particularly water quality standards established by the World Health Organization (WHO). While there are certain fundamental discrepancies surrounding the handling of the delivery network and its processes in the United States and Europe, the United States has learned from the European experience. One such methodological distinction is that the European water management culture does not see the preservation of a disinfectant residual as a required method of public safety security up to the end of the delivery chain. The drinking water group in the United States considers this as an essential measure to safeguard consumers and the water supply from bacteriological replanting or recontamination. As the United States reached the twenty-first century, scholars collaborated with scientists across the globe to continuously increase the safety and care of water and to discuss their scientific results publicly.

Consumption of energy is one of the biggest problems facing wastewater plants. Each year, the wastewater filtering process consumes between 3 percent to 15 percent of the nation's electrical power. That is a lot of filtration-dedicated power. The good news is that we are in the process of discovering cleaner and greener approaches to wastewater treatment. Through implementing these greener solutions and retaining the still in place water treatment facilities, we will reduce the amount of electricity required to handle wastewater. Like like several other sectors, wastewater treatment plants do face a workforce shortage issue. For proper treatment of wastewater, effective and successful employees who are qualified in the sector are needed. Yet there's not enough workers to go around. Automation may be a potential answer to this shortcoming. It would not only fill the holes in the employment required, but will also place fewer burden on current employees. Wastewater treatment is designed to clean water in a manner that renders it environmentally safe. Yet wastewater treatment systems often have a trace on the atmosphere as they process sewage. After all, the biological matter that has been drained from the water will go elsewhere. The way we handle water has been changed by renewable advanced technologies so that the carbon footprint created by wastewater treatment facilities is lower and less impactful. Through technology and creativity going ahead, we will start to build on these environmentally sustainable innovations and render disposal of wastewater more efficient.

My best solution to the above discussed problems is that up to 60 per cent of the electricity utilized by wastewater treatment plants is devoted solely to the method of aeration that prevents organic matter degradation. New water treatment systems can make more efficient use of your energy without reducing any microbial degradation. Phase Integrated Water Equipment (PEWE) includes separate wastewater treatment devices, liquid air flotation equipment, and chemical dosing devices such that you can use any device you need to handle the water.