Buffalo Pound Water Treatment Plant: Case Study

In 2008, the town of Boone began a new project called The New River Project. This project was designed to ensure that the town of Boone had enough water to meet the needs of the town as it grew. This project explored several sites for a water intake facility and proposed a site in Todd, North Carolina on the South Fork of the New River (Town of Boone, 2008). This project was presented to the residents of Watauga County as a need to ensure water was available as their growth edged nearer to maximum capacity for the available water.

This report will cover the history, operations and future potential for the St Marys Sewage Treatment Plant and St Mary’s Water Recycling Plant, which located in an industrial area in St Mary’s, a western suburb of Sydney.

Moosehead Breweries Limited has a long history of brewing and selling good quality beer, which is also the oldest Canadian independent brewer for 150 years since 1867 located in Saint John, New Brunswick. Moosehead is currently the fourth largest brewery company across Canada, and it has one factory situated in Saint John, New Brunswick (Moosehead Breweries LTD).

It was first said to be brought to the attention of the people by their own Mayor, Dayne Walling, who decided that instead of wasting an abundance of money on the high priced water filter (Maher and Mcwhirter, 2016). Using a local River in addition to them building a new pipeline from Lake Huron, it was said to have saved millions of dollars to the Midwest, with an estimate of $100,000 (Maher and Mcwhirter,

Manitoba Hydro is Manitoba’s major energy utility provider, serving 561,869 electric customers and 274,817 natural gas customers throughout the province (2). Manitoba Hydro provides services that run from exporting electricity worldwide, to providing customers with tips on how to save money on their electricity bills. Hydro provides services such as Power Smart technologies, which help to reduce a client 's energy consumption while reducing their environmental impact. Manitoba Hydro is a large believer in protecting the environment. Environmental protection was seen with their large-scale capital projects such as environmental protection and monitoring programs, climate change initiatives, energy efficiency initiatives, and environmental research and development (2). Manitoba Hydro became a crown corporation in 1961 through the Manitoba Hydro Act; the utility was governed by the Manitoba Hydro-Electric Board (17). Manitoba Hydro controlled the gas and electric consumptions within Manitoba except Winnipeg Hydro. In 2002, an acquisition occurred meaning that Manitoba Hydro now owns Winnipeg Hydro. Today Manitoba Hydro is a major energy utility providing the lowest electricity rates in Canada. We operate 15 hydroelectric facilities on the Saskatchewan, Winnipeg, Burntwood, Laurie and Nelson rivers, two thermal and four diesel generating stations (1).

On 20 July 2016, a Husky Energy, Inc. pipeline released 200 to 250 cubic meters (around 52,850-66,050 gallons or 1,2601,570 barrels) at a crossing with the North Saskatchewan River near Maidstone, Saskatchewan, Canada. Recent estimates put the number of people with at-risk drinking water supplies at 70,000. The cities of North Battleford, Prince Albert, and Melfort (Saskatchewan) were forced to close their municipal water intakes along the North Saskatchewan River; residents of rural areas and the Muskoday First Nation were also impacted.

Alton Gas plans to build underground salt caverns near Stewiacke, Nova Scotia. Heavy amounts of highly concentrated salt brine will be used in order to carve out the underground salt caverns. The brine solution will then be released into the Shubenacadie River. This process is called solution mining and it is a serious concern amongst community members that depend on the river. The purpose of the project is to store natural gas and then later use it as energy to power and heat homes and businesses in Nova Scotia. Permits like the ‘Industrial Approval to operate the brine storage pond from the Department of Environment’ were issued by the provincial government. However, Mi’kmaq residents and members of the Sipekne’katik Band have greatly opposed this project since it was announced in 2002. The Alton Gas plan is a serious threat to Mi'kmaq wellbeing because it has the potential to contaminate groundwater, surface water, and

Between the 1840s and the 1960s, New York City established the greatest metropolitan water distribution system internationally. Even though NYC’s Water system is a work in progress it can be considered one of the best in respects to its quality, reliability and innovative management.

The Lethbridge water treatment plant treats an average of 53 million litres of high quality drinking water a day. Residential homes and businesses are charged for water usage as part of their utility bill. Lethbridge’s sewer and storm water is collected and treated in one of 26 different water management facilities. These facilities process and treat over 80 million litres of wastewater per day.

New York City has one of the most top quality drinking water and is called "the champagne of drinking water"[13] which is due to its unique water treatment system that consists of a vast reservoir system. A reservoir is a natural or artificial source of untreated water that can be found underground or at ground level that can include water treatment and associated equipment (pumps and piping systems).[1] There are three major watershed systems in which New York receives its water which are The Croton System, The Catskill System, The Delaware System. The reservoir systems pump approximately 1.1 billion gallons of fresh and clean

Clean water supply is essential in establishing and maintaining a healthy community. There are two sources of water supply which are the surface water and ground water. Most natural waters are not suitable for consumption as it is contaminated by pathogens and also natural chemicals and minerals. In addition, as a city grew, wastes from human activities contaminate most of the water supplies. Water treatment plays an important role to properly treat a contaminated source of water supply in order to protect the health of consumers. Water treatment process is defined as a process of eliminating pollutants from untreated water to produce a biologically and chemically risk-free water, which is both potable and palatable for human consumption

The disposal of untreated wastewater coming from the industries into the water bodies will pollute the water bodies because of its high concentrations. So, the wastewater produced from the industry should be treated properly to meet the permissible limits given by central and state pollution control boards. Therefore it is necessary to treat the wastewater properly with the help of an appropriate treatment plant. However, the treatment plant even though properly planned may not work satisfactory because of several reasons. Hence, it is essential to evaluate the treatment plant considering individual treatment unit in the entire treatment flow. In the present work emphasis has been given to the study of the performance of treatment facilities because of its importance in the conventional treatment of wastewater. Hence, the literature review related to the evaluation of the entire treatment process along with biological treatment process particularly suspended growth process Activated Sludge Process (ASP), attached growth process Trickling Filter (TF) and a combination of the both suspended and attached growth process Hybrid Reactor (HR) is presented in the following sections of this chapter.

This report provides analysis and evaluation of a newly designed wastewater treatment facility for Sand Valley, Nevada. Analysis will include Biological Oxygen Demand (BOD) along with total, volatile, and fixed suspended solids. Methods for analysis will include the Winkler Test for BOD and a Hatch test for the suspend solids.

Visakhapatnam city has two Urban Wastewater Treatment Plants (UWTPs) in the city, located at 1 town and Mudasarlova (Arilova) village, Andhra Pradesh, India. These plants are planned and built with an intend to oversee wastewater in order to minimize and/or expel organic matter, solids, nutrients, disease-causing organisms, pollutants and different toxins, before it re-enters a water body. The concentrations were assessed from two sewage treatment units; the largest STP situated at 1 Town with handling capacity of 38 MLD took after by Arilova STP of 13MLD capacity. It was uncovered from the execution, examine that effectiveness of the two treatment plants was poor concerning expulsion of total dissolved solids as rather than the evacuation in different parameters like total suspended solids, BOD and COD. In 1 Town STP,TDS, TSS, BOD and COD removal efficiency was 2.6, 97.71, 95.18, 80.54 % and respectively, while in Mudasarlova STP,TDS, TSS, BOD and COD removal efficiency was 1.0, 90.89, 89.5, 75.18 % and respectively. The order of decrease efficiency was TDS < COD < BOD< TSS and TDS < COD < BOD < TSS respectively in 1Town STP and Mudasarlova STP. Furthermore, the issues connected with the operation and support of wastewater treatment plants is examined.

This report outlines the EWB Challenge that is operational for development based in Bambui, Cameroon. Bambui is a rural community in the North West region of Cameroon that is undergoing rapid population growth. The population growth is increasing the pressure on the existing water supply, sanitation, waste management and housing facilities available. The purpose of this report is to work cooperatively with EWB and the community of Bambui in establishing a clean and quality water supply system. The report will cover the essential problems of water quality and water supply in Bambui in common terms as well as develop a design criteria. By forming a template of three to five measurable design requirements and testing a minimum of two design option against these requirements we will be able to make the most effective recommendation based on our findings.