Q.1: Calculate the average daily consumption for a city of 30000 Capita. The daily consumed water 15000 m3 . Q.2: A community with population of 22000 Capita was average consumption of 600 L/Capita/day and fire dictated by a building of ordinary consumption with floor area of 1000 m2 and height of (6 storeys) plus basement, determine: 1- Fire demand (fire flow demand). 2- Maximum daily demand. 3- Maximum daily demand during fire.

Q: small lake in a state park has become polluted by runoff from a factory upstream. The cost of…

A:

Q: How much energy we can save ? Energy needed to treat water Average energy use for water treatment…

A: Solution: The dishwasher and cloth washers are not taken. Recalculating the problem by considering…

Q: 4. The government will build a waste water piping network in District A with a design period of 10…

A: To find  a. Population in 2030 b. Design waste water discharge in 2030 In any society 100% drinking…

Q: Problem: Imagine a residential property with a garden and a house. The garden has a lawn, flower…

A: To calculate the water balance for the residential property, we need to consider both water…

Q: Problem- 5, The evapotranspiration rate from the land and the oceans are observed as 82,000 km3/year…

A: Given- The evapotranspiration rate from the land and the oceans = 82,000 km3/year and 495000…

Q: A septic tank of 7 m³ in volume serves for 5 people.If the rate of accumulation of sludge is 70…

A: Volume of the septic tank (V) = 7 m3,Number of people (n)= 5 Rate of accumulation of sludge = 70…

Q: Determine the required fire flow for a three storeys wood building covering 750 m which connects…

A: Given: The 3 storey building covering area is 750 m2. The 5 storey building covering area is 900 m2.

Q: CIVIL ENGINEERING (Drainage): Calculate the return period of a design storm with 26.1% probabil

A:

Q: Problem 3: You are considering three design alternatives for treating a pollutant in wastewater…

A: Given data, Q = 8.6 mgd = 8.6×10^6 gal/d V = 9000 gal. For each system K= 1.1/min for first order =…

Q: A city has 3,400,000 capita and current domestic demand is 185 liter/capita/day. The population…

A: current domestic demand = 185 liter/capita/daycity population = 3,400,000 capita population average…

Q: A family of four resides in a suburban home equipped with a garden, a washing machine, and a…

A: Daily indoor water use (showers, toilets, sinks): 350 litersWeekly laundry: 150 litersWeekly…

Collection Systems

The collection systems form a part of sanitary engineering, which is a sub-branch of civil engineering. It is also known as public health engineering and wastewater engineering. It is a methodology followed to remove and properly dispose of human waste, along with creating systems to provide safe and clean usable water. These measures ensure a hygienic and disease-free community. Sanitary engineering, apart from building sewer disposal units, is also involved in plumbing, fire protection, hydraulics, life safety, environmental protection, information technology, microbiology, pathology, and so on.