H.W3. A 5 story building has the following fixtures in each floor. Determine the diameter of the horizontal drain. Assume that the waste water runs at half full in the pipe. WC WB Sink Shower 10 10 5 5
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- Civil Engineering There is a 5 story building each floor consisting of 4 spaces. 2 of these spaces are residential and 2 are public. You will have a drainage of 450 gal/day and your vent stack will have a developed length of 32 feet. Each space has 1 bathroom and 3 bedrooms. Each space has the following fixtures:The private spaces have a bathtub, clothes washer, water closet (flush valve), lavatory and kitchen sink.The public spaces have a drinking fountain, service sink, showerhead, urinal (flush tank and siphon jet) and water closet (flush tank).Part 6: What is the Minimum Septic tank size in gallons?Part 7: What is the required drainage area for an absorption bed with a percolation rate of 7 min/inPart 8: If instead you wanted to use a seepage pit of diameter 5 ft with a 4 ft depth, determine the required drainage area and number of seepage pits needed?Find the discharge.Mechanical Draft Cooling Tower - Draw the Process Flow Diagram, and develop Piping & Instrumentation Diagram P&ID of any one process from this industry.
- Q1.Design a VIP latrine for a family of eight. The family uses water for anal cleansing. The groundwater table is only 2.0 m below the ground surface.Q#3) What is the design criteria for trickling filter.Four pipes are connected in parallel. Their characteristics are as follows: Detemane the dischatge through each pipe if the total discharge is50cls. Assume that the pipe flow is fully rough in each case. only HANDWRITTEN answer needed ( NOT TYPED)
- For what velocity of flow of water in a new, clean 6-in schedule 40 steelpipe would an energy loss of 6.1 m of head occur over a length of 304.8m?(a) Compute the volume flow rate at that velocity.(b) Then refigure the velocity and volume flow rate using the design valueof Ch for steel pipe.Q#2) Explain the design formula for trickling filter.Explain the difference and/or similarities of upfeed system and overheadfeed system distribution of cold water.
- please do not round off Calculate the discharge rate of air to the atmosphere from a reservoir at 106 Pa gauge and 20°C through 10 meters of straight 2 -in Schedule 40 steel pipe, and 3 standard 90° elbows. (viscosity = 1.6 x 10-5 Pa – s)7.3 Choose a suitable material of construction for the following duties: Concentrated aqueous sodium hydroxide solution at 50 °C. 5 per cent w/w nitric acid at 30 °C. Boiling concentrated nitric acid h) 10 per cent w/w sodium chloride solution. A 5 per cent w/w solution of cuprous chloride in hydrochloric acid. 10 per cent w/w hydrofluoric acid In each case, select the material for a 50 mm pipe operating at approximately 2 bar pressure. Provide the justifications. 7.4 Suggest suitable materials of construction for the following applications: A 500 m3 aqueous waste hold-up tank. The wastewater pH can vary from 1 to 12. The wastewater will also contain traces of organic material. A packed absorption column 0.5 m diameter, 3 m high, absorbing gaseous hydrochloric acid into water. The column will operate at essentially atmospheric pressure. 7.5 Methyl ethyl ketone (MEK) is manufactured by the dehydrogenation of 2-butanol using a shell and tube type reactor. Flue gases are used for…16-1. What methods may be used to dispose of the water from roofs, courtyards, and parking lots? 16-2. What is a combined sewer, and under what conditions should this system of storm drainage be used? 16-3. What methods are commonly used for roof drainage? 16-4. When the roof drainage water is run into roof drains or gutters, what solutions may be used to disperse the water at the end of the downspout? 16-5. What methods are commonly used for subsurface drainage?