Mandatory Use of Standard Tables and Charts All design calculations must explicitly reference and utilize standard tables and charts from recognized engineering resources, including but not limited to: Your solution should answer the following questions separately: 1. Identifying Requirements The requirements for this project include providing an efficient and sustainable pipeline and pump head. These requirements can be summarized as follows: Water Supply Requirements Daily Water Demands ✓ Peak Flow Rates 2. Developing a Design Space or Conducting Trade Studies What are the feasible options for the pipeline and pump? 。 Compare designs using standard hydraulic charts for flow rates and pressure losses, highlighting trade-offs such as cost, efficiency, and sustainability. 3. Applying Design Constraints and Standards о Based on standards for pipe sizing, what diameters and materials are suitable for the water pipeline? Use charts for pipe flow velocity and pressure drops to ensure compliance with Iraqi standards. 4. Obtaining an Effective Solution That Satisfies Requirements 。 Demonstrate that your solution meets all requirements using calculation results based on standard tables and charts. 5. Considering Other Aspects of Design 。 How does your design address factors such as cost, safety, maintenance, and sustainability? о Use cost estimation tables to justify your recommendations. As a strategy of the Salahadin Government to extend the residency community in Tikrit City, there is a plan to provide water for a new residential area on the west side of Tikrit City, as shown in the map in Figure 1. The new residential area is exposed to have 25000 residences, three schools to serve 1000 students, and a Plaza Markt that can serve 2000 persons. The water will be supplied from a purification station installed on the Tigris River at an elevation equal to 130 m. The distance between the water purification station and the center of the new residential area is about 9.5 km, and the elevation of the city center is about 150 m. The required pressure in the new residential area center is 30 m. The available pipes in the market with their price are shown in Table 1. Also, the price for each 10-meter of pump head is 1500$. Your task as environmental engineers is to design a sustainable and economically viable water system, including the main pipeline and pump for the new residential area. The design must adhere to recognized engineering standards and base all calculations on standard charts and tables for design parameters. ALDOM ZONE New Residential Area Live traffic Fast Slow QADISIYAH Dream Land Park الديون بلاج تكریت AL SHUHADA الشهداء AL ASRY Maher Al Haj Jasim ماهر الحاج جاسم Purification Station Tikrit TIKRIT OLD اكريت القديم تکریت ZAHOR AL ARBACEN PRESIDENTIAL SITES الدهون الاقسام الإنسانية الكلية التربية . SHISHEN المواقع الرياضية قاعة الجوهرة للمناسبات اسواق ومنجر بقلق قرية اليه فلكة الفرسان Saglyah ALBU-AJEEL قرية البو عجيل Shopping mall جامع المشويش Mosque Figure 1. The location of the new residential area and purification pump station. Table 1. The properties and price for available pipe in the market. Pipe Diameter (mm) 400 600 800 400 с Price (S/m) 100 6 120 4 140 2 80 8
Mandatory Use of Standard Tables and Charts All design calculations must explicitly reference and utilize standard tables and charts from recognized engineering resources, including but not limited to: Your solution should answer the following questions separately: 1. Identifying Requirements The requirements for this project include providing an efficient and sustainable pipeline and pump head. These requirements can be summarized as follows: Water Supply Requirements Daily Water Demands ✓ Peak Flow Rates 2. Developing a Design Space or Conducting Trade Studies What are the feasible options for the pipeline and pump? 。 Compare designs using standard hydraulic charts for flow rates and pressure losses, highlighting trade-offs such as cost, efficiency, and sustainability. 3. Applying Design Constraints and Standards о Based on standards for pipe sizing, what diameters and materials are suitable for the water pipeline? Use charts for pipe flow velocity and pressure drops to ensure compliance with Iraqi standards. 4. Obtaining an Effective Solution That Satisfies Requirements 。 Demonstrate that your solution meets all requirements using calculation results based on standard tables and charts. 5. Considering Other Aspects of Design 。 How does your design address factors such as cost, safety, maintenance, and sustainability? о Use cost estimation tables to justify your recommendations. As a strategy of the Salahadin Government to extend the residency community in Tikrit City, there is a plan to provide water for a new residential area on the west side of Tikrit City, as shown in the map in Figure 1. The new residential area is exposed to have 25000 residences, three schools to serve 1000 students, and a Plaza Markt that can serve 2000 persons. The water will be supplied from a purification station installed on the Tigris River at an elevation equal to 130 m. The distance between the water purification station and the center of the new residential area is about 9.5 km, and the elevation of the city center is about 150 m. The required pressure in the new residential area center is 30 m. The available pipes in the market with their price are shown in Table 1. Also, the price for each 10-meter of pump head is 1500$. Your task as environmental engineers is to design a sustainable and economically viable water system, including the main pipeline and pump for the new residential area. The design must adhere to recognized engineering standards and base all calculations on standard charts and tables for design parameters. ALDOM ZONE New Residential Area Live traffic Fast Slow QADISIYAH Dream Land Park الديون بلاج تكریت AL SHUHADA الشهداء AL ASRY Maher Al Haj Jasim ماهر الحاج جاسم Purification Station Tikrit TIKRIT OLD اكريت القديم تکریت ZAHOR AL ARBACEN PRESIDENTIAL SITES الدهون الاقسام الإنسانية الكلية التربية . SHISHEN المواقع الرياضية قاعة الجوهرة للمناسبات اسواق ومنجر بقلق قرية اليه فلكة الفرسان Saglyah ALBU-AJEEL قرية البو عجيل Shopping mall جامع المشويش Mosque Figure 1. The location of the new residential area and purification pump station. Table 1. The properties and price for available pipe in the market. Pipe Diameter (mm) 400 600 800 400 с Price (S/m) 100 6 120 4 140 2 80 8
Solid Waste Engineering
3rd Edition
ISBN:9781305635203
Author:Worrell, William A.
Publisher:Worrell, William A.
Chapter3: Collection
Section: Chapter Questions
Problem 3.8P
Related questions
Question

Transcribed Image Text:Mandatory Use of Standard Tables and Charts
All design calculations must explicitly reference and utilize standard tables and charts
from recognized engineering resources, including but not limited to:
Your solution should answer the following questions separately:
1. Identifying Requirements
The requirements for this project include providing an efficient and sustainable pipeline
and pump head. These requirements can be summarized as follows:
Water Supply Requirements
Daily Water Demands
✓ Peak Flow Rates
2. Developing a Design Space or Conducting Trade Studies
What are the feasible options for the pipeline and pump?
。 Compare designs using standard hydraulic charts for flow rates and
pressure losses, highlighting trade-offs such as cost, efficiency, and
sustainability.
3. Applying Design Constraints and Standards
о Based on standards for pipe sizing, what diameters and materials are
suitable for the water pipeline?
Use charts for pipe flow velocity and pressure drops to ensure compliance
with Iraqi standards.
4. Obtaining an Effective Solution That Satisfies Requirements
。 Demonstrate that your solution meets all requirements using calculation
results based on standard tables and charts.
5. Considering Other Aspects of Design
。 How does your design address factors such as cost, safety, maintenance,
and sustainability?
о Use cost estimation tables to justify your recommendations.

Transcribed Image Text:As a strategy of the Salahadin Government to extend the residency community in Tikrit
City, there is a plan to provide water for a new residential area on the west side of Tikrit
City, as shown in the map in Figure 1. The new residential area is exposed to have 25000
residences, three schools to serve 1000 students, and a Plaza Markt that can serve 2000
persons. The water will be supplied from a purification station installed on the Tigris
River at an elevation equal to 130 m. The distance between the water purification station
and the center of the new residential area is about 9.5 km, and the elevation of the city
center is about 150 m. The required pressure in the new residential area center is 30 m.
The available pipes in the market with their price are shown in Table 1. Also, the price for
each 10-meter of pump head is 1500$.
Your task as environmental engineers is to design a sustainable and economically viable
water system, including the main pipeline and pump for the new residential area. The
design must adhere to recognized engineering standards and base all calculations on
standard charts and tables for design parameters.
ALDOM ZONE
New
Residential
Area
Live traffic
Fast
Slow
QADISIYAH
Dream Land Park
الديون
بلاج تكریت
AL SHUHADA
الشهداء
AL ASRY
Maher Al
Haj Jasim
ماهر الحاج جاسم
Purification
Station
Tikrit
TIKRIT OLD
اكريت القديم
تکریت
ZAHOR
AL ARBACEN
PRESIDENTIAL
SITES
الدهون
الاقسام الإنسانية
الكلية التربية .
SHISHEN
المواقع
الرياضية
قاعة الجوهرة للمناسبات
اسواق ومنجر بقلق
قرية اليه
فلكة الفرسان
Saglyah
ALBU-AJEEL
قرية
البو عجيل
Shopping mall
جامع المشويش
Mosque
Figure 1. The location of the new residential area and purification pump station.
Table 1. The properties and price for available pipe in the market.
Pipe Diameter (mm)
400
600
800
400
с
Price (S/m)
100
6
120
4
140
2
80
8
Expert Solution

This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
Step by step
Solved in 2 steps with 3 images

Recommended textbooks for you

Solid Waste Engineering
Civil Engineering
ISBN:
9781305635203
Author:
Worrell, William A.
Publisher:
Cengage Learning,

Traffic and Highway Engineering
Civil Engineering
ISBN:
9781305156241
Author:
Garber, Nicholas J.
Publisher:
Cengage Learning


Solid Waste Engineering
Civil Engineering
ISBN:
9781305635203
Author:
Worrell, William A.
Publisher:
Cengage Learning,

Traffic and Highway Engineering
Civil Engineering
ISBN:
9781305156241
Author:
Garber, Nicholas J.
Publisher:
Cengage Learning


Construction Materials, Methods and Techniques (M…
Civil Engineering
ISBN:
9781305086272
Author:
William P. Spence, Eva Kultermann
Publisher:
Cengage Learning

Fundamentals Of Construction Estimating
Civil Engineering
ISBN:
9781337399395
Author:
Pratt, David J.
Publisher:
Cengage,

Engineering Fundamentals: An Introduction to Engi…
Civil Engineering
ISBN:
9781305084766
Author:
Saeed Moaveni
Publisher:
Cengage Learning