Difference between revisions of "Chapter Two: Project Planning"

From Ministry of Water DCOM Manual
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=Chapter Two: Project Planning=
 
=Chapter Two: Project Planning=
  
==Planning Considerations for Water Supply Projects==
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2.1 Planning Considerations for Water Supply Projects  
 
Before commencement of any development of a water project, it is essential to conduct project planning. Planning is a process that should entail the following:
 
Before commencement of any development of a water project, it is essential to conduct project planning. Planning is a process that should entail the following:
 +
• Undertake ESIA and SESIA studies,
 +
• Engagement and involvement of the local community to instill the ownership, provide the local knowledge, project buy in and accommodate community needs and requirements,
 +
• Assess safe and reliable yield or discharge and quality of water source,
 +
• Determination of the system layout,
 +
• Conduct design of the water supply project,
 +
• Implement the project in terms of construction, operation and maintenance,
 +
• Work out to obtain a sound and robust project financing.
  
* Undertake ESIA and SESIA studies,
+
It should be emphasized and stressed that collection of good quality, reliable, credible and enough data should be given high priority at all stages of project implementation. Population projection methods and their relevance for rural and urban settings or areas as recommended by the National Bureau of Statistics (NBS) have to be evaluated. Demographic features such as social and economic conditions have to be studied before design projections can be established. Also, water source reliability should be carried out before any further stage of project implementation.
* Engagement and involvement of the local community to instil the ownership, provide the local knowledge, project buy in and accommodate community needs and requirements,
+
2.2 Project Planning Steps
* Assess safe and reliable yield or discharge and quality of water source,
+
Project planning involves a series of steps that determine how project goals will be achieved. The goals may be solicited from the existing community or a strategic plan. In an event that there is not any plan, project plans can be developed through community meetings and gatherings, councils or board meetings, special focused group discussions or other planning processes.  
* Determination of the system layout,
 
* Conduct design of the water supply project,
 
* Implement the project in terms of construction, operation and maintenance,
 
* Work out to obtain a sound and robust project financing.
 
  
It should be emphasized and stressed that collection of good quality, reliable, credible and enough data should be given high priority at all stages of project implementation. Population projection methods and their relevance for rural and urban settings or areas as recommended by the National Bureau of Statistics (NBS) have to be evaluated. Demographic features such as socio and economic conditions have to be studied before design projections can be established. Also, water source reliability should be carried out before any further stage of project implementation.
+
The main steps of project planning include:
 +
Step 1: Initiation
 +
Step 2: Pre-feasibility study
 +
Step 3: Feasibility study
 +
Step 4: Preliminary and Detailed Design
 +
Step 5: Project phasing
 +
Step 6: Procurement
 +
Step 7: Implementation/Construction
 +
Step 8: Operation and Maintenance (Management)
 +
Step 9: Performance Monitoring
  
 +
The planning of water supply projects can be represented diagrammatically by a step wise planning cycle as shown in Figure 2.1.
  
==Project Planning Steps==
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2.3 Pump Protection
Project planning involves a series of steps that determine how project goals will be achieved. The goals may be solicited from the existing community or a strategic plan. In an event that there is not any plan, project plans can be developed through community meetings and gatherings, councils or board meetings, special focused group discussions or other planning processes.  
+
The following sections provide a brief description of each of the twelve project planning steps.
  
The main steps of project planning include:
+
2.3.1 Initiation
 +
Initiation or sometimes referred to as triggering stage, is a step where initial ideas of the project are presented. Community mobilization through awareness raising is conducted at this stage. The whole idea is to inform the community on the start of the project, solicit community input and knowledge about the project area. Project common understanding is also expected to be realized at this step.
  
* Step 1: Initiation
+
The outcome of this stage of planning is to acquire an understanding of the community conditions and identify problems that prevent the community from achieving its long-range goals. Community conditions which must be collected includes aspects of the community such as:  
* Step 2: Pre-feasibility study
+
• Its geographic location,
* Step 3: Feasibility study
+
• Demographics,
* Step 4: Preliminary and Detailed Design
+
• Ecosystem,
* Step 5: Project phasing
+
• History,e.t.c
* Step 6: Procurement
 
* Step 7: Implementation/Construction
 
* Step 8: Operation and Maintenance (Management)
 
* Step 9: Performance Monitoring
 
  
The planning of water supply projects can be represented diagrammatically by a step wise planning cycle as shown in Figure 2.1
+
The data collection for the above information should employ community assessment methods.
  
 +
[[File:Volume I Figure 2.1 Projects Planning Process.png|thumb|Figure 2.1: Projects Planning Process]]
  
  
 
Previous Page: [[Chapter One: Introduction|Chapter One: Introduction]] <<  >> Next Page: [[Chapter Three: Water Sources Analysis|Chapter Three: Water Sources Analysis]]
 
Previous Page: [[Chapter One: Introduction|Chapter One: Introduction]] <<  >> Next Page: [[Chapter Three: Water Sources Analysis|Chapter Three: Water Sources Analysis]]

Revision as of 10:31, 31 March 2020

Arguably, planning of water supply projects is considered to be one of the most important stages in the design. Thus, it is strongly advised and emphasized that much time should be spent to undertake proper project planning. A proper project planning will ensure effective and efficient completion of the project successfully. In this chapter, project planning is presented in seven parts that are detailed below. These include:

  • Planning considerations for water supply projects
  • Project Planning steps
  • Consulting the Integrated Water Resources Management and Development Plan
  • Consult guideline for preparation of Water Safety Plan – resilient to climate change.
  • Environmental and Social Impact Assessment (ESIA) and Strategic Environmental and Social Impact Assessment (SESIA) Compliance
  • Potential Impacts of Climate Change on Water Supply Projects
  • Participation of CBWSOs in Project Planning Stages

Chapter Two: Project Planning

2.1 Planning Considerations for Water Supply Projects Before commencement of any development of a water project, it is essential to conduct project planning. Planning is a process that should entail the following: • Undertake ESIA and SESIA studies, • Engagement and involvement of the local community to instill the ownership, provide the local knowledge, project buy in and accommodate community needs and requirements, • Assess safe and reliable yield or discharge and quality of water source, • Determination of the system layout, • Conduct design of the water supply project, • Implement the project in terms of construction, operation and maintenance, • Work out to obtain a sound and robust project financing.

It should be emphasized and stressed that collection of good quality, reliable, credible and enough data should be given high priority at all stages of project implementation. Population projection methods and their relevance for rural and urban settings or areas as recommended by the National Bureau of Statistics (NBS) have to be evaluated. Demographic features such as social and economic conditions have to be studied before design projections can be established. Also, water source reliability should be carried out before any further stage of project implementation. 2.2 Project Planning Steps Project planning involves a series of steps that determine how project goals will be achieved. The goals may be solicited from the existing community or a strategic plan. In an event that there is not any plan, project plans can be developed through community meetings and gatherings, councils or board meetings, special focused group discussions or other planning processes.

The main steps of project planning include: Step 1: Initiation Step 2: Pre-feasibility study Step 3: Feasibility study Step 4: Preliminary and Detailed Design Step 5: Project phasing Step 6: Procurement Step 7: Implementation/Construction Step 8: Operation and Maintenance (Management) Step 9: Performance Monitoring

The planning of water supply projects can be represented diagrammatically by a step wise planning cycle as shown in Figure 2.1.

2.3 Pump Protection The following sections provide a brief description of each of the twelve project planning steps.

2.3.1 Initiation Initiation or sometimes referred to as triggering stage, is a step where initial ideas of the project are presented. Community mobilization through awareness raising is conducted at this stage. The whole idea is to inform the community on the start of the project, solicit community input and knowledge about the project area. Project common understanding is also expected to be realized at this step.

The outcome of this stage of planning is to acquire an understanding of the community conditions and identify problems that prevent the community from achieving its long-range goals. Community conditions which must be collected includes aspects of the community such as: • Its geographic location, • Demographics, • Ecosystem, • History,e.t.c

The data collection for the above information should employ community assessment methods.

Figure 2.1: Projects Planning Process


Previous Page: Chapter One: Introduction << >> Next Page: Chapter Three: Water Sources Analysis