Welcome to PJR Academy’s Water Supply System Design Calculations Training. Our comprehensive course is designed to provide professionals with the expertise needed to effectively design and calculate water supply systems. This training covers all aspects of water supply design, ensuring you are equipped to handle complex projects with confidence.
COURSE HIGHLIGHTS
INTRODUCTION IN WATER SYSTEM (PLAN, SCHEMATIC, EQUIPMENT SCHEDULE)
Gain foundational knowledge about water systems, including planning, schematic diagrams, and equipment scheduling.
Understand how water systems are integrated into building designs through proper documentation and scheduling.
ARCHITECTURAL SPACE PLANING
Learn how to create Architectural Space Planings for effective water system integration in buildings.
Explore the documentation requirements for incorporating water systems into architectural designs.
DESIGN BASIS REPORT & ROOM DATA SHEET
Learn how to develop comprehensive design basis reports and room data sheets for water systems.
Ensure proper system documentation for equipment selection and room-specific requirements.
CODES & STANDARDS ASPE/IPC
Gain knowledge of the ASPE and IPC codes and standards for water systems to ensure compliance in design and installation.
Understand how to apply these standards in real-world water system projects.
SOURCES OF WATER
Learn about various water sources and how they affect water system design and operation.
Explore the challenges and considerations for sourcing water in different environments.
VARIOUS PLUMBING FIXTURES
Understand the types of plumbing fixtures and their role in water systems.
Learn to select appropriate fixtures based on building requirements and water supply.
WATER SUPPLY FIXTURE UNITS (WSFU) CALCULATION
Learn how to calculate water supply fixture units (WSFU) for accurate sizing of water supply systems.
Ensure that your water system can meet demand by understanding fixture unit calculations.
WATER FLOW RATE CALCULATION
Master water flow rate calculations to ensure optimal performance of water distribution systems.
Understand the factors affecting flow rate and how to design for them.
WATER PIPE SIZING
Learn the principles of water pipe sizing using the Hazen-Williams and Darcy-Weisbach formulas.
a. Hazen-Williams
b. Darcy-Weisbach Formula
WATER HAMMER ARRESTER SELECTION
Understand the role of water hammer arresters and learn to select the right type for your system.
Prevent damage from hydraulic shock by applying proper arrester sizing techniques.
WATER DEMAND CALCULATION (PEOPLE/FIXTURE /LEED METHOD)
Learn to calculate water demand based on people, fixtures, and LEED standards to meet system needs.
Ensure that your system is designed to accommodate actual water use demands.
WATER TANK SIZING
Learn how to size water storage tanks to meet system and building requirements.
Ensure adequate storage capacity to support continuous water supply in case of demand peaks or emergencies.
TYPE OF PUMPS
a. BOOSTER PUMP WITH PRESSURE VESSEL
b. TRANSFER PUMP
c. CIRCULATION PUMP
d. HOT WATER CIRCULATION PUMP
Understand the different types of pumps used in water systems and their applications.
Learn how to select the right pump for each specific use, ensuring efficient operation and longevity.
HOT WATER CALCULATION AS PER ASHRAE
a. ELECTRIC WATER HEATER (INDIVIDUAL)
b. ELECTRIC WATER HEATER (CENTRALISED)
c. GAS WATER HEATER (CENTRALISED)
d. SOLAR WATER HEATER (CENTRALISED)
e. BOILER WATER HEATER (CENTRALISED)
Perform hot water calculations following ASHRAE guidelines for various water heating systems.
Understand the differences between individual and centralized water heaters, and select the right type for your project.
WATER EQUIPMENT AND ACCESSORIES SELECTION AND SCHEDULE
Learn to select the appropriate water equipment and accessories for your system, ensuring performance and compliance.
Develop schedules to ensure the timely delivery and installation of system components.
CONCEPT DESIGN, SCHEMATIC DESIGN, DETAILED DESIGN, TENDER PACKAGE & IFC PACKAGE
Understand the different stages of design for water systems, from concept to final implementation.
Learn to prepare tender and IFC packages, ensuring all necessary details are included for project execution.
CLIENT APPROVAL
Learn the steps to obtain client approval for water system designs, ensuring all stakeholder requirements are met.
Understand the importance of clear communication during the approval process.
VALUE ENGINEERING
Apply value engineering principles to optimize water system designs for cost-effectiveness and efficiency.
Learn techniques to reduce costs while maintaining high-quality standards in system performance.
AUTHORITY APPROVALS
Understand the importance of obtaining authority approvals for water system installation and operation.
Learn the necessary steps and documentation needed to ensure regulatory compliance.
Advance your Water Supply System Design expertise with PJR Engineering Training Academy’s comprehensive training program. For more information or to enroll, please contact us today.
Elevate your skills and ensure your designs are both efficient and compliant with our Advanced Water Supply System Design Training.