Fundamentals of Plumbing Systems in Buildings

This lesson focuses on system layout and regulatory clearances, explaining legal requirements for the placement, access, and protection of plumbing systems, It covers installation heights, burial depths, fire-rated separation zones, and coordination with structural elements.

Learners will gain insight into MePS documentation standards and understand how to avoid common design errors such as improper slab penetrations and inadequate access spacing.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson explores plumbing fixtures and fittings, including flow rate limitations, water conservation targets, and fixture unit values used for pipe sizing, It highlights spatial layout guidelines, accessibility considerations, approved materials, and trap requirements.

The lesson also guides learners on preparing accurate fixture schedules as part of MePS submissions to meet ADUPC standards.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson teaches how to integrate multiple water sources- including municipal, solar, and graywater-into a unified, automated plumbing system.

Topics include booster pump zoning, smart control systems, emergency redundancy, and switchover logic.

The lesson concludes with guidance on producing color-coded riser diagrams and control flowcharts for MePS submissions, and emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson explores the design and implementation of graywater reuse and non-potable systems for sustainable applications such as irrigation and toilet flushing.

The lesson covers treatment processes, pipe labeling, cross-connection prevention, and required separation distances. Participants will learn how to prepare treatment schematics and test protocols for regulatory review.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson introduces firestop systems used when plumbing pipes penetrate fire-rated walls and slabs, It discusses UL-listed assemblies, materials, installation techniques, and sealing methods.

The lesson highlights common inspection issues and details the required MePS documentation including system tags, photos, and certification sheets.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson provides knowledge of testing procedures for potable, non-potable, drainage, and vacuum systems, including hydrostatic pressure, air testing, and chlorination.

It explains inspection stages, microbial clearance protocols, and the documentation required for MePS submissions and emphasizes the importance of proper scheduling and test verification.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson outlines the design and installation of medical gas and vacuum systems in compliance with NFPA 99 and ASSE 6000.

Topics include gas types, zone classifications, approved materials, installer certifications, alarm systems, fire protection, and labeling requirements. Learners will understand the documentation and testing protocols necessary for AHJ approval.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson focuses on hygiene and contamination prevention, covering indirect waste systems, including airgap sizing, approved receptors, and drainage routing, It explains maintenance requirements, slope standards, and piping visibility.

Participants will learn how to coordinate these systems with sensitive equipment areas, especially in kitchens and healthcare facilities.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson explores the various types of venting systems used to maintain pressure equilibrium in drainage networks. It explains individual, common, wet, and circuit venting methods, as well as trap seal protection and termination clearances.

Learners will be equipped to design and document vent layouts that meet ADUPC requirements and integrate with roof structures.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson introduces storm drainage design, covering gravity and siphonic roof drainage systems, rainfall data calculations, and pipe sizing, It discusses overflow systems, air-tight siphonic design, stormwater discharge options, and protective measures such as backflow prevention.

Learners will also explore submission components including hydrologic calculations and roof zone layouts.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson teaches the purpose, types, and design requirements for grease, oil, and sand interceptors.

The lesson addresses trap configurations, seal depths, interceptor sizing, venting, accessibility, and cleaning frequency, It provides guidance on MePS documentation and illustrates common mistakes through real-world examples from commercial and industrial settings.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson focuses on sanitary drainage systems, detailing approved materials, pipe slope calculations, cleanout spacing, and fixture unit values for sizing, It explains trap seal requirements, venting strategies, and how to prepare compliant riser diagrams.

Real-life scenarios emphasize the importance of proper coordination with fire-rated assemblies and architectural layouts.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson explores the types, sizing methods, and construction standards for storage tanks and booster pump systems, It covers potable and non-potable storage, booster configurations, pressure requirements, material selection, control systems, and BMS integration.

It also highlights annual maintenance requirements and outlines MePS submission expectations for tank sizing and layout.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson provides a detailed explanation of water supply system design, focusing on fixture unit-based pipe sizing, velocity limits, and pressure requirements, It introduces backflow prevention devices and proper valve selection, including isolation and balancing valves.

Participants will also learn how to prepare compliant pipe layout submissions and coordinate designs with HVAC and structural disciplines.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.

This lesson teaches the selection, installation, and safety features of electric, tankless, and solar water heating systems.

The lesson addresses clearance distances, safety valves, expansion tanks, rooftop layout requirements, insulation standards, and the importance of energy efficiency, It also emphasizes compliance with the Abu Dhabi International Energy Conservation Code (ADECC) and documentation protocols.

This lesson concludes by emphasizing the importance of adhering to the specified standards and documentation requirements.