NFPA 20 — Installation of Stationary Pumps for Fire Protection
NFPA Authorized Training Provider
NFPA 20 course in Saudi Arabia walks you through the way someone who has stood in an actual pump room would explain it: what the standard requires, why those requirements exist, and where designers and contractors in Saudi Arabia commonly get it wrong.
Duration
14 Hours | Earn 1.4 CEUs
Mode of Study
Virtual Instructor-led Training (VILT)
Locations
Online
Awarding Body
NFPA (USA)
What NFPA 20 Actually Covers?
The NFPA 20, Standard for the Installation of Stationary Pumps for Fire Protection, is the document engineers, contractors, and Authorities Having Jurisdiction (AHJs) turn to whenever a building’s water supply isn’t enough on its own to feed its sprinkler and standpipe systems. It covers the full lifecycle of a fire pump installation — selection, pump room design, electrical and mechanical construction, controllers, and the acceptance testing that proves the system will perform when it’s called on.
The standard applies across pump types — centrifugal, vertical shaft turbine, and positive displacement — and across every common driver arrangement: electric motor, diesel engine, and steam turbine. It also governs jockey pumps, the small pumps that quietly maintain system pressure so the main fire pump doesn’t short-cycle every time there’s a minor pressure drop.
The current 2025 edition carries forward years of field lessons: clearer rules around fire pump controllers and automatic transfer switches, expanded requirements for automatic and remote testing on both electric and diesel-driven pumps, and a dedicated new chapter addressing the specific challenges of high-rise fire pump installations. For anyone designing or inspecting systems in Saudi’s growing stock of high-rise and industrial buildings, that last part alone makes staying current with NFPA 20 worth the time.
Why This Matters on a Real Project?
A fire pump that’s installed but never properly commissioned is a liability dressed up as a safety feature. Most of the failures inspectors find later trace back to a handful of recurring issues: a pump sized against the wrong demand curve, a controller wired without the redundancy NFPA 20 calls for, suction conditions that starve the pump exactly when demand peaks, or an acceptance test that was signed off without actually verifying rated flow and rated pressure.
This course is built around those failure points. You’ll work through how a fire pump is actually sized against a system’s hydraulic demand, what a churn (no-flow) condition tells you about pump health, how to read and verify a manufacturer’s pump curve against site conditions, and what a proper acceptance test — flow test included — looks like in practice versus on paper.
Who Should Attend?
- Fire protection engineers and designers
- MEP consultants and contractors
- Fire pump installation and commissioning teams
- Facilities and maintenance managers responsible for fire protection systems
- Fire & Life Safety officers and HSE professionals
- AHJ representatives and third-party inspectors
- Anyone preparing to work on high-rise, industrial, or large commercial fire protection projects
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What You'll Learn
- The scope and structure of NFPA 20, and how it interacts with NFPA 13 (sprinklers), NFPA 14 (standpipes), and NFPA 25 (inspection, testing, and maintenance)
- Fire pump types and when each is appropriate — centrifugal, vertical turbine, and positive displacement
- Driver selection: electric motor, diesel engine, and steam turbine arrangements, including backup power considerations
- Fire pump controller requirements, automatic transfer switches, and the 2025 edition’s updated testing provisions
- Pump room design and construction requirements, including separation and protection from fire exposure
- Suction supply arrangements and the conditions that cause cavitation or starvation under real demand
- Acceptance testing procedures: churn, rated flow, and overload (150%) test points
- Ongoing testing and maintenance obligations once the pump is in service, per NFPA 25
- What’s new in the 2025 edition, including the high-rise installation provisions
Course Content Overview
Why stationary fire pumps exist, where NFPA 20 sits relative to other water-based fire protection standards, and the basic hydraulics every designer needs.
Centrifugal (horizontal split case, vertical inline, end suction), vertical shaft turbine, and positive displacement pumps — construction, applications, and selection criteria.
Electric motor driven pumps, diesel engine driven pumps, steam turbine driven pumps, and the power reliability requirements behind each.
Fire pump controllers, automatic transfer switches, alarm and signal requirements, and the updated automatic/remote testing provisions in the 2025 edition.
Location, protection, ventilation, suction and discharge piping, and relief valve arrangements.
Sizing and controlling jockey pumps to prevent nuisance starts of the main fire pump.
Churn pressure, rated flow and rated pressure, 150% overload testing, and documentation requirements for sign-off.
Weekly, monthly, and annual testing requirements under NFPA 25, and common deficiencies found during field inspections.
Design considerations, risk exposure, and firefighter operations specific to high-rise applications.
Course Benefits
By the end of this course, you’ll be able to:
- Read and apply NFPA 20 requirements confidently on real design and installation projects
- Select the right pump type and driver arrangement for a given building’s risk and power conditions
- Identify controller and wiring arrangements that meet code versus ones that only look compliant
- Run or verify an acceptance test that actually proves the pump meets its rated performance
- Spot the most common field deficiencies before an AHJ or insurance inspector does
- Speak the same technical language as the fire protection engineers, AHJs, and contractors you work with daily
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Practical Learning Approach
Burraq Consulting focuses on practical application rather than theory alone.
Training includes:
- Instructor-led sessions
- Real-world case studies
- System inspection examples
- Testing procedure reviews
- Code interpretation exercises
- Interactive discussions
- Question-and-answer sessions
Participants gain knowledge they can apply directly to facility operations and fire protection programs.
Course Delivery Options
To meet the needs of different organizations, the training can be delivered through:
- Live Online Training
- Classroom-Based Training
- Onsite Corporate Training
- Group Training Programs
- Customized Company Workshops
Schedules can be arranged based on organizational requirements.
Certificate of Completion
Participants who complete the course will receive a Certificate of Completion from the National Fire Protection Association (NFPA), recognizing their understanding of NFPA 20 – Installation of Stationary Pumps for Fire Protection requirements.
Why Choose Burraq Consulting?
- NFPA Authorized Training Provider: We deliver NFPA-aligned training under official authorization, not a generic reinterpretation of the standard.
- Instructors who’ve worked the pump room, not just the textbook: Our trainers bring field experience from fire protection design, installation, and inspection work across Saudi’s industrial and commercial sectors.
- Built for local conditions: Examples and case discussions reflect the power reliability, water supply, and construction realities contractors actually face here — not a one-size-fits-all import.
- Practical over theoretical: Expect pump curves, real acceptance-test scenarios, and discussion of actual project failures — not just a clause-by-clause reading of the standard.
- Part of a broader fire & life safety training portfolio: This course sits alongside our other NFPA Authorized Training programs, so you can build a complete fire protection skill set with one training partner.
Register for NFPA 20, Stationary Fire Pump Course
Learn fire pump design, installation & acceptance testing under NFPA 20 (2025 Ed.) from an NFPA Authorized Training Provider. Enroll in our NFPA 20 training course today.
Frequently Asked Questions (FAQs)
NFPA 20 is the Standard for the Installation of Stationary Pumps for Fire Protection. It sets the requirements for selecting, installing, powering, and testing fire pumps that supply water to sprinkler and standpipe systems when the normal water supply isn't sufficient on its own.
Fire protection engineers, MEP consultants, contractors, facilities managers, fire pump technicians, and anyone responsible for designing, installing, inspecting, or maintaining fire pump systems.
NFPA 20 governs how a fire pump system is designed and installed in the first place. NFPA 25 governs how that same system is inspected, tested, and maintained once it's in service. Most working professionals need a working knowledge of both.
Yes. As an NFPA Authorized Training Provider, Burraq Consulting delivers training aligned with NFPA's own standard and terminology, making it relevant wherever NFPA codes are referenced or adopted.
No formal prerequisite is required, but a basic understanding of fire protection systems (sprinklers, standpipes, water supply) will help you get more out of the course.