Fire Water Hydraulic Calculation with SPRINKLERNET By Climaxhub
In modern industrial safety, designing sprinkler systems with accuracy and compliance is critical to ensuring life and asset protection. SPRINKLERNET is a powerful, dedicated software for hydraulic analysis of sprinkler and water-based fire suppression systems. At Climaxhub, we deliver comprehensive, project-driven training in SPRINKLERNET, equipping engineers to model, analyze, and validate sprinkler and fire water networks with precision.
This course guides you from theory of hydraulics to hands-on simulation and code-compliant system design, preparing you to tackle real-world fire protection challenges across industries.
Why This Course?
- Specialized in Sprinkler Systems – Learn targeted techniques for commercial, industrial, and high-hazard occupancies.
- Code-Driven Training – Build designs aligned with NFPA 13, FM Global, OISD, and international fire codes.
- Practical Design Focus – Handle challenges in density/area methods, remote area analysis, and system balancing.
- Multi-Sector Applications – Relevant for Oil & Gas, Refineries, Warehouses, Chemical Plants, Power, and Infrastructure.
- Professional Deliverables – From hydraulic node analysis to final drawings and compliance-ready reports.
What You’ll Learn
By the end of this course, you will be able to:
- Model and simulate complete sprinkler systems in SPRINKLERNET.
- Perform hydraulic calculations for pressure, flow, and pipe sizing.
- Apply design density/area criteria based on hazard classification.
- Conduct remote area and critical node analysis for assurance of coverage.
- Validate compliance with NFPA, OISD, and FM Global standards.
- Generate detailed hydraulic reports and design documentation.
Learning Outcomes
Model and simulate sprinkler systems in SPRINKLERNET.
Perform NFPA/FM/OISD-compliant sprinkler calculations.
Apply design density/area methods to real projects.
Validate water supply, pumps, and pressure balancing.
Generate professional-level hydraulic reports and design outputs.
Who Should Enroll?
- Fire Protection & Safety Engineers
- Sprinkler Design Engineers & Consultants
- EPC Project Engineers in Oil & Gas, Power & Infrastructure
- BIM Coordinators & Piping Engineers handling fire systems
Your Career Advantage
Upon completion, you will:
- Confidently design code-compliant sprinkler systems.
- Deliver error-free hydraulic calculations and reports.
- Gain practical skills in SPRINKLERNET, a highly valued software in fire protection.
- Enhance your professional profile for Oil & Gas, EPC, and consulting sectors.
Climaxhub Advantage: Learn from industry practitioners, engage in real-world case studies, and develop deliverables ready for immediate job application.
Enroll today to become a Certified Sprinkler Hydraulic Specialist.
Curriculum
- 1 Section
- 0 Lessons
- 8 Weeks
- Course StructureModule 1 – Introduction to Sprinkler Systems
• Fire protection philosophies & codes (NFPA 13, FM Global, OISD)
• Basics of sprinkler hydraulics
• Overview of SPRINKLERNET environment
Module 2 – SPRINKLERNET Interface & Setup
• Software workspace & project initialization
• Unit systems, hazard categories, and project templates
Module 3 – Network Modeling Fundamentals
• Creating sprinkler grids and branch lines
• Node, pipe, and flow demand assignments
Module 4 – Hydraulic Calculation Principles
• Hazen-Williams equation in sprinkler design
• Pressure, friction losses, and pipe sizing techniques
Module 5 – Sprinkler Design Density & Area Coverage
• Hazard classification (Light, Ordinary, Extra Hazard)
• Determining design areas and sprinkler spacing
Module 6 – Remote Area Analysis
• Identifying hydraulically most demanding area
• Step-by-step calculation of remote area demand
Module 7 – Pumps & Water Supply
• Water supply curves and pump characteristics
• Integrating fire pumps with sprinkler networks
Module 8 – Advanced Sprinkler Systems
• Pre-action, deluge, and foam-water sprinkler systems
• Hydraulic validation of special hazard systems
Module 9 – Troubleshooting & Error Resolution
• Common modeling issues in SPRINKLERNET
• Balancing systems for uniform pressure distribution
Module 10 – Reporting & Documentation
• Interpreting hydraulic reports (pressure, flow, and graphs)
• Generating compliance-ready documentation
Module 11 – Export & Project Integration
• Linking hydraulic outputs with AutoCAD & BIM models
• Preparing submission-ready design packages
Module 12 – Capstone Project
• End-to-end design of a warehouse sprinkler system
• Full hydraulic validation and final documentation0

