Hydraulics & Firefighting Engineering

Techso Engineering provides specialized hydraulic and firefighting engineering services for industrial plants, energy facilities, commercial buildings, and infrastructure projects, ensuring full compliance with international fire protection and safety standards.

Fire protection systems are critical safety components that must guarantee reliable performance under emergency conditions. Our engineering approach combines hydraulic calculations, advanced 3D modelling, and code-based verification to deliver safe, efficient, and fully compliant fire protection solutions.

Complete Fire Protection Engineering

We support clients throughout all project phases, including:

Conceptual fire protection design
Hydraulic calculations and network sizing
Detailed engineering and construction documentation
3D modelling and coordination
Material take-off and equipment specification
As-built documentation

Our engineering services cover all major fire protection systems, including:

Sprinkler systems
Hydrant networks
Deluge systems
Water spray systems
Fire water distribution networks
Pump sizing and verification

Each system is designed to ensure adequate flow, pressure, and coverage under the most demanding operating scenarios.

Advanced Hydraulic Calculations

Hydraulic calculations are performed using specialized and internationally recognized software such as Pipenet and Autosprink. These tools allow us to accurately simulate fire protection networks and verify:

Pressure losses throughout the network
Flow distribution at each node
Pump performance and required head
System response under design fire scenarios
Compliance with required density and coverage criteria

This ensures that the fire protection system performs reliably when needed.

Full 3D BIM Modelling and Construction Documentation

All fire protection systems are developed using advanced 3D modelling tools, allowing us to generate:

Complete 3D coordinated models
Installation layouts
Isometric drawings
Bill of materials
Construction drawings

3D modelling improves project coordination, eliminates clashes with other disciplines, and ensures efficient installation. The integration between hydraulic calculations and 3D modelling guarantees full consistency between design and construction documentation.

Deluge Skid Packages

On a deluge skid the 3D model is not a drafting exercise, it is the coordination tool. Piping, valves, pumps, instrumentation and the structural frame are integrated in one environment, where interferences are found before fabrication instead of on the shop floor. From that model we produce:

General arrangement drawings
Piping isometrics
Support details
Bill of materials
Welding maps

Working from a single coordinated model reduces errors during fabrication and installation, shortens delivery, and keeps piping, structural, electrical and instrumentation consistent with one another — while remaining compliant with NFPA and with the client's own specification.

Industrial Fire Protection Expertise

Techso Engineering has strong experience in fire protection systems for:

Oil & Gas facilities
Petrochemical plants
Energy and power plants
Industrial process facilities
Modular skid packages
Commercial and infrastructure buildings

Our engineering approach considers not only hydraulic performance but also constructability, maintenance accessibility, and operational reliability.

Integrated Multidisciplinary Engineering

Fire protection systems are fully integrated with other plant disciplines, including:

Structural engineering
Piping engineering
Electrical and control systems
Plant layout design

This integrated approach ensures complete coordination and optimized engineering solutions.

Optimized, Reliable, and Compliant Solutions

Our goal is to provide fire protection engineering that ensures:

Maximum safety
Reliable system performance
Efficient installation
Compliance with international codes
Cost-effective solutions

Techso Engineering supports clients worldwide, delivering fire protection engineering tailored to each project's specific technical and regulatory requirements.

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