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Fire Engineering · Project and Consultancy

Fire Protection System Design

The fire installation project defines the layout, design criteria and application documents of extinguishing systems suitable for the use of the facility. MKA Engineering; It determines the scope of survey, calculation, drawing, specification and quantity survey for factories and warehouses.

Engineering Scope

We do not look at the project just as a drawing.

Fire installation design; The hazard class requires the area to be protected, water source, pumps, distribution lines and operating conditions to be examined together. The compatibility of the system components with each other and the equivalent of the calculation results in the field are evaluated.

01

Current Situation Analysis

The intended use of the building, risks, existing installations, accessible data and application restrictions are examined.

02

System Design

The scope of sprinklers, hydrants, fire cabinets, fire pumps and water tanks is evaluated according to the project.

03

Hydraulic Calculation

Design flow rate, critical line, friction losses, pressure and pump duty point are calculated interconnectedly.

04

Specification and Control

Piping, valves, equipment, material requirements, quantity surveying, field controls and testing process are defined.

Working Method

From discovery to project, from project to field.

The scope of work is determined by the size of the project and existing system data.

01

Discovery and data collection

Locations, existing installations, water sources and architectural information are taken.

02

Design criteria

It is determined which parts of the relevant legislation and project-specific standards will be taken as basis.

03

Calculation and project planning

Application drawings, hydraulic controls and equipment selections are prepared.

04

Implementation coordination

Field revisions, test requirements and delivery documents are tracked.

Offer and Preliminary Evaluation

Information needed to get started

For preliminary technical evaluation, the following data available may be shared:

  • Architectural plans and building usage information
  • Fire risk, current system or operating information
  • Data on water tank, pump and supply line
  • Current projects, field photographs and exploration notes, if any
Standard and Application

Project criteria

The scope to be applied is determined within the framework of the Regulation on Fire Protection of Buildings (BYKHY), TS EN suitable for the project and other technical standards when necessary.

Each project is evaluated separately according to its own structure and usage conditions.

Create Technical Request →
Full Scope of Fire Engineering

All Systems in the Fire Installation

The scope for fire water systems as well as special extinguishing and smoke control is determined by risk and building function. Systems are not considered independent of each other; water source, control, equipment and acceptance steps are designed together.

01 / TECHNICAL SCOPE

sprinkler systems

Design scenario of wet pipe, dry pipe, pre-action, deluge and warehouse/rack systems; hazard class, water density, K factor and hydraulic critical circuit.

Examine the system in detail →
02 / TECHNICAL SCOPE

Fire hydrant and ring line

Outdoor hydrants, ring network piping, zone isolation valves, simultaneous fire water demand and critical hydrant pressure calculation.

Examine the system in detail →
03 / TECHNICAL SCOPE

Fire cabinet and fire department connection

TS EN 671 hose reel, indoor column, fire brigade water intake/pressure connection, access, valve arrangement and simultaneous use.

Examine the system in detail →
04 / TECHNICAL SCOPE

fire pump room

Electric/diesel main pump, jockey pump, suction-discharge collector, test line, fuel/ventilation, alarm and pump duty point.

Examine the system in detail →
05 / TECHNICAL SCOPE

fire water tank

Extinguishing water reserve, usable volume, pump suction, level automation, overflow and maintenance scenario.

Examine the system in detail →
06 / TECHNICAL SCOPE

Fluorine-free F3 foam

F3/AR-F3 concentrate suitable for flammable liquid risk; PFAS verification, dosing, foam nozzles, equipment compatibility and conversion testing.

Examine the system in detail →
07 / TECHNICAL SCOPE

Gas fire extinguishing

Clean gas or inert gas in suitable rooms such as electricity/server, room sealing, cylinder-nozzle arrangement and automation coordination.

Examine the system in detail →
08 / TECHNICAL SCOPE

Smoke evacuation and pressurization

Escape stairs, security halls, smoke fans, fire dampers, pressure difference and control scenario.

Examine the system in detail →
09 / TECHNICAL SCOPE

Field inspection and testing

Hydraulic performance, hydrostatic testing, valve and alarm integration, as-built, maintenance access, compliance and commissioning.

Discovery inputs and engineering deliverables

During the Fire Installation Project study, the following information can be shared at the first meeting. Field detection or additional calculation requirements for missing data are determined separately. In the first evaluation, existing information and missing project inputs are separated. Within the scope of the written service, account acceptances, layout drawings, coordination notes and agreed delivery documents are clarified; Official acceptance and field testing are subject to relevant evaluation processes.

Scope table for Fire Installation Project
Startup entryOutput to be defined in the proposal
Architectural plan and current facility useLayout plan and system diagrams
Storage and production featuresDesign criteria and calculation reports
Current pump, tank and water supply dataQuantity measurements and technical specifications within the scope of the contract

Frequently asked questions

How to prepare a proposal for a Fire Installation Project?

The architectural plan and current facility usage are shared along with the district of the facility, its usage style and the desired service. Account, project, application and test items are separated in the written scope.

Will existing drawings be sufficient?

The drawings are compared with the field. If there are revisions, changes in use, and missing equipment information, their impact on the account or project is examined.

What documents are submitted?

Layout plans and system diagrams, design criteria and calculation reports and other documents included in the scope of work are delivered. The file format and revision scope are determined at the outset.

Is fixed capacity used for each facility?

No. Usage, system structure and field data are different. Numerical values ​​cannot be applied to all facilities without verifying the relevant calculation and method.

Are implementation and control the same scope?

Project planning, assembly, field inspection and testing tasks are defined separately. The proposal states which party is responsible for which work.

From which regions do you receive requests for exploration?

Requests from Çorlu, Ergene, Kapaklı and Tekirdağ are evaluated from our Çerkezköy center. The time and conditions of the field visit are decided separately.

Discovery and technical proposal request

Share the facility location, current project status and the service you want for the Fire Installation Project. Let's clarify the scope of discovery, calculation, application and delivery together.

Related service and region information