SERNTEK engineering solutions
01 / WATER INFRASTRUCTURE
DESALINATION / RO
DESALINATION PLANTS

Engineering for
water security.

Integrated engineering for desalination plants, connecting process systems, intake infrastructure, high-pressure equipment, controls and project delivery.

Explore our approach
WATER / PROCESS / INFRASTRUCTUREScroll to explore
02 / DESALINATION ENGINEERING

From intake
to fresh water.

We coordinate desalination process requirements, hydraulic systems, equipment, utilities and controls to create practical plant solutions around actual site and operating conditions.

ENGINEERING THAT CONNECTSWater.
Process.
Performance.

Desalination projects depend on disciplined coordination across water chemistry, pretreatment, membranes, high-pressure systems, energy recovery, piping, electrical systems and automation.

Our engineering approach keeps these interfaces aligned from early process definition through detailed design, procurement, construction support and commissioning.

03 / CAPABILITIES

Integrated
desalination engineering.

Engineering capability across the treatment, plant and delivery interfaces that shape modern desalination projects.

01

RO & desalination process engineering

DESALINATION ENGINEERING
02

Pretreatment & water intake systems

DESALINATION ENGINEERING
03

High-pressure pumping & energy recovery

DESALINATION ENGINEERING
04

Membrane system design & integration

DESALINATION ENGINEERING
05

Brine handling & discharge systems

DESALINATION ENGINEERING
06

Electrical, instrumentation & SCADA

DESALINATION ENGINEERING
07

Piping, hydraulic & utility engineering

DESALINATION ENGINEERING
08

Plant integration & project engineering support

DESALINATION ENGINEERING
04 / APPLICATIONS

Water infrastructure
built for reality.

01

MUNICIPAL WATER

Desalination infrastructure engineered to support dependable potable-water production and long-term plant operation.

02

INDUSTRIAL WATER

Treatment and desalination systems developed around process-water quality, reliability and operational requirements.

03

WATER-INTENSIVE PROJECTS

Integrated engineering for projects where water availability, recovery and lifecycle performance are critical.

05 / PROJECT EXECUTION

From concept
to delivery.

A coordinated engineering process maintains technical clarity, quality and accountability from the initial water requirement through final plant handover.

01
STEP 01

Assess

Define feed-water characteristics, capacity, site conditions, intake requirements and project performance objectives.

02
STEP 02

Engineer

Develop process concepts, hydraulic calculations, equipment specifications, layouts and coordinated plant designs.

03
STEP 03

Coordinate

Align process, mechanical, electrical, instrumentation, civil, procurement and project interfaces.

04
STEP 04

Deliver

Support procurement, construction, installation, testing and commissioning through reliable project handover.

06 / ENGINEERING DISCIPLINES

Multiple disciplines.
One water system.

01

Process Engineering

Desalination process selection, mass balances, membrane staging, recovery targets and treatment performance requirements.

VIEW DISCIPLINE
02

Mechanical & Piping

High-pressure equipment, pumps, piping, valves, membrane skids and utility interfaces coordinated for constructability.

VIEW DISCIPLINE
03

Electrical & Instrumentation

Power distribution, drives, protection, control philosophy, instrumentation, PLC and SCADA integration.

VIEW DISCIPLINE
04

Civil & Structural

Intake structures, plant layouts, equipment foundations, buildings, tanks and structural interfaces.

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07 / CLIENTS

Built around
trusted partnerships.

Client relationships are built through technical clarity, dependable coordination and project-focused delivery.

ITCOT
KPL
MARG
MOD
SIMENS
NOVATECH
ITCOT
KPL
MARG
MOD
SIMENS
NOVATECH
08 / SOFTWARE & DIGITAL TOOLS

Engineering
with digital precision.

Digital tools support design coordination, analysis, documentation, planning and project control across disciplines.

01
AutoCAD
02
MicroStation
03
E3D
04
DIALux
05
ETAP
06
TRACE Software
07
CADWorx
08
Primavera
09
SmartPlant Spoolgen
10
Autodesk Revit
11
Navisworks
12
Intergraph SmartPlant
13
CAESAR II
14
STAAD.Pro
15
SP3D
16
SmartPlant Instrumentation
17
Tekla Structures
18
3ds Max
19
Additional Engineering Tool
01
AutoCAD
02
MicroStation
03
E3D
04
DIALux
05
ETAP
06
TRACE Software
07
CADWorx
08
Primavera
09
SmartPlant Spoolgen
10
Autodesk Revit
11
Navisworks
12
Intergraph SmartPlant
13
CAESAR II
14
STAAD.Pro
15
SP3D
16
SmartPlant Instrumentation
17
Tekla Structures
18
3ds Max
19
Additional Engineering Tool
09 / CONTACT

Engineering built
around water reality.

Discuss a desalination project, plant upgrade, engineering requirement or technical challenge with our team.

Start a conversation