Transmission

Transmission

Transmission

© 2025 Autodesk. All rights reserved.

Water and Wastewater Industry

Hasanain Al-Naimi, Ph.D. Regional Head Middle East & Turkey Autodesk Water Infrastructure

NEOM Technology Week Transforming ENOWA’s Water Modelling

Ahmed Younes Elsayed Technical Solution Engineer – EMEA Autodesk Water Infrastructure

Özgüray Aydın General Manager Viasu Universal

Nathan Gerdts Product Manager Autodesk Water Infrastructure

© 2022 Autodesk. All rights reserved.

© 2022 Autodesk. All rights reserved.

Our Focus and Presence in the Middle East

Key Regional Clients

Overview of Autodesk Water Infrastructure (previously Innovyze)

Capital planning Asset

management

Operational

analytics

Detail design

documentation

Hydraulic modelling

(Analysis & simulation)

PLAN

(Owners + Engineers)

DESIGN

(Engineers)

BUILD

(Construct)

OPERATIONS & MAINTENENCE

(Owners)

Cloud collaboration,

coordination, project management

CONTENT MANAGEMENT & COLLABORATION

ANALYSIS & OPTIMIZATION

N E T W O R K S

W AT E R

S T R U C T U R E S

T R E AT M E N T

Soft Bundle with BIM Collaborate Pro

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Combining ADSK & Innovyze tech into AWI we have a unique offering across the water project lifecycle…

… where AWI offers a suite of solutions that cover the complete water cycle…

Water Source The lakes, rivers and underground aquifers that are the source of our water supply, fed by rain and melting snow

Water treatment The processes to filter and purify water so that it is safe for human use

Water distribution & supply system

Drinking water distribution pipes from the source to the taps with all the necessary accessories including pumps, valves, etc. Water hammer studiesWastewater collection system

The pipes and pumps that take away used water from our toilets, drains, bathtubs, and laundry. These are also called sewers

Wastewater treatment

The processes to remove contaminants from our used water so that it can be safely returned to the environment. This is also called sewage treatment

Stormwater systems

The pipes, ditches and natural systems that channel our rainwater and snow melt away from our homes and businesses and back to the natural environment

Tackling the Integral Water Cycle

Portfolio Autodesk Water

Drainage Design Storm, Sewer, and River Integrated Modelling

Pressurised Water Distribution

DT for Water Supply/Distribution

DT for Stormwater, Wastewater and Basin

Decision Support Systems

DESIGN SOLUTIONS

Modelling of water distribution

systems. Advanced integrated transient

and multi-species water quality

analysis along with leakage, fire flow..

Holistic modelling and simulation of stormwater and

wastewater drainage, hydrology, rivers and flooding

systems

Useful, real-time information to reduce operational costs and

improve service reliability. Demand

forecasting and control optimization

Infrastructure management,

optimised maintenance and

operations, field data collection and

automated changes

Optimisation and sizing of

stormwater network design. Ability to design

SuDS with Civil3D & BIM integration

Predictive Asset Management

Real-time simulations of river

flows, sewerage networks and runoff as decision support systems with flood

forecasting and prediction

Beyond Technical Capabilities: AWI technology enables end-users to achieve significant competitive advantages

Impact of our Technology

Unlocking Millions $ in Value: How Arcadis Uses Cloud and GMR to Transform Water Distribution Modelling

CHALLENGES • Used InfoWorks WS Pro with Generalized Multi-Runs (GMR)

and cloud computing.

• Completed simulations in 6–8 hours (vs. 200+ days locally).

• Generated 20+ data columns per pipe for better risk ratings.

• Improved asset planning accuracy, reducing unnecessary

replacements.

• ROI: >95% cost reduction in simulation labor.

• Avoided unnecessary pipe replacements worth several

million dollars.

• Deliver granular, system-wide criticality

analysis.

• Identify and prioritize investments that

minimize risk, water loss, and customer

disruption.

SOLUTION / RESULTS

BACKGROUND PROJECT OBJECTIVE

 Traditional modeling only analyzed isolated segments.

 Utility needed to understand impacts of main breaks

(customers affected, demand shortfall, critical users).

 Running simulations locally would take 200+ days.

 One of Northern California’s largest water utilities

with 47,000 pipes, multiple sources, and complex

pressure zones.

 Needed highly accurate modeling to support multi-

million-dollar asset management and pipe

replacement plans.

Slide 1: NEOM Technology Week Transforming ENOWA’s Water Modelling Slide 2 Slide 3 Slide 4: Our Focus and Presence in the Middle East Slide 5: Key Regional Clients Slide 6: Overview of Autodesk Water Infrastructure (previously Innovyze) Slide 7 Slide 8: … where AWI offers a suite of solutions that cover the complete water cycle… Slide 9: Portfolio Autodesk Water Slide 10: Beyond Technical Capabilities: AWI technology enables end-users to achieve significant competitive advantages Slide 11: Impact of our Technology Slide 12: Unlocking Millions $ in Value: How Arcadis Uses Cloud and GMR to Transform Water Distribution Modelling


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