Integrated BIM Approach to Design, Modelling and Asset

1 | WWW.BENTLEY.COM | © 2017 Bentley Systems, Incorporated © 2017 Bentley Systems, Incorporated© 2017 Bentley Systems, Incorporated

Integrated BIM Approach to Design, Modelling and Asset Management of Water and Stormwater Infrastructure

Slavco Velickov, PhD. Global asset performance sales director

2 | WWW.BENTLEY.COM | © 2017 Bentley Systems, Incorporated

Agenda

• BIM for Water Infrastructure

• Hydraulic modeling as a reliable decision-support tool for Sustainable Urban Drainage Systems

– Design and rehabilitation

– Engineering support of operation

– Improved emergency response

• Some project examples from the Be Inspired Awards

• Conclusion and additional resources

• Q&As


Bentley’s mission is to provide innovative software and services for the enterprises

and professionals who design, build, and operate the world’s infrastructure –

sustaining the global economy and environment for improved quality of life.



Bentley provides applications across the entire lifecycle

Water, Wastewater and StormWater Infrastructure Lifecycle

Designand

Estimate

Information Management

Asset Recording

Scheduledand

Unscheduled Maintenance

Operationsand

Emergency Response

Planningand

Analysis

Digital

Information

Model

Construction

Engineering Approval

Identify Repair, Replace, Expansion


Why BIM (building information modelling) for StormWaterInfrastructure

Better

Asset

Performance

IMB

through

Depth of

Information

Modeling

Better Project Delivery

Information Mobility

through Breadth of CAPEX

OPEX !


It is All about the - Whole Life Cycle of the Assets

Maintenance

Business Operations

Profitability of Infrastructure

Co

st

Valu

e

Time

Business

Requirements Design Construct Use

Project and InformationIntegration

Asset Performance and Asset Management

Work upstream and downstream to make value flow

Retire

$ $$$$$$


BIM Aligns with Asset Management Standards (ISO 55000, PAS55)

• Ensures delivery of both: Physical Infrastructure & Digital Information Model

• Drives asset performance throughout operable life

• Uses disciplined asset lifecycle information management


Network Models

Analysis

Functional Components

Catalogs & Specifications

3D Models

Schematics

Digital Engineering

Models

Digital Engineering Models…



Information Technology

EngineeringTechnology

Operational Technology

Common Data

Environment

Asset Information and Data Management for Smart Infrastructure In the Cloud

IT OT

ET


COMMON DATA ENVIRONMENT

CONNECTED ASSET PERFORMANCE

AssetWise CONNECT EditionConverging IT, OT, and ET information for superior asset performance

Compliance & Safety

Asset Reliability Operational

AnalyticsNetwork Design

& AnalysisEnterprise

InteroperabilityAsset Lifecycle

Info Mmgt


BIM Level 1Design ModelingReality ModelingDesign

Design

VisualizationDesign

Modeling

Info

rma

tio

n M

od

elin

g



2D: Storm Drainage Networks – SewerGEMS Design


3D: Intelligent Storm Drainage Models - SUE Design


BIM Level 2Design ModelingReality ModelingConstruction

4D: Time

5D: Cost

Design

VisualizationDesign

Modeling

Info

rma

tio

n M

od

elin

gAnalytical

Modeling

Construction

Modeling

Construction

Simulation



Construction


BIM Level 3Design Modeling

Construction

ModelingReality ModelingAnalytical ModelingOperations

6D/7D:

Procurement

Environmental Sustainability

Maintenance & Operations

Lifecycle Engineering

Design

VisualizationDesign Modeling


Info

rma

tio

n M

od

elin

gAnalytical Modeling

Construction Modeling

Construction

Simulation

Operations

Reaction


“Context Capture”…


Example: Paris 500 km of sewers mains

▪ Model and refresh a

sewer infrastructure

(500km long) including

pipes, cables and other

equipment

REQUIREMENT

▪ Multi-directional

camera system (like

Trimble v10) + specific

lighting system +

Smart3DCapture

Ultimate

SOLUTION

▪ Photorealistic 3D model,

helping users to detect

and extract structure

components from the

mesh and point cloud

RESULT


Why Use Storm Water and Sewer System Models?

• Master planning

• Subdivision design

• Capacity evaluation

• Pump station design

• Force mains

• Pump selection

• Pressure sewer design

• Flood risk analysis

• Overflows

• I&I studies

• Pump operation

• System extensions

• Energy efficiency

• Rehabilitation

• Hydraulic flows in WWTP

• Delivery of BIM-ready models

Bentley Playbook: StormCAD, CivilStorm, SewerGEMS, Open Utilities,

Mohid 2d/3d, PowerCivil, ContextCapture, LumenRT


Bentley OpenUtilities: Multi-utility GIS for mapping, design and analysis of storm / sewer and other utilities infrastructure

Web Clients

Web Browsers

Bentley Map Mobile

OpenUtilities

PowerView

OpenUtilities

Designer

Publishing Services

Collaboration Services

Asset Performance

Services

File and

Database Servers

OpenUtilities Map

ProjectWise

AssetWise

Field & On Premise - Desktop

Field - Mobile

On Premise - Desktop

CivilStorm/ SewerGEMS WaterGEMS


New in CivilStorm & SewerGEMS: Low Impact Development (LID)


WCD 2009


WCD 2009


Flexible LID Modeling

Pervious

LID

B

LID A

A

B

Impervious

Impervious

Pervious

a. Before LID

Controls

b. With two LID

controls in series


• Manufactured tanks

• Usually underground

• New pond volume type

• Library available

Storage Tanks


Cost-Effective Design and Rehabilitation

Outcomes

Optimal design - Minimized capital investment

High quality projects

Objectives

Deliver designs that meetregulatory requirements

Reduce modeling time, in order tofocus on engineering decisions


Design

New Infrastructure

Automatedconstraint-based design

Minimize design costsand capital investments

Maximize performance


Rehabilitation

Existing Infrastructure

Evaluation of capacity

Assessing the risk of flooding

Find/fix bottlenecks

Improve overall system

Reduce capital investments


Full Integration with SUE - 3D Storm Drainage Design

SUE = Subsurface Utility Engineering + StormCAD

or CivilStporm or SewerGEMS


Flood Risk Analysis of Storm Drainage Systems

32 | WWW.BENTLEY.COM

Flood hazard map (flood probability) based

on capacity assessment / modelling using

hydrologic inputs and hydrodynamic

simulation models SwerGEMS / CivilStorm /

HEC – Pack, Mohid 2D/3D

flood damage map showing the exposure

and damage potential (consequences of

flooding), based on available GIS data

flood risk map representing the direct

damage (monetary value). Derived with GIS

spatial analysis (Bentley Map)

Flood risk = probability (flood hazard) x consequences (damage)


LumenRT flood visualization (results from flood simulation and Map)


Take Away Message

• Bentley’s integrated solution cover the complete life-cycle of the Water, Stormwater, Sewer and any other Infrastructure

• Haestad modelling products are the back-bone of this solution to improve the Asset Performance of the infrastructure

• Delivery of BIM-ready digital information models is the way forward to ensure Sustainable Water Infrastructure


Thank you for your attention!

www.bentley.com/water

[email protected]

Documents

Integrated BIM Approach to Design, Modelling and Asset