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Housekeeping Rules

Dato Ir. Abdul Kadir Mohd Din President Malaysian Water Association

His Excellency Aart Jacobi Ambassador of the Kingdom of the Netherlands

"How to close the loop in the Malaysian water sector?“

Dato Ir. Alice Jawan Permanent Secretary Ministry of Utilities Sarawak

"Digital Solutions are Critical for Circular Water Management“

Herald Van Den Brink Lead, Asia Pacific HAL24K

Digital Solutions are Critical for Circular Water Management

Utilizing advanced data science to understand, predict and monitor

Physical system Digital transformation Operational insights / intelligence Intelligent (semi) autonomous

• peratingsystem

Decision support

Products andsolutions

Makingwaterinfrastructuresmarter

Complexity

2 2

Circular water management

2 3

Digitalsolutionsarecritical

We need advanced data science technologies to deliver robust

process,systemandnetworkinsights,ideally highly automated

and affordably, and as close as possible to real-time. Only through such insights can we betterunderstandandpredictthe activities and events related to planning, developing, distributing and managing water resources, and realize the transitiontocircularwatermanagement.

• Optimize Resources
• Avoid Disruption
• Reduce Cost
• Water Balancing
• Resource Recovery
• “Circular Water”

Circular Potential

2 4

Value proposition

Machinelearningturns

• n its head

Calculate complex behaviour Determine root-causes

• f behaviour

modelling

Physical Equipment Equipment Sub-system Predict & monitor Predict & Predict & monitor laws specifications predictions structure sub-system behaviour monitor processes plants & networks

Operational data Process data Bottom linedata External factors

2 5

Operational controlsettings Sensor data Trainmodelto estimate effect of additives (e.g.Wispro & Fe) and flow on water quality Estimateadditive settings to achieve desired quality Insight in current operations Optimize settings based on required quality & performance Better system understanding Sustained waterquality Efficientproduction processes

Real-world data Build and trainmodels Predictions / classifications Operational execution Benefits

Water management

Optimizing water treatment process

2 6

Data source agnostic: analogue and digital sensors,logs, comms,protocols Data-driven decision making & control through real-time insights Optimize operations & planning Smart monitoring,intervention & compliance Prevent disruption Maximizesystem understanding & performance Reduce TOTEX & energy consumption

Real-worlddata Systemdevelopment Operationalinsight Benefits

Water management

Situational Awareness

Manage multiple data streams as raw input, in real-time Easy ingestion and dataflow visualization Integrateeasily with existing systems and dashboards Alarm filtering & management

2 7

"Solid Solutions in a Fluid World"

Duane J Schlicht Managing Director Nijhuis Industries Asia Pacific Pte Ltd

Nijhuis Industries

Presented by Duane J. Schlicht

Welcome Everyone

31 .

Turn your cost center into a PROFIT center, Through “REDUCE”, “REUSE”, & “RECOVER”

OUR & YOUR VISION: Implement the highest level of innovations

for sustainable Water & Wastewater use & resource recovery as a response towards a circular economy

YOUR MISSION:

32

REDUCE

ENVIRONMENTAL FOOTPRINT

SLUDGE | CHEMICALS WATER | ENERGY

REUSE

WATER

RECOVER

RESOURCES

BIOFUEL | BIOGAS | BIOFERTILIZER | WATER

WHAT SHOULD DRIVE YOU?

Innovations towards a CIRCULAR Economy

V

33

Innovative technologies to consider for a Circular Economy

Pre-treatment

Reduce (environmental) footprint ▪ Reduce Footprint - High Rate i-DAF ▪ Reduce chemicals - i-DOSE

Advanced Monitor & Control

Reduce (environmental) footprint ▪ Operational Mgmt - i-MONITORING ▪ Decentralized e-control - i-CONTROL

V

34

Biological Treatment

Reduce (environmental) footprint ▪ Bottom Aeration - FLEX-AERATION-BOTTOM

Resource Recovery

Recover valuable resources ▪ Energy Recovery - AECOMIXTM-DGF ▪ Fat Recovery - AECO-FAT ▪ Water Reuse – UF / NF / RO Membrane

Innovative technologies to consider for a Circular Economy

THANK YOU

"Underground Dam Technology: Circular Economy Solution to Water Shortages"

• Mr. Hung Eijelkamp

CEO Royal Eijelkamp

The World of Royal Eijkelkamp

Webinar 15th of June

Groundwater dam Kota Bharu (Kelantan)

Webinar 15th of June

Creating an insitu underground water glass dam

1.

• 1. Groundwater flow

2.

• 2. Controlled

Sonic drilling till required depth, no deviation 3.

• 3. Every 80 cm

drilling to the required depth and installing Tube a Manchette

Webinar 15th of June

Creating an insitu underground water glass dam

4.

• 4. Water glass

injection from top to bottom: bulbs of Ø 90 cm. The bulbs

• verlap each other

with 10 cm ensuring 100% impermeable close off. 5.

• 5. A wall of
• verlapping

bulbs is created 6.

• 6. Groundwater

can’t flow through impermeable wall

Webinar 15th of June

Creating an insitu underground water glass dam

7.

• 7. Groundwater

level rises 8.

• 8. Surplus

flows over top of the wall Ben

• Benefits. Groundwater dam

can meander around buildings and infrastructure. Minimizing need for expropriation and demolition.

Webinar 15th of June

Questions & Answers Session

Visit the Dutch Pavilion at booth number B801 at Hall 8, Kuala Lumpur Convention Center, 30 Nov – 2 Dec 2020 Contact Person

• Dr. Jasmine Hue

jasmine.hue@minbuza.nl

Thank You for Joining Us

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