GE PowerPoint Template

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GE Water Wireless
GE Proprietary
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A Complete Solution by GE
Enterprise Solutions
Water Process
GE Fanuc Intel PlatformsAnalytical Software
Hosting
Channel to MarketGlobal Commercial Team
Turning data into information
Consultative, problem-solving selling
GE Digital EnergyEmbedded Radios
Domain ExpertiseApplications know-how
Robust ubiquitouslink to data
Solutions linkingtechnology to need
GE SensingMeasurement Accuracy
Complimentary ProductsNatural Fit
Plant-widemonitoring
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Why wireless?

• Not wireless for its own sake
• Getting the right information into the right
  hands, and fast, to make the right decisions
• Enables getting that information in a
  cost-effective thats easy and fast to deploy

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• Conduit/cable expense
• Extensive time delays for engineering
• Additional power requirements in remote locations

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X
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Customer needs

• Production
• Throughput yield
• Asset Protection
• Equipment integrity
• Exceeding planned useful life
• Operating efficiency
• Optimizing inputs
• Total cost out
• Energy labor
• Environment
• Beyond compliance
• Getting greener

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and Customer challenges

• Intolerance for failures forced outages
• ? efficiency demands
• Relentless optimization
• ? environmental reporting
• Peopleproductivity doing more with same or
  less
• Ever-tightening budgets
• Decentralized systems

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How it Works
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System Overview
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The Gateway

• The home base at Customer site
• Receives data, wirelessly and/or wired, from all
  site applications
• Includes two radios .
• One to receive wireless data from Customer site
• One to cellularly transmit data from Customer
  site to back-end servers for web-based viewing
• The gateway to remote hosted software services
• A product of GE Enterprise Solutions (Digital
  Energy)

TGC-1 Trinity Gateway
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Adding Value to Any Cooling System

• Seeing problems early
• Optimize the amount of chemicals being consumed
• Reduce equipment downtime associated with
  incorrect chemical dosing
• Increase equipment life through optimized water
  chemistry
• Lower total cost of ownership
• Reduce required control testing for cooling water
  control parameters

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How it works Cooling water application

• For this first cooling tower, Gateway inclose
  proximity to Controller
• Physically in same box, or
• Immediately adjacent
• Short Ethernet cable connects the Controllerto
  the Gateway (wired)

CT 1
Controller

• PaceSetter Platinum
• Aquatrac MultiFlex (M5 or M10)
• Walchem (March 09)

TGC-1 Trinity Gateway
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ACS Skid ConfigurationFully Integrated Plug n
Play

• Panel mounted
• Free-standing feet
• Pre-wired pre-plumbed
• Cooling water supply
• 15 psig min
• 5 gpm min
• Electrical
• 120 VAC
• Communications
• Wires/cabling not necessary

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ACS Skid Configuration, cont

• GE Branded Aquatrac M10 MultiFlex controller

• Pre-enabled with GE Water Wireless
• Remote customer interface activated upon
  installation

Cellular Transmission Antenna
Gateway

• Quick plug in connections for chemical feed of
  corrosion/scale inhibitors, biocides, acid

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How it works Cooling water application

CT 2
CT 1
Controller 2
Controller 1
eNet

• To add a second tower, a GE eNet - extraNet
  remote is added in close proximity to CT2
  Controller
• Physically in same box, or
• Immediately adjacent
• Short ethernet cable connects the Controllerto
  the eNet (wired)
• eNet communicates wirelessly to home base
  Gateway
• A product of GE Enterprise Solutions (Digital
  Energy)

Gateway
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How it works Cooling water application
CT 4

CT 2
CT 6
CT 1
CT 3
Controller
Controller
CT 5
CT n

• Just repeat same for additional towers
• No practical limit in most cases
• Same home base Gateway servesall towers (in most
  instances)

Gateway
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Liquid Level Monitoring

• Eliminate time and labor to read tank levels
• Pulling together decentralized systems
• Optimize inventory and consumption of chemicals
• Improve visibility of billing and cash position
• Maintain consumption and inventory for
  environmental reporting

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How it works Liquid level application

• Low costeasily deployed drop in vessel
• Cable simply extends out of top of
  vessel,terminating in Data Node
• A product of GE Enterprise Solutions (GE Sensing)

SLP Sensor
Gateway
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How it works Liquid level application

• Mounts on or adjacent to each vessel
• Transmits level data to samehome base Gateway
• On-board batteries power bothsensor and radio
• No power or communications wires required
• Typical battery life3 yrs

TDN-1Trinity Data Node
GE SLP Sensor
Gateway
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How it works Liquid level application

• Just repeat same for additional vessels
• No practical limit in most cases
• Same home base Gateway servesall towers (in most
  instances)

Gateway
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Bringing it all together
CT 2
CT 4

CT 6
CT 3
CT 1
CT 5
CT n
Leveraging a single common on-site Gateway in
most applications
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Back-end User software
GE WirelessHosted Software
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Benefits of On Demand Software

• Lower Operational Cost
• No IT infrastructure and overhead
• Economies of scale
• Pay as you go
• Faster Implementation
• Get up and running quickly
• Increased Information Accessibility
• Access the information from anywhere by anyone
  (with access)
• Automatic On-Going Upgrades
• On-going software innovations
• Security
• Redundant servers housed in GEs state-of-the art
  facility
• 24-hour security on site
• 128b encryption

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Geographic views
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Geographic views
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Individual Cooling Tower Dashbord
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Powerful Analytics
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Multiple tank summary dashboard
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Individual tank dashbord
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Back-end User Software

• Integrated with InSight
• Data automatically pushed

• Another level ofinformation management
• and performanceinsight for Customer

InSight
GE Water WirelessHosted Software
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Getting Started
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GettingStarted
Simple steps
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Physical Site Survey Preparations
ProfessionalProposal
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Acceptance
Installation Commissioning
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CustomerKick-Off Session
Ongoing Service
If necessary
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Were Ready to Go!
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Discussion