Transcript Company Name - Dynamic Flow Computers

Dynamic Flow
Computers
Product Presentation
Dynamic Offices
MAIN OFFICE
BRANCH OFFICE
BRANCH OFFICE
HOUSTON, TEXAS
CALGARY, CANADA
UNITED ARAB EMIRATES
MIDDLE EAST & ASIA
BRANCH OFFICE
OFFICE & SERVICE CENTER
MEXICO D.F., MEXICO
SAUDI ARABIA
MEXICO & SOUTH AMERICA
Company History
• 1986-1992 Founders at Elliott Flow Computers
• Dynamic Flow Computers Established in 1993
• 1993-1997 Focused on Liquid Markets
• 2000 - Micro MV
• 2001 - E Chart
• 2003 - E Chart Plus
• 2005 - E Chart Lite
• 1998-Present Focus on both Liquid & Gas markets
Mission Statement
“The objective of DFC is to provide you with the
latest in state of the art Electronic Flow
Measurement with a total commitment to
quality in products and service”.
Latest Technology
Over the years we have strived to bring the latest
advances in technology to the flow computer industry
Some examples:
•
Wireless Bluetooth™ Communications.
•
Memory Stick Walk-by SCADA.
•
Fieldbus Foundation Protocol.
•
Graphical Trend Screens.
•
First field-mounted liquid flow computer.
Flow Measurement Standards

API 14.3 OR AGA 3 – (Differential orifice, Cone, etc)

AGA 7 (Frequency such as Turbine, PD, and Others)

AGA 8 Compressibility (Gross & Detail Methods)

API 21.1 & 21.2 EFM Standards

API Liquid Algorithms

Other Specific Applications Available
MicroMV
•
Gas or Liquid
•
Class 1, Division 1
•
Up to Four Meter Runs
•
Touch Screen with A Level Security
•
Built in UPS for days of operation
•
Built in Rosemount 205 for Pressure, Temperature, & DP
•
Temperature rating -40 to +185 °F
•
PID & Boolean Logic
•
Math Functions
•
Low Power (Only 0.5 Watts)
•
35 to 55 days of data Storage
•
4 Line by 20 Character Display
•
User configurable scrolling display with
‘display freeze’ option
•
Infra red sensors for easy configuration
& calibration
Gas and Liquid
Class 1, Division 1
2 Digital Outputs
1 Digital/Frequency Input
2 Analog Inputs
One RS232 and One RS 232/485
16 Bit Analog Output
Graphical Display
Built in Rosemount Multivariable 205
Temperature rating -40 to +185 °F
PID, Boolean Logic, & Math function
Meets API 21.1 for Custody Transfer
64 days of Data Storage
Low Power Solar Options
Battery & Enclosure temperature built-in
DISPLAY
8 Lines of Text
Graphical Trend Display
User Configurable Display
Min / Max Trending
Rosemount Multivariable
• The Most Accurate and Reliable on the Market.
• Exclusive Dynamic-Rosemount agreement.
• Accuracy is +0.1% standard or +0.075% optional.
• Measures static, differential pressure, and temperature
• Rosemount co-planar flange for easy installation.
• High stability design means less calibration.
•SPECIFICATIONS
•Pressure Ranges: 0-800 PSIG or 0-3626 PSIG
•DP Ranges: 0-25, 0-250 or 0-1000 Bi-Directional Inches of Water
•RTD plugs in to the 205 module directly with a Temp range up to 1200 F
•Update time of 108 mS
Typical Field Installation
Typical Field Installation
Multiple Run Installation
Additional
MV/EChart w/
Transmitters and
with or without
Display
GENERAL
PURPOSE
AREA
HAZARDOUS
AREA
FLOW COMPUTERS CAN BE DIRECT MOUNTED OR MOUNTED ON A 2“ POLE
Built-in Communications
Our standard communication ports let us integrate with all the
current communication media.
And now we also support the latest Bluetooth Wireless protocol
Inputs / Outputs
•
On Site ECHART to Micro MV in 10 Minutes
•
1 Meter run up to four meter runs using MV & EChart
or 3095 Multi-variable Transmitters
•
Well Optimization
•
PID & Logic Control
MicroMV Field IO & Expansion
•
Nine 24-Bit analog channels per MV with 3 additional MV slave units for I/O
expansion
(21 analog)
•
3 frequency channels with three additional MV slave units for I/O expansion
(12 channels)
•
4 analog outputs with 3 additional MV slave units expansion
(7 analog out)
•
3 digital inputs or outputs with three additional MV expansion
(9 digitals)
•
3 Communication ports
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Up to 4 meter runs in one MV device. Mixture of liquid and gas algorithms
corrected to 15°C or 60°F (metric or US units)
•
Slave I/O module when only 1 meter run
Data Management
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Windows & DOS Configuration
Software
•
On site Configuration
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Remote Configuration
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Modbus Master & Slave (ASCII or
RTU)
•
Data Storage & Retrieval
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Data Displayed & Collected via PDA,
Laptop, Radio, Cell, or Satellite
•
Low Power
Historical Data

Each history point is configured to
archive the current value, average
value, totalized value, and
accumulated value.

35-64 days of data storage that
includes calculated values including
Min./Max. values, minute, hourly,
hourly, and daily values

One Year of Monthly Data is also
Stored
Event & Alarm Logs
•
The Event Log records the last 200
parameter changes
•
The Alarm Log records the last 200
occurrences of alarms
•
The logs can be viewed, saved,
printed, or transmitted
•
Alarms & Logs for the four Meter
Runs are stored when using the four
meter run option
Report by Exception
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Report By Exception
•
Allows Cry out
•
Allows the Flow Computer to report
any Alarms to the Host system
Manufacturing Facility
•
All Final Assembly & Testing is done in
Houston, Texas.
•
CPU Boards are made in Canada,
Housing by Adalet, and Transmitters by
Rosemount USA.
•
Units are tested in an environmental
chamber for 72 hours and bench tested
for a 2 week period prior to shipping.
Sales & Support
•
Dynamic worldwide offices & agents/representatives are
key sales support
•
Dynamic Flow Computers are standard units, available in
stock at all times, and ready for shipment within hours,
days, or weeks depending on quantities and customer
request.
•
Dynamic has a training program that can be given at our
facility or on site.
Service
•
Dynamic Flow Computers are easy to use and easy to
maintain.
•
In Canada Service support is performed by Tundra
Controls, Syntech Enerflex, Bentek Systems, Pro-Logic
Controls, or by Dynamic technicians upon request.
•
Service requests are dealt with immediately by Tundra
and Syntech through their various 24 / 7 support
centers.
•
Dynamic Mfg./Service facility in Calgary, AB
Future Products
•
10 Times more processing power.
•
Built-in Ethernet and USB: Even more communications alternatives.
•
The REAL Smart I/O: Interchangeable I/O Modules provide a wide range of
Input / Output configuration options.
•
Advanced Diagnostics including our renowned Turbine Diagnostic.
•
Redundancy and Smart I/O capabilities: Multiple SuperMVs in a single network
can act as separate units, extended smart I/O, or 100% redundant systems.
•
Modbus™ & Foundation Fieldbus™ compatible communication
•
Multiple API, AGA, and ISO equations are programmed into each unit.
•
Dynacom™ software with user friendly interface for PCs and Handhelds
Upstream
Measures Key production metrics
Oil
Gas
Water
Steam
Water
CO2
Test Separator Report
Typical Upstream Installation
Solar
Panel
Comm.
Package
Flow
Computer
Flow Meter
Midstream
Measures Pipeline Operation
Pipeline Metering
Meter Proving
Tank Levels
Custody Transfer
Sends data back via SCADA to control rooms
Prover Report
Batch Report
Typical Midstream Installation
Sampler
Flow computer
Tank Levels
Flow computer
Downstream
Helps Measure Plant Efficiency (Outputs- Inputs)
Inputs (Oil, Gas)
Refinery
Outputs (Refined Prod.)
Steam
Energy (BTUs)
Bi-Directional Report
Bi-directional
Volume
Report
Typical Downstream Installation
Data goes
To Control
Room
Additional
Equipment:
-Densitometers
-Chromatographs
-Etc.
Flow
Computers
Multiple Meter Runs
Installation Pictures
Installation Pictures
Installation Pictures
Installation Pictures
Installation Pictures
Installation Pictures
Installation Pictures
Installations
Select Dynamic Users
EXXON-MOBIL
CHEVRON-TEXACO
BP-AMOCO
USA
USA
USA
Husky Energy
MOTIVA
TEXACO PIPELINE
Canada
USA
USA
Apache
Shell
CONOCO-PHILLIPS
Canada
USA
USA
Petro-Canada
Chevron/Enerpro
AL FANAR PETROLEUM
Canada
Canada
Egypt
ATLANTIC LNG
ZETA GAS LPG
PEMEX
Trinidad
Peru
Mexico
KUWAIT OIL COMPANY
SAUDI ARAMCO
SONATRACH
Kuwait
Saudi Arabia
Algeria