NGPL / Kinder Morgan, Compressor Station 201 Horsepower
Replacement – Herscher, Illinois
Project management, detailed design, construction documents, bills of
material and material/equipment specifications for the installation of a separable,
single stage, 8,000 bhp engine/reciprocating compressor package
and gas cooling. Unit is a replacement and expansion of existing compression
at the field.
NGPL / Kinder Morgan, Station 201 Expansion of H2S
Scavenger System – Herscher, Illinois
Project management, detailed design, construction documents, bills of material
and material/equipment specifications for the expansion of the existing
H2S scavenging system to allow treatment of an additional 300 MMCF/D
of gas at the storage facility.
NGPL / Kinder Morgan, Compressor Station 206 Horsepower
Replacement – St. Elmo, Illinois
Project management, detailed design, construction documents, bills of
material and material/equipment specifications for the installation of a separable,
two stage, 4,700 bhp engine/reciprocating compressor package and
gas cooling. Unit replaced two of the existing engines at the storage field
and will be used for injection and withdrawal.
NGPL / Kinder Morgan, Compressor Station 201 Economic
Cost Study for Horsepower Replacement Cases – Herscher,
Illinois
Provided preliminary engineering and FERC level cost estimates for four
cases of horsepower replacement at existing storage field.
Nicor Gas, Troy Grove Storage Facility Addition – Illinois
Project management, detailed design, and preparation of construction
documents for the installation of a 15,000 horsepower gas turbine driven
centrifugal compressor addition.
Confidential Client, Storage Field Development Study –
Kentucky
Provided project management, preliminary engineering, and preparation
of detailed cost estimates to evaluate the costs to develop two depleted gas
fields for underground gas storage. Facilities proposed as a result of the
preliminary engineering study included storage field and gathering system,
compressor facilities, gas dehydration systems, regulation and metering,
and interconnecting lateral.
Confidential Client, Storage Field Development Study –
California
Provided project management, preliminary engineering, and preparation
of detailed cost estimates to evaluate the costs to develop a natural gas
storage field. Facilities proposed as a result of the preliminary engineering
study included storage field and gathering system, compressor facilities,
water separation, dehydration and water collection systems, regulation and
metering, and interconnecting lateral.
Ameren, Shanghai Ultrasonic Meter Project – Illinois
Provided detailed design, material specification, and material lists for a new
meter facility. Meter facility consists of (2) 8” ultrasonic meters and associated
valves and piping.
Sierra Gas Storage, Grant 13 Storage Development Project
– Michigan
Provided overall natural gas storage project development consulting
service to the owners of the company. The Grant 13 field is potentially a
very large natural gas storage field located in Northern Michigan. When
completed, it will have a working capacity of about 70 BCF and will
likely be designed to withdraw more than 1 BCF/Day. The consulting
services provided included all aspects of the development process.
Ameren, Shanghai Storage Water Injection Facility –
Illinois
Provided detailed engineering, material specification, material lists and
design for a water injection system. This included design of a 75,000
gallon atmospheric storage tank, 110 HP water injection pump with associated
filtration equipment and water gathering system piping including
6”, 4” and 2” piping.
Ameren, Emergency Gathering System Project – Sciota,
Illinois
Provided detailed design for replacement of 1000’ of 8” / 4” gathering
line. This project involved detailed elevation profiles and unique drip
design to ensure that fluids would be disposed of properly.
Ameren, Glasford Gathering System – Illinois
Provided detailed design for the upgrade of an existing 12” gathering
line at the Glasford storage field. Work included replacements of various
key isolation valves and the writing of an uprate procedure for the
client.
Ameren, Hillsboro H2S Treatment System – Illinois
Provided detailed engineering, material specification, material lists and
design for eight sulfa-treat vessels for removal of H2S from storage gas.
This involved design of the process flow including valving, separation,
and product interaction to ensure market quality gas. Project scope also
included extensive foundation design and chemical disposal facilities.
Ameren, Hillsboro Scavenger Tank – Illinois
Designed a 10,000 gallon scavenger chemical tank and associated foundation
and containment area. Ensured the design was in accordance
with all applicable codes including NFPA 30, UL 142 and Illinois State
Fire Marshall regulations.
Ameren, Lincoln Storage Field Assessment – Illinois
Completed a detailed facility assessment for the Lincoln Storage Field
to ensure compliance with DOT 192, NFPA 30, NFPA 37, NFPA 54,
and NEC. Scope of the assessment included gathering system piping,
compressor yard piping, mechanical facilities, electrical facilities, and
cathodic protection facilities.
Nicor, Ongoing Storage Design Projects – Illinois
Completed 97 design projects in 2006 and 2007. Projects included cost
estimation and design for regulators, reboilers, generator after coolers,
gate valve replacements, ultrasonic meters, flow control, scrubbers,
wellhead water knockout vessels, laterals, etc. Average project size was
$225,000 total installed cost.
Kinder Morgan, Station 204 Automation – Columbus
Junction, Iowa
Design, programming and commissioning of a PLC based compressor station
control system and emergency shutdown system for an expansion of
an existing compressor station / gas storage facility. The system is designed
to provide monitoring and control of 7 gas fired reciprocating compressors,
75 yard valves and 5 gas storage fields. The control system functionality
includes flow and pressure control and monitoring, remote control of satellite
compressor station and 99 operator configurable flow modes. The
station control system is based on the Allen Bradley ControlLogix platform
with Wonderware HMI software. The ESD system is based on the Siemens
545 PLC platform. The project scope included the integration of the new
control system with existing flow computers, an upgrade of the existing
PLC-based ESD system, control panel design and fabrication, PLC and HMI
programming and on-site commissioning services.
Kinder Morgan, Station 214 Automation – Columbus
Junction, Iowa
Design, programming and commissioning of a PLC based compressor
station control system and emergency shutdown system for a grass roots
compressor station. The control system is based on the Allen Bradley
ControlLogix platform with Wonderware HMI software. The system was
designed for remote, unattended operation and provides automatic station
start capability and pressure setpoint control. Project scope included
control panel design and fabrication, PLC and HMI programming and onsite
commissioning services.
Kinder Morgan, Station 388 Control System Upgrade –
Longview, Texas
Design, programming and commissioning of a PLC based control system for
gas cooling and separation equipment which was installed at this existing
facility as part of a storage capacity expansion project. The control system
is based on the Allen Bradley ControlLogix platform with Wonderware HMI
software. Project scope included control panel design and fabrication, PLC
and HMI programming, integration of the new control system into the existing
station control system and on-site commissioning services.
Central New York Oil & Gas, Stagecoach Storage Facility
Control System Upgrade and Horsepower Addition –
Owego, New York
Assessment and optimization of control systems for a compressor station
and gas storage field. Control systems for station yard valves, the station
ESD system, three electric motor driven centrifugal compressor units, a
dehydration plant, and the gas measurement/control system are being reviewed
and upgraded as part of this project. All of these systems are based
on the Allen Bradley PLC5 platform. The project also includes programming
and start-up of Omni flow computers for injection and storage wells. ENE is
also serving as the control system consultant to facilitate integration of a
new compressor unit control system with existing station and ESD control
systems for the horsepower expansion project. The scope of services
includes assessment and analysis, control system troubleshooting, modification
of existing PLC programs, flow computer programming and on-site
commissioning services.
Kinder Morgan, Station 201 Unit Control System Upgrade
– Herscher, Illinois
Design, programming and commissioning of a PLC based control
system for an engine driven reciprocating compressor unit (Cooper
Bessemer 10W330). The control system is based on the Siemens 545
PLC with a touch screen PC running Wonderware Intouch as the HMI.
Control system functionality includes all start/stop sequencing, shutdown
and alarm functions, speed control, air/fuel ratio control, ignition
timing control and automatic load control. Calculations included fuel
torque, compressor torque, horsepower, capacity, flow, loadstep and
compressor efficiency.
Nicor Gas, Station 80 Unit Control System Upgrade –
Ancona, Illinois
Design, programming, control panel fabrication and commissioning
of PLC based control systems for three engine driven reciprocating
compressor units. The control systems are based on the Allen Bradley
ControlLogix PLC with a Panelview touchscreen PC running RSView ME
as the HMI. Control system functionality includes all start/stop
sequencing, shutdown and alarm functions, speed control, air/fuel ratio
control, ignition timing control and automatic load control. Calculations
include fuel torque, compressor torque, horsepower, capacity,
flow, loadstep and compressor efficiency. Units automated included
one White Superior 12GT-825, one Enterprise HV8-C4 and one
Enterprise HV12-C4.
Nicor Gas, Station 70 Unit Control System Upgrade –
Pontiac, Illinois
Design, programming, control panel fabrication and commissioning
of PLC based control systems for two engine driven reciprocating
compressor units. The control systems are based on the Allen Bradley
ControlLogix PLC with a Panelview touchscreen PC running RSView ME
as the HMI. Control system functionality includes all start/stop sequencing,
shutdown and alarm functions, speed control, air/fuel ratio control,
ignition timing control and automatic load control. Calculations include
fuel torque, compressor torque, horsepower, capacity, flow, loadstep
and compressor efficiency. Units automated included two Clark
HRA-8Ts.
Louisville Gas and Electric, Unit Control System Upgrade
– Magnolia, Kentucky
Design, programming, control panel fabrication and commissioning
of PLC based control systems for three engine driven reciprocating
compressor units. The control systems were based on the Allen Bradley
ControlLogix PLC with FlexIO and a Panelview touchscreen PC running
RSView ME as the HMI. Control system functionality included all start/
stop sequencing, shutdown and alarm functions, speed control, air/fuel
ratio control, ignition timing control and automatic load control. Calculations
include fuel torque, compressor torque, horsepower, capacity,
flow, loadstep and compressor efficiency. Units automated included five
Cooper Bessemer GMV8s.
Louisville Gas and Electric, Unit Control System Upgrade –
Muldraugh, Kentucky
Design, programming, control panel fabrication and commissioning of PLC
based control systems for three engine driven reciprocating compressor
units. The control systems were based on the Allen Bradley ControlLogix
PLC with FlexIO and a Panelview touchscreen PC running RSView ME as
the HMI. Control system functionality included all start/stop sequencing,
shutdown and alarm functions, speed control, air/fuel ratio control, ignition
timing control and automatic load control. Calculations include fuel
torque, compressor torque, horsepower, capacity, flow, loadstep and
compressor efficiency. Units automated included two Cooper Bessemer
GMV10s.
Kinder Morgan, Station 184 Unit Control System
Upgrade – Sayre, Oklahoma
Retrofit of new PLC-based unit control panels on three TCV Clark
engine/compressor units. The project scope included the reverse
engineering of the existing OEM pneumatic control panels, and defining
functional requirements, design, fabrication, installation,
and commissioning of the new control panels. ENE also designed,
installed and commissioned a new fiber optic Ethernet control
network for the compressor station. The engine governor, the air
manifold pressure & temperature, the ignition timing, gas
cooler discharge temperature and all water and oil cooling PID
control loops are integrated into the PLC’s. Each unit control panel
is equipped with a dedicated touchscreen HMI operator interface
running Wonderware for local control, operating data, statuses and
alarm histories.
Kinder Morgan, Station 206 Unit Control System
Upgrade – St. Elmo, Illinois
Detailed design, programming and commissioning of the software
for a new retrofit unit control panel for a Cooper-Bessemer engine/
compressor unit with gas cooling at a natural gas storage facility.
The engine governor, the air manifold pressure & temperature,
the ignition timing, gas cooler discharge temperature and all water
and oil cooling control loops are integrated into the PLC. The unit
control panel is equipped with a dedicated touchscreen HMI operator
interface running Wonderware for local control, operating data,
statuses and alarm histories.
Ameren, Internal Corrosion Testing Plan for 11 Natural
Gas Storage Fields – Illinois
Plan included an initial site audit at several fields and an ongoing
monitoring plan for water corrosivity, solids analysis, gas sampling
and corrosion coupons. Coordinated the fitness for service evaluation
of wellhead separators which included the ultrasonic testing
of vessels for wall loss. Evaluated the gathering systems liquids handling
capability for placement of corrosion coupons. Developed and
implemented annual sampling program to identify areas with high
likelihood of corrosion occurring.