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Compressor
throughput is important to most companies. Unfortunately, most companies
lose out on potential throughput by not optimizing their compressor
performance. Baselining equipment performance system-wide allows
companies to easily identify areas for improvement.
Read
our Throughput Optimization Report.
Program Description
This service is a comprehensive analysis and evaluation program
to enhance compressor performance. The objective: optimize throughput
in terms of HP/mmcf pumped and compressor efficiency. Program features
include:
- Onsite testing
(comprehensive compressor analysis and evaluation of operating
and loading procedures)
- Recommendations
for repairs, upgrades, and enhancements
- Development
of standard baseline compressor performance indicators (HP/mmcf
& compressor efficiency) The program typically includes 2-3 days
onsite testing and 1-2 weeks to document and prepare optimized
procedures and controls
Where Testing
Is Applicable
To large reciprocating compressors in gas service.
Compressor
Performance: Empirical Horsepower Curve Development
Optimum compressor
performance requires operators to know and understand the operation
of their equipment. Key measurements include the horsepower and
torque of the engine. Integrated compressor performance measurement
also is an major component of a maintenance alarm system.
Program Description
Using empirical compressor performance data collected over the operating
range of the unit, horsepower curves and critical compressor algorithms
are developed. Program features include:
- Onsite testing
(up to 48 hours to collect compressor performance data)
- Computer
generated hp curves
Scheduling
includes up to 48 hours of onsite testing and 3-4 weeks to analyze,
calculate and develop compressor hp curves.
Where Testing
Is Applicable
To equipment where horsepower and torque readings are valuable.
This may include units that have broad operating ranges, engines
with predictive maintenance systems and equipment that is to be
operated optimally.
Note:
When used in combination with a control system, horsepower curves
can be used to automatically load or unload compressors as operating
conditions change.
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