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Emerson vru-2012 vm-16
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Emerson vapor recovery systems Featuring Copeland Scroll ™ compressors Lost revenue, regulatory compliance The combination of lost gas revenue and increased regulatory demands related to gas venting and flaring, has accelerated the adoption of emissions reduction technology by the hydrocarbon processing industry. One emissions reduction approach, commonly known as a vapor recovery unit (VRU), can be an effective approach. These compressor based systems are frequently applied to capture conventional stock tank vapors. However, traditional VRU package designs and associated compressor technology have been regarded as maintenance intensive, resulting in uneconomical operating costs and are often abandoned. Recognizing the challenge facing industry, Emerson developed and field proved a unique vapor recovery system that combines robust gas compressor technology with established lean/rich gas processing principles.
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Transcript of Emerson vru-2012 vm-16
Emerson vapor recovery systems Featuring Copeland Scroll™ compressors
Lost revenue, regulatory complianceThe combination of lost gas revenue and increased regulatory demands related to gas venting and flaring,has accelerated the adoption of emissions reduction technology by the hydrocarbon processing industry.One emissions reduction approach, commonly known as a vapor recovery unit (VRU), can be an effective approach. These compressor based systems are frequently applied to capture conventional stock tank vapors. However,traditional VRU package designs and associated compressor technology have been regarded as maintenanceintensive, resulting in uneconomical operating costs and are often abandoned. Recognizing the challenge facing industry, Emerson developed and field proved a unique vapor recovery system that combines robust gascompressor technology with established lean/rich gas processing principles.
Configurable for site & process conditions
• Programmable controls to process gas basedon composition
• Flow rates of 5-100 mcfd, discharge pressures to150 psig
• Sitepowerflexibility–single/threephase, 240/480V accepted
• 0-100% duty cycle eliminates continuous runtime orby passing
Significantly lower maintenance
• Oil system integrity - proprietary design inhibits hydrocarbon dilution
• No shaft seals, alignment checks, belts or couplings
• Extremelylowoilcarryover-lessthan1ppm,independentofflow
Unsurpassed emissions reduction
• ZeroVOCemissions–hermeticcompressoreliminatesshaft seals
• Ultra low noise levels - virtually vibration free,smooth operation
• Reducedtankventingfrompressurespikes–automaticpressure control
Process industry design & quality
• Conforms to industry standards - Class I, Div II,ASME vessels
• Automated scrubber liquids removal - gas pressure vs mechanical pump
• Data collection capability - emissions data andprocess conditions
EmersonClimate.com/Hydrocarbon_Processing2012VM-16 (04/12) Emerson and Copeland Scroll are trademarks of Emerson Electric Co. or one of its affiliated companies. ©2012 Emerson Climate Technologies, Inc. All rights reserved. Printed in the USA.
How does scroll work?
![CICADA - USENIX · 1 vm 2 vm 3 vm 4 vm 5vm 6 vm 7 vm 8 vm 9 vm 2 vm 3 vm 4 vm 5 vm 6 vm 7 vm 8 vm 9 vm 1 rigid application (similar to VOC [1]) vm 1 vm 2 vm 3 vm 4 vm 5vm 6 vm 7 vm](https://static.fdocuments.in/doc/165x107/5f3ade2be7477529602b0cb3/cicada-usenix-1-vm-2-vm-3-vm-4-vm-5vm-6-vm-7-vm-8-vm-9-vm-2-vm-3-vm-4-vm-5-vm.jpg)