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1 MW POWER GENERATION PACKAGE
PERFORMANCE
- Output Power: 1,000kW – 480V
- Heat Rate: 13,200 BTU/kWe-hr
- Exhaust Flow: 11.7 lb/sec
- Exhaust Temperature: 1,100 Degrees F
- Nominal Rating – per ISO at 59 Degrees F, Sea Level
- No Inlet/Exhaust/Accessory Losses
- Relative Humidity 60%
- Natural Gas Fuel with LHV = ~1000 BTU/scf
Food Manufacturing Projects
Boudin Facility Optimization
- Process optimization of Boudin facility to include custom equipment production
- $2 million
Enrichment and Custom Nutrient Production Facility
- Using chillers for ethanol recovery and production processes
- Production process improvement
- Custom production equipment
- Production equipment design improvements
- $1.5 million
ASME Pressure Vessel Capabilities
ASME Vessel Design, Engineering & Code Compliance
Civil / Structural Engineering Capabilities:
- Structural strength / FEA analysis of onshore and offshore structures (API 4F)
- Tool design and FEA strength analysis
- Foundation engineering and design
- Structural engineering
- Commercial buildings and Structures
Electrical Engineering / Automation Capabilities
- Electrical design and engineering
- Electrical Panel and breaker design
- PLC automation design
Piping / Pipeline System Capabilities
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ASME B31.3, B31.4, B31.7, B31.8 piping system design & engineering
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Line sizing per API for flow rates
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Compressor stations / pipeline design and engineering
Coiled Tubing & Well Servicing Equipment Capabilities
API 4F / 8C well servicing equipment design and code compliance
Wellhead & Surface Tree Equipment
API 6A / ASME VIII, Div 2 High Pressure Analysis & Compliance
Oil & Gas Facility Designs
- Oil & Gas process equipment design
- Separators, line heaters, treaters, glycol dehydration, amine units, flare systems, etc.
Direct Lithium Extraction Facilities
- Direct lithium extraction process design
- Extraction from concentrated brine solutions
Downhole Tool Equipment Capabilities:
- API Specification 11D1 Packers and Bridge Plugs
- Hydraulic/Mechanical Whipstock System Design: Cased and Openhole
- Hydraulic Whipstock Packer Anchor Design
- Wireline Setting Tool Design
- Dissolvable Frac-Plug Design
- Casing Scraper and BOP Jetting Tool design
- Negative Pressure Test Packer
Project Management Services
On-site project management services for all aspects of construction
Inspection Services
Team of over 250 inspectors to inspect and manage project quality (CWI, API, ASME, etc.)
Startup & Commissioning Services
FEED Study Capabilities
PES can provide complete FEED (Front End Engineering & Design) studies to tell you what kind of process equipment you need. We have the software capacities to run complete heat and mass balance simulations based on the specific flow stream conditions you may have.
We can run bottleneck analysis to show you where the “weak-links” are in your process equipment as well as optimization studies to increase productivity. We can provide this over single satellite installations or an entire gathering network with interconnecting pipelines.
List of Capabilities:
- FEED Studies – Sizing all of your process equipment based on your well specific properties. We are provided with flow rates (oil, water, gas, sand, etc.) and we specify all of the process equipment they need to separate and sell it.
- Heat & Mass Balance Simulations / Process Simulations – Full chemical breakdown of all process flow medium to specify the proper equipment to handle these flows.
- Bottleneck Analysis – Determines where the “weak-link” in the process equipment chain is. What component in the process equipment train is limiting the flow of oil, water or gas. What component(s) is governing the max flow in the system. Wells change the amount of oil, water and gas they produce over time. So what once was a good equipment train, may now not be suited for the new flow rates. Typically as wells get older they produce less natural gas and more oil and water.
- Optimization Studies – Similar to bottleneck in that it optimizes the equipment design. PES specifies the optimum size of process equipment they need to process oil, water and gas.
- Degassing / Flare System Design – Size / simulate degassing and flare systems to burn off excess waste gas that they cannot get to sales.
- Gas Dehydration or Sweetening – Simulations to dry gas through glycol dehydration to remove water from gas or Amine sweeting (for sour gas) to remove sour gas in the form of H2S.
