8MW Nominal Capacity - Dresser-Rand

EPS100 Heat Recovery Solution
S
Heat Recovery Solution
EPS100
8MW Nominal Capacity
Process skid
Echogen’s EPS100 Heat Recovery System is an advanced Rankine
Cycle for usable [waste] heat recovery. Our patented technologies
operate over a broad range of heat sources to extract a significant
amount of energy and convert it into higher value, usable power.
We use industrial-grade CO2 as the working fluid, which allows our
system to deliver reliable power from a more compact, flexible, and
low‐cost thermal engine. Power output can be optimized for a large
range of heat sources depending on the application.
Echogen’s economic, emission‐free power will enable fuel-intensive
operations to lower the cost of energy, meet higher environmental
standards, and improve bottom-line performance.
Simplified EPS100 CO2 Heat Recovery Cycle
Benefits
Economic
Generates power at a competitive
installed cost, reducing overall cost of
electricity
Small Footprint
System components are compact,
yielding a smaller skid-based system for
ease of installation
Clean
Produces fuel-free, emission-free
electricity to meet environmental
regulations
Safe
Working fluid is environmentally benign,
non-toxic and non-flammable
Air or Water-Cooled
No water required for operation
Low Maintenance
System is fully automated and does not
require on-site personnel
Technical Support
Global support available with
Dresser-Rand service plans
Materials and specifications are subject to change without notice.
© 2013 Echogen Power Systems LLC. All rights reserved. May 2013
Long Product Lifetime
High-quality manufacturing and
non-corrosive fluids extend the
integrity and life of system components
Echogen Power Systems | 365 Water Street | Akron, OH 44308 | 234.542.4379 | echogen.com
HEAT
RECOVERY APPLICATIONS
EPS100 Heat Recovery Solution
Gas Turbines
Reciprocating Engines
Component Design
Generator
Synchronous 13.8 kV
Turbomachinery
CO2 pump and turbo expander
Diverter Valve Option*
Fully actuated operation
Flow modulation
Design Standards
ASME Section VIII
ASME 31.3
NEMA4, IEEE
Pressure Vessel Construction
Piping
Electrical Components
* Integrated with plant operation and control system and configured to site requirements
System
CO2, industrial-grade
PLC based
LAN/WAN
Designed for remote control
Skid-based
Working Fluid
Controls
Remote Monitoring
Operation
Package
Reference Conditions
°C
%
°C
kg/s
kW
Ambient Temperature (ISO)
Humidity (ISO)
Waste Heat Supply Temperature
Waste Heat Flow Rate
Waste Heat Input
15
60
532
68
33,300
°F
%
°F
lb/hr
MMBTU/h
Electrical Output
Generator Output**
MW
8
**Does not include Parasitic and Auxiliary loads. Based on water-cooled option.
General Specifications
Voltage Input***
Frequency***
Process Skid
Power Skid
Control House
Size Envelope (L x W x H)
Weight, Dry
Size Envelope (L x W x H)
Weight, Dry
Size Envelope (L x W x H)
Weight, Dry
V
Hz
m
kg
m
kg
m
kg
11x3x4
54,431
11x3x4
52,160
4x3x4
7,031
480 VAC, 3-phase, 1200 amps
60
ft
35x11x12
lb
120,000
ft
35x11x12
lb
115,000
ft
12x10x12
lb
15,500
Other equipment not specified: CO2 storage unit, refrigeration system, and vaporizer
***Additional voltage and frequency specifications available (50Hz)
The bottom line in efficient energy.
Echogen Power Systems | 365 Water Street | Akron, OH 44308 | 234.542.4379 | echogen.com
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60
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