Turbine Inlet Chilling & Generation Storage Best Practices. 8 Oct 14 Trey Sims Turnkey Sales Manager
|
|
|
- Magdalene Atkinson
- 6 years ago
- Views:
Transcription
1 Turbine Inlet Chilling & Generation Storage Best Practices 8 Oct 14 Trey Sims Turnkey Sales Manager
2 INTRODUCTIONS Dharam Punwani President Avalon Consulting, Inc. Executive Director, TICA Trey Sims Turnkey Sales Manager TAS Energy 2012 TAS Energy. All Rights Reserved. 2
3 AGENDA TAS Introduction Technology Overview Generation Storage & Inlet Chilling Project Examples Best Practices Questions 2012 TAS Energy. All Rights Reserved. 3
4 COMPANY INTRODUCTION CORE COMPETENCIES 2012 TAS Energy. All Rights Reserved. 4
5 COMPANY HISTORY 1980s Tom Pierson leads the team that developed the first gas turbine inlet air-cooling systems 2001 TAS provides over 100,000 TR of chilling 2005 TAS is chosen to build the world s largest District Cooling plant at Crescent of Palm Island in Dubai 2005 TAS provides TIC system for GE s most advanced 7H CC gas turbine plant 2008 TAS sells first domestic turnkey retrofit for 2x7FA CC plant 2009 TAS Energy sells its first geothermal plant 2011 TAS Energy sells largest Generation Storage project in North America and Nears 1M TR of total chilling 1980s TAS Energy Founded by Tom Pierson 1999 TAS manufacturers first modular Turbine Inlet Chilling (TIC) unit 2002 TAS Energy begins to focus on large-scale chilling plants for commercial buildings 2005 TAS completes first turnkey TIC retrofit in Asia 2008 TAS Energy expands its offerings in the Mission Critical markets 2012 TAS Energy. All Rights Reserved. 5
6 MANUFACTURING FACILITY Houston, TX HQ 275,000 sq ft 80 Ton Crane Capacity In-house pneumatic testing Pressure & Leak Testing 2012 TAS Energy. All Rights Reserved. 6
7 GLOBAL PRESENCE 2012 TAS Energy. All Rights Reserved. 7
8 Technology Overview
9 % of Rated Capacity Turbine Inlet Chilling (TIC) & Generation Storage (GS) Gas turbines only operate at 100% of their rated capacity when the temperature outside is 59F. As temperatures climb into the 90 s and beyond, greater than 10% of the capacity of the turbine disappears. By chilling below rated capacity and adding storage all lost power is recovered, and additional power is generated. Storage and ancillary services including ramping benefits are captured as well 110% 105% TAS Generation Storage RATED CAPACITY 100% ADDITIONAL POWER 95% RECOVERED POWER 90% 85% GT POWER OUTPUT 80% Inlet Air Temperature, degrees (F) 2013 TAS Energy. All Rights Reserved.
10 WATER-COOLED MECHANICAL Coils Ambient Air Cool Air Coil Condensate Compressor Turbine Generator Chiller Heat Rejection via Evaporation Evaporator Expansion Valve Cooling Tower Condenser Compressor Power (kw) Make-Up Water 2012 TAS Energy. All Rights Reserved. 10
11 PRIMARY PUMP GS: More Than Just Capacity UPPER DIFFUSER TES TANK CHILLER PLANT GTG Simply adjust the pump for the full range of power according to grid needunder four min response, no heavy maintenance impact SECONDARY PUMP START PUMP BURN CYCLE STOP PUMP LOWER DIFFUSER 2012 TAS Energy. All Rights Reserved. START CHILLER BUILD CYCLE STOP CHILLER 11
12 Generation Storage - PFD Combustion Turbine 3 TES Tank Partial Storage Full Storage Combustion Turbine 2 Combustion Turbine 1 Secondary Pump Skid 2012 TAS Energy. All Rights Reserved TAS Energy. All Rights Reserved. 12
13 PFD CHARGE 12/10/2 Combustion Turbine 3 TES Tank Partial Storage Full Storage Combustion Turbine 2 Combustion Turbine 1 Secondary Pump Skid 2012 TAS Energy. All Rights Reserved TAS Energy. All Rights Reserved. 13
14 PFD PARTIAL DISCHARGE 12/10/2 Combustion Turbine 3 TES Tank Partial Storage Full Storage Combustion Turbine 2 Combustion Turbine 1 Secondary Pump Skid 2012 TAS Energy. All Rights Reserved. 14
15 PFD FULL DISCHARGE 12/10/2 Combustion Turbine 3 TES Tank Partial Storage Full Storage Combustion Turbine 2 Combustion Turbine 1 Secondary Pump Skid SuperPeak TM 2012 TAS Energy. All Rights Reserved. 15
16 F-SKID FEATURES Chiller Bundle Maintenance Areas Chiller Skid #2 Chiller Skid #1 Skid Splits Pump/Dry Room Skid 2012 TAS Energy. All Rights Reserved. 16
17 F-SKID FEATURES Three Skid Arrangement Chiller Room Cooling Tower Access Skid Split Pump/Dry Room 2012 TAS Energy. All Rights Reserved. 17
18 TES TANK CONSTRUCTION 2012 TAS Energy. All Rights Reserved. 18
19 TES TANK CONSTRUCTION Pre-Stressing Calibrated Wire Spacing 2012 TAS Energy. All Rights Reserved. 19
20 TES TANK INTERNALS Diffuser Holes Lower Diffuser Manifold Upper Diffuser Manifold 2012 TAS Energy. All Rights Reserved. 20
21 TYPICAL LAYOUT TES Tank Secondary Pump Skid Chiller Package Coil Retrofit 2012 TAS Energy. All Rights Reserved. 21
22 PROJECT PROFILE Project Timing: Outage Duration: ~15-30 Days Construction Man-Hours: ~50,000 Construction Duration: ~9 Months Project Timing: TAS Energy. All Rights Reserved. 22
23 PROJECT PROFILE 2012 TAS Energy. All Rights Reserved. 23
24 PROJECT PROFILE Secondary Pump Skid TES Tank 48 MW increase Coil Retrofit Chiller Package
25 PROJECT PROFILE 53.4 MW increase 2012 TAS Energy. All Rights Reserved. 25
26 PROJECT PROFILE TANK SIZE: 7.6 MG POWER INCREASE: 115 MW Near Trenton, NJ 2012 TAS Energy. All Rights Reserved. 26
27 PROJECT PROFILE TANK SIZE: 3.9 MG POWER INCREASE: 60 MW 2012 TAS Energy. All Rights Reserved. 27
28 PROJECT PROFILE TANK SIZE: 8.9 MG POWER INCREASE: 107 MW EPC: Zachry/Burns & McDonnell 2012 TAS Energy. All Rights Reserved. 28
29 PROJECT PROFILE TANK SIZE: 10.7 MG POWER INCREASE: 123 MW EPC: Fluor 2012 TAS Energy. All Rights Reserved. 29
30 Turbine Inlet Chilling (TIC) Generation Storage Best Practices
31 DESIGNING THE SYSTEM WHAT IS THE DRIVER FOR ADDITIONAL CAPACITY? Do you need the added capacity 24 hours per day How many hours do you want highest output What are revenue considerations How valuable is another 5-7 MW on top of system addition Will there be an expansion effort onsite in future Availability of water 2012 TAS Energy. All Rights Reserved. 31
32 AF COIL MODULE DESIGN 2012 TAS Energy. All Rights Reserved. 32
33 CONCENTRIC VS. ECCENTRIC BEFORE AFTER Eccentric Inlet Duct Extended Inlet Duct for Fogging Concentric Inlet Duct New Spacer Elevates Inlet Duct Existing Filter House Utilized 2012 TAS Energy. All Rights Reserved. 33
34 BEST PRACTICTES WINTERIZATION No Glycol Drainable coils Not required on the TES Tank COIL CONDENSATE Good quality Water makeup flexibility 2012 TAS Energy. All Rights Reserved. 34
35 SERIES COUNTERFLOW: EFFICIENCY Lower Parasitic Loads Higher CHW delta T = smaller TES tank, Pumps 2012 TAS Energy. All Rights Reserved. 35
36 BEST PRACTICTES SUPER PEAK 12/10/2 (charge, partial discharge, SuperPeak) Max benefit, lowest parasitics Larger Secondary Pump Skid, TES Tank flow rate DESIGN CONDITION Design condition (95 F drybulb, 75 F wetbulb) 24 hour design DAY 2012 TAS Energy. All Rights Reserved. 36
37 BEST PRACTICTES TES TANK AWWA Standard D-110, Type III Water Tight Thermal performance Concrete lower life cycle cost, no painting 2012 TAS Energy. All Rights Reserved. 37
38 Thank You! Trey Sims TAS Energy. All Rights Reserved. 38
Packaged AHR (Advanced Heat Recovery) Systems for Engines, Gas Turbines, & Industrial Waste Heat. Tom Pierson
Packaged AHR (Advanced Heat Recovery) Systems for Engines, Gas Turbines, & Industrial Waste Heat Tom Pierson Last Field Erected CHP Project- Calpine Clear Lake, TX 1999 Evolution of Packaged Concept 500,000+
Turbine Inlet Air Chilling
Turbine Inlet Air Chilling Stellar Energy Stellar Energy s TIAC solutions integrate proven chilling technology, comprehensive process design and state-ofthe art controls to deliver a TIAC system optimized
CASE STUDY FOR RETROFIT OF TURBINE INLET COOLING IN BATAM, INDONESIA.
CASE STUDY FOR RETROFIT OF TURBINE INLET COOLING IN BATAM, INDONESIA www.tas.com Introduction About Medco Power About TAS Turbine inlet cooling the impact Indonesia project execution Operating results
Gas Turbine Inlet Air Cooling System
Gas Turbine Inlet Air Cooling System Presented by Bob Omidvar Heavy Duty GT - Effects of Ambient Temp 110% 105% 100% 95% 90% 85% 80% 75% 0 5 10 15 20 25 30 35 40 45 GT Inlet Temp (deg C) Heat rate kj/kwh
Absorption Refrigeration Cycle Turbine Inlet Conditioning. Luke Buntz ARCTIC Engineer Kiewit Power Engineers Co. ARCTIC
Absorption Refrigeration Cycle Turbine Inlet Conditioning Luke Buntz Engineer Kiewit Power Engineers Co. 1 Overview 2 Generator Output (MW) The Problem Why chill? Increased fuel efficiency (fewer emissions)
Chilled Water Plant Design American Standard Inc.
Chilled Water Plant Design 2003 American Standard Inc. Agenda Earthwise System Variable Primary Flow Series Configuration Case Study 20,000RT Project Parallel, primary/secondary, low temp, YK Series-counter,
Central Utilities at UNL: NU Corp & Development of Thermal Energy Storage (TES) at UNL East Campus
Central Utilities at UNL: NU Corp & Development of Thermal Energy Storage (TES) at UNL East Campus Big Ten and Friends Mechanical & Energy Conference U of Nebraska-Lincoln October 15, 2012 Before NU Corp
Texas Hospital. Central Plant Redesign. Central Utility Plant SECOND PLACE HEALTH CARE FACILITIES, EXISTING 2013 ASHRAE TECHNOLOGY AWARD CASE STUDIES
This article was published in ASHRAE Journal, January 2014. Copyright 2014 ASHRAE. Posted at www. ashrae.org. This article may not be copied and/or distributed electronically or in paper form without permission
Draft Results Capital Cost and Performance of New Entrant Peaking Unit
Draft Results Capital Cost and Performance of New Entrant Peaking Unit Presentation to Christopher D. Ungate, Senior Consultant 1 Scope of New Entrant Peaking Unit Assumptions Peaking Unit Technology:
An Introduction to Turbine Inlet Cooling A Perspective on the U.S. Electric Power Industry... 6
An Introduction to Turbine Inlet Cooling........... 4 A Perspective on the U.S. Electric Power Industry.......... 6 Evaporative Cooling Technologies for Turbine Inlet Cooling........10 Chiller Technologies
Combustion Turbine Inlet Cooling using Direct Evaporative Cooling
Combustion Turbine Inlet Cooling using Direct Evaporative Cooling By Pat Zeller, Munters Corporation Sponsored by: Turbine Inlet Cooling Association (TICA) August 22, 2012; 1 PM (U.S. Central Time) http://www.meetingzone.com/presenter/default.aspx?partcec=4147918
Cogeneration. Thermal Chillers. and. .. ASHRAE National Capital Chapter. Arlington, VA 10/10/2012
Cogeneration and Thermal Chillers.. ASHRAE National Capital Chapter. Arlington, VA 10/10/2012 Agenda Cogeneration Interest and Application Basics Equipment Matching Thermal Chiller Overview Steam Components
This session is approved for 0.2 IACET or 1.5 PDH. Many states accept this for Professional Continuing Education.
Important! This session is approved for 0.2 IACET or 1.5 PDH. Many states accept this for Professional Continuing Education. To qualify for credit you must: Be sure your badge was scanned when you entered
John S. Andrepont, President The Cool Solutions Company. ECOSTOCK 2006 Absecon, New Jersey, U.S.A. - June 1, 2006
Practical Developments in Sensible Heat, Diurnal Cool Thermal Energy Storage (TES): Large Applications, Low Temps, Energy Efficiency, and Operating Plus Capital Savings John S. Andrepont, President The
Central Chiller Plants
Central Chiller Plants Institute for Facilities Management New Orleans, LA January 18,2016 Course 319 Presenter: John Vucci Associate Director HVAC Systems University of Maryland College Park, Maryland
CHP and Enwave March 2017
CHP and Enwave March 2017 Agenda i. Introduction to Enwave ii. iii. iv. Enwave Technologies Enwave Advantage Optimized CHP Solution v. Contact 1 Introduction to Enwave: Enwave North America Enwave is located
Agenda. Understanding the three basic piping systems. Low DeltaT Syndrome causes, effects, and solutions Design & Control Considerations (VPF)
Roy Hubbard Agenda Understanding the three basic piping systems Design and Off-design operation Advantages and Disadvantages Low DeltaT Syndrome causes, effects, and solutions Design & Control Considerations
Waste Heat Recovery at Compressor Stations
Waste Heat Recovery at Compressor Stations The path towards novel and high-impact technologies and their implementation Gas Electric Partnership Houston, TX Feb 10-11 2010 Presented by Southwest Research
ASSET OPTIMIZATION OF NEW POWER PROJECTS WITH GAS TURBINE INLET AIR COOLING
ASSET OPTIMIZATION OF NEW POWER PROJECTS WITH GAS TURBINE INLET AIR COOLING Winning Power Plant Projects in the GCC through a Simple and Proven Restructuring of Generation Technology A guide for GT OEM
Condenser Water Heat Recovery"
PLEASE MUTE CELL PHONES Condenser Water Heat Recovery" Julian de Bullet ASHRAE Distinguished Lecturer Director of Industry Relations McQuay International 703-395-5054 1 What Is Sustainability? sustainable
2016 BioCleantech Forum TURBODEN ORC TECHNOLOGY: STATE-OF-THE-ART. Ilaria Peretti. Manager, Sales and Business Development North America
2016 BioCleantech Forum TURBODEN ORC TECHNOLOGY: STATE-OF-THE-ART Ilaria Peretti Manager, Sales and Business Development North America Ottawa, November 3rd, 2016 Table of Contents Who is Turboden and What
Kawasaki Gas Turbines-Americas Gas Turbines Power Generation Technology & Applications
Kawasaki Gas Turbines-Americas Gas Turbines Power Generation Technology & Applications Gas Turbine (GT) Technology Overview Gas Turbine Theory GT - Centrifugal Compressor FUEL INLET COMBUSTION CHAMBER
Large University Central Chiller Plant Design Considerations
Carrier Engineering Newsletter Volume 5, Issue 3 Large University Central Chiller Plant Design Considerations Large campus chilled water plants have unique constraints and need careful evaluation for successful
District Cooling Sustainable Design. Presented by George Berbari CEO of DC PRO Engineering
2016 District Cooling Presented by George Berbari CEO of DC PRO Engineering District Cooling Brief History & Future Central Chilled Water plants existed in the Middle East as early as the 1960 s. Few examples
REPORT ON THE BENEFITS OF ICE- BASED THERMAL STORAGE FOR DISTRICT COOLING IN THE UAE MARKETS
REPORT ON THE BENEFITS OF ICE- BASED THERMAL STORAGE FOR DISTRICT COOLING IN THE UAE MARKETS Prepared by: Brady Consulting Services, Inc. SUMMARY ADVANTAGES OF THERMAL STORAGE WITH 1.1ºC WATER SUPPLY 1)
Ground-Coupled Heat Pump And Energy Storage
Ground-Coupled Heat Pump And Energy Storage By Ed Lohrenz, Member ASHRAE; and Sergio Almeida, P.Eng., Member ASHRAE Ground-coupled heat pump (GCHP) systems consume less purchased energy than an HVAC system
24th World Gas Conference ARGENTINA WOC 5.1: Industrial Utilisation CHP - Sharing on Gas District Cooling (GDC) in Malaysia
WOC 5.1: Industrial Utilisation CHP - Sharing on Gas District Cooling (GDC) in Malaysia By Mohd FAIROS Roslan and Mohd ROZI Othman Malaysian Gas Association (MGA) One of the energy solutions using natural
Barilla Cogeneration Power Plant main tips
main tips Client Location Total contract Scope of work Fenice SpA Contract value 13.3 M$ Contract period 2007-2010 The Plant has been built within the premises of the Barilla factory in Parma (IT), at
Chilled Water Plant Redesign
17 Chilled Water Plant Redesign OVERVIEW The chilled water plant redesign includes the addition of a thermal energy storage system. This allows for economic and operational benefits for the facility by
Heat Recovery. Integrated CHP Systems Corp.
Heat Recovery In order to achieve CHP efficiencies of 80% the recovery of waste heat for useful purposes is more significant than the electric efficiency This isn t necessarily in sync with the economics
9HA.01 SETS EFFICIENCY WORLD RECORD
GE Power POWERING A NEW RECORD AT EDF 9HA.01 SETS EFFICIENCY WORLD RECORD GEA32885 August 2016 On Friday the 17th of June 2016, GE and EDF officially inaugurated the first ever combined-cycle power plant
Equipment Design. Detailed Plant Conceptual Design. Version 9.0
Equipment Design Version 9.0 Detailed Plant Conceptual Design SOAPP CT sizes all major plant equipment, based on your Project Input, the process configuration derived from this input, and the results of
University of Illinois Utility Master Plan and Dispatch Model
University of Illinois Utility Master Plan and Dispatch Model Presented by: Mike Larson, University of Illinois Andy Price, Affiliated Engineers, Inc. B1G & Friends Utility 2017 April, 2017 University
Packaged Refrigerant Based Energy Storage (RBES) Air Conditioning System
Packaged Refrigerant Based Energy Storage (RBES) Air Conditioning System Ram Narayanamurthy Ice Energy, Inc. this technology provides some of the largest opportunities we have right now to address the
Thermal Energy Storage
This article was published in ASHRAE Journal, June 2013. Copyright 2013 ASHRAE. Posted at www.ashrae.org. This article may not be copied and/or distributed electronically or in paper form without permission
Union College Combined Cooling, Heat and Power Project
Union College Combined Cooling, Heat and Power Project Presented by: Mark Donovan, PE Union College, Assistant Director of Utilities Aaron Bolhous, PEng CHA, Project Engineer Agenda Introduction to Union
Modular Chiller Plants A GLOBAL LEADER IN ENERGY SOLUTIONS
Modular Chiller Plants A GLOBAL LEADER IN ENERGY SOLUTIONS A B O U T S tellar Energy is a global leader in the design, construction, fabrication, installation, and servicing of a range of energy systems,
Gas vs. Diesel Generator Sets Performance Cost & Application Differences
Gas vs. Diesel Generator Sets Performance Cost & Application Differences Page 1 Agenda Introduction Distributed Energy Products Diesel, Gas and Turbine generator sets How Engines Accept Loads Gas Product
Efficient Power Augmentation with Dry Air Injection
SYMPOSIUM OF THE INDUSTRIAL APPLICATION OF GAS TURBINES COMMITTEE BANFF, ALBERTA, CANADA OCTOBER 2015 15-IAGT-103 Efficient Power Augmentation with Dry Air Injection Steven Quisenberry Powerphase LLC (squisenberry@powerphasellc.com)
Organic Rankine Cycle Technology
Power Systems Pratt & Whitney Power Systems Organic Rankine Cycle Technology TM It s in our power. Pratt & Whitney Organic Rankine Cycle Technology Quality High-volume components produced to strict tolerances
COMBINED CYCLE OPPORTUNITIES FOR SMALL GAS TURBINES
19 TH SYMPOSIUM OF THE INDUSTRIAL APPLICATION OF GAS TURBINES COMMITTEE BANFF, ALBERTA, CANADA OCTOBER 17-19, 2011 11-IAGT-204 COMBINED CYCLE OPPORTUNITIES FOR SMALL GAS TURBINES Michael Lucente Found
Chapter Six{ TC "Chapter Six" \l 1 } System Simulation
Chapter Six{ TC "Chapter Six" \l 1 } System Simulation In the previous chapters models of the components of the cooling cycle and of the power plant were introduced. The TRNSYS model of the power plant
Green Data Center CRYOGEL Ice Ball Thermal Storage
Green Data Center CRYOGEL Ice Ball Thermal Storage Victor J. Ott, P.E. CRYOGEL, San Diego, CA Tuesday, March 1, 2011 4:30 5:30 PM, ACC, Room 207B Copyright Cryogel 2001 Telephone (858) 457-1837 Email:
PureCycle 200 Heat-to-Electricity Power System
PureCycle 200 Heat-to-Electricity Power System Energy Savings Power Reliability Environmental Stewardship INDUSTRIAL PROCESSES RECIPROCATING ENGINES GAS TURBINES THERMAL OXIDIZERS FLARES / INCINERATORS
CHILLED WATER DISTRIBUTION SYSTEM
Campus-Wide System: A campus-wide central chilled water system has been developed in recent years and is being expanded to serve additional cooling loads as need arises and opportunity affords. This system
2. TECHNICAL DESCRIPTION OF THE PROJECT
2. TECHNICAL DESCRIPTION OF THE PROJECT 2.1. What is a Combined Cycle Gas Turbine (CCGT) Plant? A CCGT power plant uses a cycle configuration of gas turbines, heat recovery steam generators (HRSGs) and
UC Irvine Energy Efficiency Energy Storage Energy Optimization. Matt Gudorf CEM, LEED AP Assistant Director Energy, Engineering, and Inspection
UC Irvine Energy Efficiency Energy Storage Energy Optimization Matt Gudorf CEM, LEED AP Assistant Director Energy, Engineering, and Inspection Quick Facts Established in 1965 Comprehensive Research University
SGM Engineering, Inc.
SGM Engineering, Inc. 1. What is a typical Central Energy Plant consists of? BAS controls, chillers, pumps, cooling towers, electrical distribution, piping, chemicals, heating systems, and generators.
Campus-Wide Cooling Plant Load Analysis & Thermal Energy Storage (TES) System Concept Engineering Study
North Orange County Community College District Campus-Wide Cooling Plant Load Analysis & Thermal Energy Storage (TES) System Concept Engineering Study Fullerton College Final September 8, 2017 Table of
Kendall Cogeneration Station
Kendall Cogeneration Station Green Steam lowers carbon footprint in Boston and Cambridge ENERGY K E N DA LL CO G E N E R ATI O N STATI O N Veolia in Boston & Cambridge Full Green Steam ahead in Boston
Low temperature cogeneration using waste heat from research reactor as a source for heat pump
National Centre for Nuclear Research in Poland Low temperature cogeneration using waste heat from research reactor as a source for heat pump Anna Przybyszewska International Atomic Energy Agency 14-16
Heat recovery from diesel engines and gas turbines
Environmentally friendly Rugged Efficient For high temperature applications, AQYLON s organic working fluids have a very low Global Warming Potential (GWP 320). AQYLON s ORC modules are designed for durability
Chilled Water Distribution Systems. APPA Institute for Facilities Management New Orleans, LA January 19, 2016
Chilled Water Distribution Systems APPA Institute for Facilities Management New Orleans, LA January 19, 2016 1 Purpose of Today s Presentation To provide a broad understanding of chilled water distribution
Carbon Capture and Sequestration: Kiewit s Petra Nova CCS Project
Carbon Capture and Sequestration: Kiewit s Petra Nova CCS Project AWMA Midwest Section Environmental Technical Conference February 4, 2015 Mitchell Krasnopoler Kiewit Engineering 1 & Design Co. Other Clean
ORegen TM Waste Heat Recovery: Development and Applications. Andrea Burrato GE Oil & Gas Rotterdam October 8 th, 2013
ORegen TM Waste Heat Recovery: Development and Applications Andrea Burrato GE Oil & Gas Rotterdam October 8 th, 2013 ORegen TM ORegen TM is GE Organic Rankine Cycle System designed to recover waste heat
FlexEfficiency* 60 Portfolio
FlexEfficiency* 60 Portfolio A new standard of high efficiency and operational flexibility * Trademark of General Electric Company All Rights Reserved. No part of this document may be reproduced, transmitted,
Permanent Load Shifting Program
1. Program Description Permanent Load Shifting (PLS) can help reduce system peak load by storing energy produced during off-peak period and shifting electricity use from on-peak to off-peak periods on
University Medical Center at. Healthy Success: Hospital energy system showcases best practices. Feature Story
Feature Story Healthy Success: Hospital energy system showcases best practices Guy Molinari, PE, LEED AP, Senior Vice President, Concord Engineering Group; Thomas Batten, PE, Project Manager and Lead Mechanical
To efficiency and beyond
AIRAH ( ACT ) presentation To efficiency and beyond Key drivers impacting today s HVAC choices Greenstar rating NABERS rating Mandatory disclosure Life Cycle Cost of Buildings Energy represents a significant
1 st Renewable Energy Technologies, LP. Organic Rankine Cycle
11/18/2010 1 st Renewable Energy Technologies, LP 8147 Clear Shade Drive, Windber, PA 15963 Phone: (814) 467-0431 Fax: (814) 467-8675 Email: Sales@1stRET.com Web: www.1stret.com Organic Rankine Cycle The
Energy Treasure Hunt ESI Members Meeting. Shaunna Tobin, TE Connectivity Kelli Swain, TE Connectivity
Energy Treasure Hunt 2017 ESI Members Meeting Shaunna Tobin, TE Connectivity Kelli Swain, TE Connectivity Agenda What is an Energy Treasure Hunt? What value do they bring? What are the results? Who are
District Energy Combined Heat and Power as a Resource
District Energy Combined Heat and Power as a Resource Cliff Braddock Director Energy Business Development Austin Energy 512-322-6302 Cliff.braddock@austinenergy.com 2007 ACEEE Conference on Energy Efficiency
Messiah College Natural Gas and Combined Cooling, Heat and Power Plant
Messiah College Natural Gas and Combined Cooling, Heat and Power Plant For the past decade, Messiah College wanted to bring natural gas to its campus, eliminating the use of propane and associated maintenance
NEWMOA June 30, Fran Boucher LEED AP, Certified Energy Manager Senior Energy Engineer
NEWMOA June 30, 2009 Fran Boucher LEED AP, Certified Energy Manager Senior Energy Engineer Utility Incentives MA, RI, NH, VT, ME, CT, Long Island NY, Gas in NYC New construction and gas in Upstate NY.
york yvwa variable-speed, water-cooled, screw chillers Infinite chiller configurations to help you achieve your goals
york yvwa variable-speed, water-cooled, screw chillers Infinite chiller configurations to help you achieve your goals Efficiency Flexibility Sustainability Confidence YORK YVWA variable-speed, water-cooled,
Available from IPP: 3.2MW Cogeneration Plant. (4x 800KW Reciprocating Natural Gas Generators)
Available from IPP: 3.2MW Cogeneration Plant (4x 800KW Reciprocating Natural Gas Generators) IPP Plant Dept. Stock No. 600658, Equipment Stock No s 216310 216324 Prepared By: Ross Gale 1 About the Plant:
Gas Turbine Inlet Air-Conditioning Equipment
ASME PTC 51-2011 Gas Turbine Inlet Air-Conditioning Equipment Performance Test Codes AN AMERICAN NATIONAL STANDARD ASME PTC 51-2011 Gas Turbine Inlet Air-Conditioning Equipment Performance Test Codes AN
Your partner for the right solution
Your partner for the right solution Project engineering of power stations Environment protection in energy sector Equipment supplying Supervision of installation of the equipment supplied Commissioning
Providing free cooling from low temperature waste heat
Providing free cooling from low temperature waste heat through By Dinesh Gupta Past President ASHRAE India chapter President, Bry-Air Asia A. THE TECHNOLOGY Comparing the adsorption cycle with the refrigeration
Steam Cooling Systems and Hybrid Cooling. Andrew G. Howell Xcel Energy
Steam Cooling Systems and Hybrid Cooling Andrew G. Howell Xcel Energy Steam Cooling Systems Once-through Recirculating Cooling Tower Direct Dry Cooling (air-cooled condenser) Indirect Dry Cooling (Heller)
Advanced Thermal Energy Storing with the most efficient use of the ressources. Peter Badstue Jensen Vice President - Partner
Advanced Thermal Energy Storing with the most efficient use of the ressources Peter Badstue Jensen Vice President - Partner November 30, 2017 BUSINESS AREAS CSP power plant technologies Integrated Energy
MITIGATION OF SEASONAL PRODUCTION LOSS FOR THREE PARALLEL 4.7MMTPA
17 th INTERNATIONAL CONFERENCE & EXHIBITION ON LIQUEFIED NATURAL GAS (LNG 17) 17 th INTERNATIONAL CONFERENCE & EXHIBITION MITIGATION OF SEASONAL PRODUCTION LOSS FOR THREE PARALLEL 4.7MMTPA
york yvwa variable-speed, water-cooled, screw chillers Infinite chiller configurations to help you achieve your goals
york yvwa variable-speed, water-cooled, screw chillers Infinite chiller configurations to help you achieve your goals Efficiency Flexibility Sustainability Confidence YORK YVWA variable-speed, water-cooled,
PROJECTS AND CHALENGES STRASBOURG 2006 ORMAT
Reliable Quality Power for ENHANCED GEOTHERMAL SYSTEMS PROJECTS AND CHALENGES STRASBOURG 2006 ORMAT Time, the only true test of reliability AJM Oct 2004 1053 1982-2006 : ORMAT S WORLDWIDE GREEN ENERGY
The H-25/H-15 Gas Turbine A Product of Hitachi Quality
DMLieferant www.dmliefer.ru The H-25/H-15 Gas Turbine A Product of Hitachi Quality The H-25 s fuel savings will repay your investment within a few years while allowing you a range of fuels from distillate
TECHNICAL PAPER ABSTRACT
Title: Authors: Energy Efficiency Drives Environmental Efficiency Case Study of the Thermal Energy Corp. Energy Center at Texas Medical Center in Houston Steve Swinson, PE, Thermal Energy Corp. Robynn
ENERGY RECOVERY IMPROVEMENT USING ORGANIC RANKINE CYCLE AT COVANTA S HAVERHILL FACILITY
Proceedings of the 18th Annual North American Waste-to-Energy Conference NAWTEC18 May 11-13, 2010, Orlando, Florida, USA Paper Number: NAWTEC18-3563 ENERGY RECOVERY IMPROVEMENT USING ORGANIC RANKINE CYCLE
The OriGen. Clean, Renewable Power From Waste Heat. AERCO.com
The OriGen Clean, Renewable Power From Waste Heat AERCO.com Turning Waste Heat into Usable Power What is Energy Recovery? Energy recovery is the method of using the waste heat of one process as the input
Hitachi H-25 & H-80 Gas Turbine. Bucharest, Apr.23, 2013
Hitachi H-25 & H-80 Gas Turbine Bucharest, Apr.23, 2013 Doc No. : GKKP-13-009 Rev.0 Hitachi, Ltd. 2013. All rights reserved. 1 Table of Contents Hitachi Gas Turbine Business H-25 Performance and Applications
Coal Mine Gas Utilization with Gas Engines - Case Study Sasyadko Mine, Ukraine
Coal Mine Gas Utilization with Gas Engines - Case Study Sasyadko Mine, Ukraine Gerhard Pirker GE Energy Jenbacher gas engines Methane to Markets Partnership Exposition Coal Sector, Session 2, 10:30 October
Chilled Water Energy Savings Study
1 Chilled Water Energy Savings Study Pressure Dependent Valve Sizing and Valve Authority Pressure Independent Valves (Mechanical and Electronic) Chilled Water System Design MIT Beta Site Study-Correcting
The H-25/H-15 Gas Turbine A Product of Hitachi Quality
GKKP-08-012 Rev.0 The H-25/H-15 Gas Turbine A Product of Hitachi Quality The H-25 s fuel savings will repay your investment within a few years while allowing you a range of fuels from distillate to natural
Thai-German Technology Conference Biogas CHP Solutions / exhaust gas heat recovery - GTP Solutions GmbH (D) Bangkok, Hotel Crowne Plaza
Thai-German Technology Conference Biogas CHP Solutions / exhaust gas heat recovery - GTP Solutions GmbH (D) Bangkok, 20.11.2017 Hotel Crowne Plaza GTP Solutions GmbH Specialized company in the business
BUILDINGS & OFFICE SPACES INDUSTRIAL SOLUTIONS. Combined production of Heat and Power. Waste Heat Recovery Bottoming Cycle
BUILDINGS & OFFICE SPACES Combined production of Heat and Power INDUSTRIAL SOLUTIONS Waste Heat Recovery Bottoming Cycle The ENEFCOGEN GREEN line of products is designed for applications of Combined Heat
BUILDING FOR THE FUTURE
BUILDING FOR THE FUTURE The following article was published in ASHRAE Journal, September 4. Copyright 4 American Society of Heating, Refrigerating and Air- Conditioning Engineers, Inc. It is presented
Geothermal Steam Turbines for Various Purposes
Geothermal Steam Turbines for Various Purposes Shigeto Yamada 1. Introduction Geothermal power generation was first experimentally developed in Italy in 1904, and commercial power generation also commenced
LNG PROCESS USES AERODERIVATIVE GAS TURBINES AND TANDEM COMPRESSORS
17 th INTERNATIONAL CONFERENCE & EXHIBITION ON LIQUEFIED NATURAL GAS (LNG 17) 17 th INTERNATIONAL CONFERENCE & EXHIBITION ON LIQUEFIED NATURAL GAS (LNG 17) LNG PROCESS USES AERODERIVATIVE GAS TURBINES
8Combined Cooling, Heating and Power Technologies (CHP): An Overview
8Combined Cooling, Heating and Power Technologies (CHP): An Overview Ted Bronson Associate Director Distributed Energy Resource Center Gas Technology Institute GTI / NICOR Combined Heat and Power Symposium
Knowledge is Power Belimo Energy Valve CHW DELTA T MITIGATION STUDY AHR Expo Innovation Award Winner in the Category of Building Automation
Knowledge is Power Belimo Energy Valve CHW DELTA T MITIGATION STUDY 2014 AHR Expo Innovation Award Winner in the Category of Building Automation The Belimo Energy Valve won the Technical Innovation of
CONSTRUCTION REQUIREMENTS
CONSTRUCTION REQUIREMENTS Note: The buildings on the UCCS campus are divided into two categories: General Fund and Auxiliaries. General Fund Buildings include academic and administrative functions. Auxiliary
Application of Near-Optimal Tower Control and Free Cooling on the Condenser Water Side for Optimization of Central Cooling Systems
Purdue University Purdue e-pubs International High Performance Buildings Conference School of Mechanical Engineering 2014 Application of Near-Optimal Tower Control and Free Cooling on the Condenser Water
Highview Enterprises Limited, Liquid Air Energy Storage (LAES)
Liquid Air Energy Storage (LAES) Liquid Air Energy Storage Process 1. Charge 2. Store 3. Discharge 1. Charge: Offpeak or excess electricity is used to power an air liquefier, which produces liquid air.
WHITE PAPER. Chiller Plant Optimization - A Practitioner s Perspective. Abstract
WHITE PAPER Chiller Plant Optimization - A Practitioner s Perspective Sridhar Chidambaram Advanced Engineering Group, Engineering Services, Infosys Limited Bangalore, India Abstract Maintaining optimal
Absorption Chillers in Industry
Absorption Chillers in Industry With deregulation and recent advances, absorption can be the best suited chiller option available. For Robust Performance Look to the Horizon Series of Absorption Chillers
ENERGY MANAGEMENT IN A CHILLED WATER PLANT USING THERMAL STORAGE
ENERGY MANAGEMENT IN A CHILLED WATER PLANT USING THERMAL STORAGE The Tenth International Conference on Thermal Energy Storage ECOSTOCK 2006 Stephane Bilodeau,, PE, Ph.D. sbilodeau@groupeenerstat.com Scope
CHP 201: Commercial & Critical Facilities
CHP 201: Commercial & Critical Facilities Energy Facilities Connections Conference Leavenworth, WA May 8, 2014 Dave Sjoding, Director DOE Northwest CHP Technical Assistance Partnership 1 President s Executive
Gas-fired efficiency in part-load and pulse operation
[ ENERGY / IN DETAIL ] [ ENERGY / IN DETAIL ] Gas-fired efficiency in part-load and pulse operation AUTHOR: Dawn Santoianni Gas-fired power plants are the most responsive and flexible generating assets
Comparison of Different Gas Turbine Inlet Air Cooling Methods
Comparison of Different Gas Turbine Inlet Air Cooling Methods Ana Paula P. dos Santos, Claudia R. Andrade and Edson L. Zaparoli International Science Index, Aerospace and Mechanical Engineering waset.org/publication/2686
CC Repowering WorkStation. Capital Cost Breakdown ( x $1000) for:
Capital Cost Breakdown ( x $1000) for: Description Total Cost Total Process Capital 74,368 Total Reuse Investment Capital 1,050 General Facilities 743 Engineering & Home Office Fees 5,949 Project Contingency
CSP PLANT OPERATIONS & MAINTENANCE
CSP PLANT OPERATIONS & MAINTENANCE Middle East & North Africa Concentrating Solar Power Knowledge & Innovation Program MENA CSP KIP Dipl.-Ing. Raymond Branke Fraunhofer Institute for Solar Energy Systems