The Project for renovation to increase the efficient use in Brewery by NEDO at Bia Thanh Hoa Brewery in Vietnam
|
|
- Alison Page
- 6 years ago
- Views:
Transcription
1 The Project for renovation to increase the efficient use in Brewery by NEDO at Bia Thanh Hoa Brewery in Vietnam 13 th September, 2006 New Energy and Industrial Technology Development Organization (NEDO) Jakarta Office 1
2 Outline of the Project Outline of the Project Objective Increase the efficient use of energy 2
3 Objective of the project Outline of the Project with CDM Renovation to increase the efficient use of energy in brewery at Bia Thanh Hoa in Vietnam Implementation VRC system: Vapor Re-Compression system=steam recovery Improvement of refrigeration system: To save electric power and manage power demand Improvement of pasteurizer: To save steam and water anaerobic waste water treatment and biogas boiler: To generate steam and treat waste water 3
4 CDM Project Participants and the Roles JAPAN CERs Credit Transfer Agreement VIETNAM NEDO (Entrusted to) MYCOM Transfer of CERs Implementation of equipment MOI Permits & Supervising HABECO BTH NEDO: New Energy & Industrial Technology Development Organization of Japan BTH: Bia Thanh Hoa HABECO: Hanoi Alcohol Beer Beverage Corp. MOI: Ministry of Industry MYCOM: Mayekawa Mfg. Co., Ltd. 4
5 Outline of the Beer Sector in Vietnam Outline of the Beer Sector in Vietnam 1. Beer industry is a fast growing industry in Vietnam 2. Small Breweries share the majority among 469 breweries in Vietnam. 3.Majority of the market is shared by state-owned and jointventure firms Cf. Beer Sector in Japan: Approx. 7,000Million Ltr/year, 30 Breweries ML-beer Beer Production Growth in Vietnam Scales of Breweries: Total 469 in 2004 Breweries <3ML 3-10ML 10-20ML >30ML Market Shares 27% State-owned Company JV Company 24% 49% Local Company 5 year
6 Outline of Bia Thanh Hoa THANH HOA BREWERY BIA HAI PHONG Established in km from capital Hanoi (3 hrs by car) 51ML annual beer production (in 2004, 7th largest production (1.2million kl-beer total in Vietnam) ISO9000 certified in 2002 Expanded production line in Apr 2004 (Capacity:8kL/brew ), and renewal the existing brewhouse (30kL) in Sep 2004 Products: Bia Thanh Hoa, Saigon, Hanoi BIA SAIGON 6
7 Initial Facility in Bia Thanh Hoa in 2003(at FS) Extremely inefficient coal boilers are used Use of ambient air type condensers (massive quantity of water is discharged) No waste water treatment is implemented (diluted by massive quantity of water) No measurement of the utility consumption Improvement of refrigeration system is desired due to high electricity tariff No concerns for fuel energy saving because of cheap coal prices Fig: Coal boilers Fig: Ambient air type condensers using massive water 7
8 Outline of Energy Use in BTH Outline of Energy Use in BTH Energy Cost CO 2 Emission Electricity (STD tariff) 984.5VND/kWh (0.065USD/kWh) 273.4VND/MJ 0.695kgCO 2 /kwh (OM &BM Ave.) 0.193kgCO 2 /MJ (Average) Diesel oil 8,360VND/L 227.8VND/MJ 2.62kgCO 2 /L kgCO 2 /MJ (0.53USD/L) Coal 1,342VND/kg 39VND/MJ 3.14kgCO 2 /kg kgCO 2 /MJ (0.085USD/kg) Tarif Tariff VND/kWh Tariff of Electricity 1,600 1,400 1, , h 2h 3h 4h 5h 6h 7h 8h 9h 10h 11h 12h 13h 14h 15h 16h 17h 18h 19h 20h 21h 22h 23h 24h 8
9 Beer Brewing Processes & Utility Consumption 30% ~40% of energy is consumed during wort boiling POWER... STEAM... WARM Water COOLING... 30%~50% of cooling load is used by wort cooling water production. 30%~50% of electricity is consumed for refrigeration load. MT MK LT WK WP Silo Mill Brewhouse FT CO2 ST Fermentation/Maturation Tank Zone High BOD effluent is drained from Brewhouse. BC BF Filtration WC WS FL WA BS Packaging & Warehouse 20%~30% of energy is consumed in the packaging area. 9
10 Outlook of Energy Consumption Steam 50% of steam is consumed in Brewhouse (large 20~30% of steam is consumed in the packaging area Large quantity of steam is consumed for CIP (for a short time) Electricity consumption 30~50% of electricity is consumed for Refrigeration Plant. Cooling load 30~50% of cooling load is used for water cooling. (especially for High Gravity Beer production) Water consumption Large quantity of water is consumed for cleaning purpose. Waste water High BOD effluent is drained from Brewhouse. t / h of Brewery Steam consumption (daily shift) min Brewhouse Others CIP Package Byproduct 10
11 Introduced Energy-saving Systems Introduced Energy-saving Systems Latest VRC System CO2 Recovery System Optimal Pasteurizing System PC Inv. M C C V B B T Chiller Chiller Chiller Economical Methane Recovery System Cascade Cooling System Dynamic Ice Storage/ Transportation System 11
12 Effect of the Proposed 4 Systems Effect of the Proposed 4 Systems Steam Electric power Others VRC Saving steam by Reusing the discharged steam Additional power required Mitigating the strong odor to the outside Refrigeration system Saving steam by heat recovery from discharged gas Saving power Effective demandside management Optimizing system for pasteurizer Saving steam by optimization N.A. Saving water consumption Biogas Boiler Steam generation by Biogas N.A. Anaerobic wastewater treatment added 12
13 VRC System VRC System Saving steam by reusing the discharged steam Discharged steam has great energy! This energy-saving system was developed with the aid from the Government of Japan. 13
14 VRC System VRC System Wort Kettle: evaporates about 2 tons of water in 1 batch. The conventional system discharges waste steam into atmosphere Scrubber: cleans the waste steam and generates hot water for pre-heating the wort for the following batch 99ºC Hot Wort 97ºC Transfer to Wort Kettle Drain 85ºC Energy Storage Tank 61m 3 Wort Pre- Heater Wort 78ºC 14
15 High Efficient Refrigeration Cascade cooling system System Multi-stage cooling consumes less energy than single stage cooling for a large temperature differential Dynamic ice system It stores ice during the off-peak period and shuts off refrigeration machines during the peak period. It reduces the electric power for pumps and the investment cost due to the high transportable heat density together with ice Heat recovery system Hot water is produced from high temp. NH 3 discharged gas in the refrigeration system and used in brewery instead of steam. 15
16 Refrigeration system-1: Cascade Cooling System Refrigeration system-1: Cascade Cooling System Water cooling from 28C to 5C (Large temp. differential). Based on 1763kW (500TR) Cooling load. Conventional Cooling System COP=4.87 Based on 1763kW (500TR) Power consumption reduces to 60%. Compressor capacity reduces to 70%. Displacement volume of Compressor Tc Te dt kw M3/h Cascade Cooling System Tc=35 C COP=8.06 Tc=35 C i C Chiller Te=0 C 5 C II Total II /I 60% 70% II -I ii Chiller Chiller 28 C Te=15 C Chiller 18 C Te=8 C Te=0 C 10 C 5 C 16
17 Cascade Cooling system Cascade Cooling system Starting the operation in August stage cascade cooling system 30º C Brewing Water Ambient Temp. Hot Brewing Water Tank 85ºC Hot Wort 99ºC 30C 0ºC 3ºC 6ºC No.1 No.2 20ºC Ethanol Bine Tank 12m 3 (Using existing Tank) Water cooler Chilled Water Tank For Wort Cooling 140m 3 Wort cooler 10ºC No.3 0ºC 30-40m 3 /1brew m 3 /1day Fermenta tion Tank 17
18 Refrigeration System-2: Dynamic Ice Storage and Transportation System Dynamic Ice Storage Tank Jacket cooling Plate cooling Air cooler Dynamic Ice Transporting Loop Piping 18
19 Dynamic Ice System Dynamic Ice System Heat recovery from discharged NH 3 gas to make hot water Evaporative Condenser Refrig. Comp. No.1 100kW Refrig. Comp. No.2 100kW Refrig. Comp. No.3 100kW Refrig. Comp. No.4 100kW Pd: Td: 110ºC Dynamic Ice Maker Dynamic Ice Storage tank -4ºC, 170m3 To use existing refrigeration compressor to make dynamic ice Fermentation 2 nd Brewhouse WC 2 nd Brewhouse FT 19
20 Comparison Table of Transportation Performance Transportation system Temperature Specific heat transportation Diameter of pipe Required volume of water Required pump power Running cost Dynamic ice -2 /3 19.8W/kg 125mmNB 59m3/h 5.5kW 83yen yen/h Chilled water 0 /3 3.5W/kg 250mmNB 332m3/h 30.0kW 450yen yen/h Cooling load is 1000Mcal/h Head of pump is 20m 20
21 Optimizing software for Pasteurizer(Opt-Past) Optimizing software for Pasteurizer(Opt-Past) Saving steam consumption by achieving optimum efficiency through computerized operation control Use Steam 21
22 Highly Efficient and Economical Methane Recovery System from Wastewater Waste Water from Brewhouse UASB Biogas Boiler Gas Compressor Gas Holder Steam Accumulator 22
23 Effects of Energy-saving Effects of Energy-saving Energy-saving: 3,386 Toe/yr CO2 emission reduction: 10,376 Ton/yr 23
24 Implementation Schedule Implementation Schedule Sep Installation of the consumption data monitoring unit Oct Installation of some parts of Refrigeration, following the renewal of the brewhouse by BTH. (Evap. condenser etc.) During Nov.2004 thru Mar 2005 Installation of some parts of VRC system (ES Tank, Scrubber, Drain tank, water seal, Hot water tank) Installation of refrigeration system, Opt-Past and a part of Biogas Boiler (Steam Accumulator) May to Jun 2005 Aug to Sep 2005 Jul to Nov 2005 Jan 2006 Installation of VRC system Startup of VRC and Refrigeration systems Installation of Anaerobic+Biogas boiler system Dissemination Seminar at BTH 24
25 Technology Transfer Technology Transfer Hardware Main equipment is made in Japan but the parts assembly and packaging are worked on by Vietnamese manufacturers under the supervision of Mayekawa. Software Human-machine interface improvement Group Activity (KAIZEN) Improve the motivation & increase Efficiency 25
26 Hardware Technology Transfer Transferred Technologies Developed in Japan after Oil-crisis in 1978 VRC: developed technology under Moonlight Project Cascade system Dynamic ice System Anaerobic waste water treatment system (high temp.) Main equipments are made in Japan, while the parts assembly and packaging are worked on by Vietnamese manufacturers under the supervision of Mayekawa. 26
27 Software Technology Transfer Process control and operation are fully automated in breweries in Japan. However, employees are more involved in the manual operation of the process rather than fully automated operation in Vietnam. Involvement of operator in the manual operation must be considered in designing the operation and control system and through training. 27
28 Group Activity (KAIZEN) Group Activity (KAIZEN) In Japanese Breweries, energy-saving effect is increased by Group Activity (KAIZEN) Thanh Hoa Brewery founded the Energy-saving team. Energy-saving team started the Group Activity in Feb Japanese reference Resulted from Energy Saving Activities 28
29 Dissemination The final objective of the project is the dissemination of energy saving technologies in Vietnam. For this purpose, breweries and beverage companies will be invited to inspect the actual reference and effectiveness of energy saving systems installed in BTH 29
30 Application to the other Industries System VRC Refrigeration Opt-Past. Biogas Boiler Distilleries, Sugar plants, etc. Soft drinks, Dairy plants, etc. Soft drinks Other Industries Any other industries suitable for anaerobic waste water treatment 30
Case Study: Energy Efficiency and CDM Project in Lao Brewery Co.Ltd,.
ODA-UNESCO Project: Promotion of Energy Science Education for Sustainable Development in Laos: Case Study: Energy Efficiency and CDM Project in Lao Brewery Co.Ltd,. Prepared by: Assoc. Prof. Sengratry
More informationEnvironmental Impacts on Brewing and the Resulting Sustainability Efforts at a Commercial and Industrial Site.
Environmental Impacts on Brewing and the Resulting Sustainability Efforts at a Commercial and Industrial Site. n Fred Strachan Sierra Nevada Brewing Company, Chico, Ca. n MBAA NW 4/26/2013 Sierra Nevada
More informationA.2. General description of project and applied technologies and/or measures
A. Project description A.1. Title of the JCM project Joint Crediting Mechanism Project Design Document Form Note: This JCM Project Design Document (PDD) is drafted as the result of the GEC s JCM Feasibility
More informationIncreasing Energy Efficiency in Breweries with Gas Turbine Cogeneration
Increasing Energy Efficiency in Breweries with Gas Turbine Cogeneration Anshuman Pandey, MSc. Leas Application Engineer, OPRA Turbines International B.V Combined Heat and Power (CHP) increases efficiency
More informationCondenser 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
More informationSustaining Our Operation in a Changing World. Michael Younis October
Sustaining Our Operation in a Changing World Michael Younis October 16 2008 Business Case Energy Consumption Cook Clean Refrigerate Cost Escalation 2 nd largest conversion cost 5.5% CAGR Environmental
More informationENERGY 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
More informationThe Biggest Loser REDUCING HIGHER EDUCATION COSTS BY 50%
The Biggest Loser REDUCING HIGHER EDUCATION COSTS BY 50% Ian Hadden, PE, LEED AP BD+C, CEM Director, Energy Management Services University of Arkansas at Little Rock 501-313-9597 ithadden@ualr.edu.com
More informationCarbon Neutral Manufacturing. Focus Areas. Energy Management Fuel Management Renewable Energy Substitution Supply Chain Management Logistics Travel
6 th November 2015 Company Profile Joint venture Promoted by TATAs & TIDCO. Year of Establishment - 1987 Products - Quartz Analog Wrist Watches, Precious Jewellery, Precision Components & Fashion accessories.
More informationProcess Optimisation of Brewery Plant with Biogas fired CHP/Trigeneration
Process Optimisation of Brewery Plant with Biogas fired CHP/Trigeneration Dawei Wu a, Barbara Sturm a, Stephan Hugenschmidt b, Anthony P. Roskilly a a Newcastle Institute for Research on Sustainability,
More informationDevelopment of the First Combined Heat and Power Plant in the Caribbean (CHP District Energy)
Development of the First Combined Heat and Power Plant in the Caribbean (CHP District Energy) Presented at the IDEA2016 107 th Annual Conference & Trade Show June 20-23, 2016 St. Paul, MN This paper will
More informationHeating the University of Glasgow with river sourced heat pumps. Adam McConkey Andrew Poon-King Zhibin Yu
Heating the University of Glasgow with river sourced heat pumps Adam McConkey Andrew Poon-King Zhibin Yu Opportunity - Reduce Glasgow University s 1.9 m gas bill - The University is set to upgrade its
More informationCHP Case Studies. Midwest CHP Application Center (MAC) .org (312) University of Illinois at Chicago Energy Resources Center UIC
CHP Case Studies Midwest CHP Application Center (MAC) www.chpcentermw.org.org (312)413-5448 University of Illinois at Chicago Energy Resources Center CHP Case Studies Elgin Community College Presbyterian
More informationINTEGRATION OF A NEW CCGT PLANT AND AN EXISTING LNG TERMINAL AT BARCELONA PORT Abstract ID Number: 155
INTEGRATION OF A NEW CCGT PLANT AND AN EXISTING LNG TERMINAL AT BARCELONA PORT Abstract ID Number: 155 Authors: Rafael Peiró Ripoll, Foster Wheeler Iberia, S.A., Spain Joaquín Gil Abad, Foster Wheeler
More informationIntroduction of energy savings by CO2 refrigeration systems in SM/CVS. Feb. 3 rd 2014 Panasonic Corporation Air-Conditioner Division Gaku Shimada
Introduction of energy savings by CO2 refrigeration systems in SM/CVS Feb. 3 rd 214 Panasonic Corporation Air-Conditioner Division Gaku Shimada AGENDA 1. CO2 Compressor and Application Roadmap 2. Introduction
More informationEnergy from the Earth. Geothermal Two very different methods Tides, waves, currents. Unit 12 Energy from the earth - Slide 1
Energy from the Earth Geothermal Two very different methods Tides, waves, currents Unit 12 Energy from the earth - Slide 1 Remember efficiency e = What you want out What you had to put in Electrical energy
More informationAdvanced heat driven cooling cycles for low-temperature waste heat recovery
CDTI-NEDO Joint Workshop on Energy Saving Engineering - Effective Use of Thermal Energy Advanced heat driven cooling cycles for low-temperature waste heat recovery 02/13/2018 Tatsuo Fujii Research & Development
More informationDevelopment of the First Combined Heat and Power plant in the Caribbean (CHP District Energy)
Development of the First Combined Heat and Power plant in the Caribbean (CHP District Energy) Presented in the DistribuGen Conference & Trade Show for Cogeneration/CHP 2015 April 7-9, 2015 Houston, Texas
More informationENERGY EVALUATION BY SIMULATION FOR EFFECTIVE USE OF SEWAGE HEAT
Proceedings of BS213: ENERGY EVALUATION BY SIMULATION FOR EFFECTIVE USE OF SEWAGE HEAT Toshihiko Sudo 1,Ryoichi Kajiya 2, Koji Sakai 2 1 Nikken Sekkei Research Institute, Japan 2 School of Science and
More informationDistrict heating topics
District heating topics This project has received funding from the European Union s Seventh Framework Programme for research, technological development and demonstration under grant agreement no ENER/FP7/609127/READY
More informationBETTER BUILDINGS BY DESIGN Sheraton Conference Center Burlington, Vermont. February 8, 2012
BETTER BUILDINGS BY DESIGN - 2012 Sheraton Conference Center Burlington, Vermont February 8, 2012 What is a geothermal System? Technically, it is a water source heat pump (WSHP) system that uses the
More informationGHG emission reduction through the JCM scheme
GHG emission reduction through the JCM scheme Achievements and Experiences of Nippon Koei SAITO Tetsuya NIPPON KOEI Co., Ltd. GHG emission reduction through the JCM scheme C H C L I M A T E N G E Introduction
More informationPharmaceutical Sustainability Initiatives
Pharmaceutical Sustainability Initiatives Duane Hagen, CEA Energy and Systems Optimization Steam and Condensate System Specialist Technical Training Instructor Primary Energy Sources Conversion of Energy
More informationRecent development of the Joint Crediting Mechanism
Recent development of the Joint Crediting Mechanism Naoki Torii Chief Administrator Office of Market Mechanisms Climate Change Policy Division Global Environment Bureau Ministry of the Environment, Japan
More informationNWC District Energy Campus Energy - RFQ Supporting Documentation. April 25, 2018
NWC District Energy Campus Energy - RFQ Supporting Documentation April 25, 2018 ESTIMATED ENERGY DEMAND BY BUILDING Facility Name Area Energy Use Intensity Goal Estimated Total Energy Total Average Peak
More information2. Chilled Water Storage: A 4.4-million gallon chilled water storage tank improves Cornell s ability to meet peak cooling needs.
SECTION 018130 ENERGY MODELING GUIDELINES APPENDIX A Modeling the District Heating and Cooling Systems of Cornell University for LEED Projects PART 1: GENERAL 1.01 PURPOSE A. Cornell is continually improving
More informationA. Cornell s district energy systems include the following components:
SECTION 018130 ENERGY MODELING GUIDELINES APPENDIX A Modeling the District Heating and Cooling Systems of Cornell University for LEED Projects PART 1: GENERAL 1.01 PURPOSE A. Cornell is continually improving
More informationKelly Bush, M.A.Sc.,., E.I.T., LEED A.P. Associated Engineering. Kerr Wood Leidal Associates
Kelly Bush, M.A.Sc.,., E.I.T., LEED A.P. Associated Engineering Mike Homenuke, P.Eng. Kerr Wood Leidal Associates May 17, 2010 Overview Background Energy Resource Design Concepts Factors Influencing Success
More informationOptimized System for Your Bottom Line. Trane Training Class 1 Dec, 2017
Optimized System for Your Bottom Line Trane Training Class 1 Dec, 2017 Total Cost of Ownership Setting your system for great payback Where is money spent over a 30 year lifetime? First Cost 4.9% Service
More informationTheme 4. Energy Efficiency. I-Fundamentals. Nguyen Thi Anh Tuyet Hanoi University of Science and Technology
Theme 4 Energy Efficiency I-Fundamentals Nguyen Thi Anh Tuyet Hanoi University of Science and Technology Energy types Contents - Primary energy - Secondary energy - The difference between power and energy
More informationA Trans-critical CO2 Heat Pump System for Waste Heat Utilization in Warm Weather Condition Applied to a Milk Refrigeration Plant
Purdue University Purdue e-pubs International Refrigeration and Air Conditioning Conference School of Mechanical Engineering 2016 A Trans-critical CO2 Heat Pump System for Waste Heat Utilization in Warm
More informationWELCOME! 欢迎 光临. Roadmap
Roadmap Eurovent and refrigerants (Upcoming) realities Solutions that think ahead GEA Group: Optimizing heat recovery from industrial processes with NH3 heat pumps WELCOME! 欢迎 光临 8 April 2015 Ozone2Climate
More informationREPORT DOCUMENTATION PAGE
REPORT DOCUMENTATION PAGE Form Approved OMBNo.0704-018 Public reporting burden for this collection of information is estimated to average 1 hour per response, including the time for reviewing instructions,
More informationTexas 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
More informationValue of Air Source Heat Pumps in Light of Variable Energy Prices. Jeff Haase. Energy Design Conference February 27, 2013
Value of Air Source Heat Pumps in Light of Variable Energy Prices Jeff Haase Energy Design Conference February 27, 2013 Agenda Overview of Air Source Heat Pump Technologies History, General Comparison
More informationSea Water Heat Pump Project
Sea Water Heat Pump Project Alaska SeaLife Center, Seward, AK Presenter: Andy Baker, PE, YourCleanEnergy LLC JCOS Forum Juneau Library April 11, 2013 This powerpoint Copyright 2013 by YourCleanEnergy LLC,
More informationEVALUATION OF THE IMPACT OF NEW RESIDENTIAL WATER HEATER DISSEMINATION BY A RESIDENTIAL ENERGY END-USE MODEL
Proceedings of BS15: 14th Conference of International Building Performance Simulation Association, Hyderabad, India, Dec. 7-9, 15. EVALUATION OF THE IMPACT OF NEW RESIDENTIAL WATER HEATER DISSEMINATION
More informationAbsorption Chillers & Heatpumps
AIRCONDITIONING Absorption Chillers & Heatpumps IBK B.V. T +31 (0)30 638 00 00 Duwboot 19 E info@ibknl.com 3991 CD Houten W www.ibknl.com water Waste heat ->> Recycle energy Steam Exhaust gas About World
More informationCO 2. Recovery AND PRODUCTION
Recovery AND PRODUCTION HIGH PURITY from recovery and production plants When installing or upgrading your production business, join the last stateof-the-art of TPI Technology. A Recovery Plant will assure
More informationIntegrating Standby Power and Steam Turbine Chillers for Better Resiliency at UNC Chapel Hill
Integrating Standby Power and Steam Turbine Chillers for Better Resiliency at UNC Chapel Hill IDEA 28 th Annual Campus Energy Conference Denver, Colorado Philip Barner, P.E. Director of Energy Services
More informationNational Indian Gaming Association 2005 Certification: Energy Management for Cost Savings Larry Kinney Synertech Systems Corporation On behalf of
National Indian Gaming Association 2005 Certification: Energy Management for Cost Savings Larry Kinney Synertech Systems Corporation On behalf of CERT Wild Horse Casino in Umatilla Country, Oregon Dancing
More informationImplications of Measured Commercial Building Loads on Geothermal System Sizing
Implications of Measured Commercial Building Loads on Geothermal System Sizing ASHRAE Annual Meeting June 23, 1999 Hugh I Henderson, Jr.. P.E. CDH Energy Corp. Cazenovia,, NY www.cdhenergy.com Overview
More informationGas 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
More informationTHERMAL HYDROLYSIS: DESIGN, COMMISSIONING AND LESSONS LEARNED THROUGH A HISTORY OF INSTALLATIONS GREG KNIGHT
THERMAL HYDROLYSIS: DESIGN, COMMISSIONING AND LESSONS LEARNED THROUGH A HISTORY OF INSTALLATIONS GREG KNIGHT OVERVIEW 1. BRIEF INTRODUCTION TO THP 2. DRIVERS FOR IMPLEMENTATION 3. DESIGN CONSIDERATIONS
More informationHeat Pump Hot Water Supply Systems
2007年度版 Heat Pump Hot Water Supply Systems (1) Aims A great amount of energy is consumed for supplying hot water in the residential, commercial and industrial sectors. emission from residential hot water
More informationIntroduction of Commercial CO 2 Heat Pump applications in Switzerland and Japan
Numbers of Abstract/Session (given by NOC) - 1 - Introduction of Commercial CO 2 Heat Pump applications in Switzerland and Japan Nelson Mugabi, Hirokazu Yoneda Mayekawa Mfg.Co.Ltd., 2000 Tatsuzawa, Moriya,
More informationMONITORING AND DATA COLLECTION FOR DISTRIBUTED GENERATION/ COMBINED HEAT AND POWER (DG/CHP) SYSTEMS AT ALLIED FROZEN FOODS BROCKPORT, NEW YORK.
MONITORING AND DATA COLLECTION FOR DISTRIBUTED GENERATION/ COMBINED HEAT AND POWER (DG/CHP) SYSTEMS AT ALLIED FROZEN FOODS BROCKPORT, NEW YORK. SYSTEM OVERVIEW The power generation shall be delivered via
More informationAORA SOLAR S TULIP SYSTEM A HYBRID SOLAR THERMAL SOLUTION
AORA SOLAR S TULIP SYSTEM A HYBRID SOLAR THERMAL SOLUTION COMPANY PROFILE COMPANY PROFILE AORA SOLAR commercializes its own solar thermal technology the TULIP system, based on a solar receiver heating
More informationBEYOND O&M. Shawn Maurer SEDAC Building Energy Specialist. Smart Energy Design Assistance Center (SEDAC), University of Illinois at Urbana Champaign
BEYOND O&M Shawn Maurer SEDAC Building Specialist Smart Design Assistance Center (SEDAC), University of Illinois at Urbana Champaign PRESENTATION OVERVIEW and Take away: Regular costs less over the long
More informationDharam V. Punwani Avalon Consulting, Inc. Tom L. Pierson Turbine Air Systems, Ltd.
Turbine Inlet Air Cooling: A Great Strategy for Maximizing the Potential of Combustion Turbines and Addressing the Needs of Restructuring Energy Market Dharam V. Punwani Avalon Consulting, Inc. Tom L.
More informationRecent Development of the JCM and JCM Model Project
Recent Development of the JCM and JCM Model Project June 2017 Mr. Kazuhisa KOAKUTSU Deputy Director Office of Market Mechanisms Global Environment Bureau Ministry of the Environment of Japan 1 The Joint
More informationChallenges of Designing Wastewater Heat Recovery Systems
Challenges of Designing Wastewater Heat Recovery Systems Mike Homenuke, P.Eng. Canadian Geoexchange Coalition National Conference 2013 Outline 2 Wastewater 101 What resources are available? Who is able
More informationSouthside Wastewater Treatment Plant Renewable Energy Leasing Project
City of Dallas Water Utilities Department Southside Wastewater Treatment Plant Renewable Energy Leasing Project Presented to the TEC September 8, 2008 Southside Wastewater Treatment Plant Renewable Energy
More informationConserving resources, reducing energy costs. engineering for a better world
Conserving resources, reducing energy costs. engineering for a better world Energy and environment are in the focus... Exploring the opportunities together Determining the energy savings potential in your
More informationCHP 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
More informationSolar Thermal Optimization for District Hot Water through Energy Modeling
Solar Thermal Optimization for District Hot Water through Energy Modeling Joshua Morejohn, Energy Manager Priscila Castillo Cazares, JEMES CiSu UC Davis is converting their district heating system from
More informationProgram organization research of Multistage Deep Sea Water Utilization Infrastructure in the Republic of Maldives
Feasibility Studies with the Aim of Developing a Bilateral Offset Credit Mechanism FY2011 Studies for Project Development and Organization Program organization research of Multistage Deep Sea Water Utilization
More informationFuture European Heat. Renewable heating comparisons
Document number Future European Heat Renewable heating comparisons Tuesday, 28 May 2013 By: Melahn Parker (Melahn.Parker@dnvkema.com) DNV KEMA Energy & Sustainability DNV KEMA serves the entire energy
More informationDecember 13, 2012 Energy Efficient Cooling Information Service Webinar Series Christine Brinker and Gearoid Foley CHP with Absorption Chilling
December 13, 2012 Energy Efficient Cooling Information Service Webinar Series Christine Brinker and Gearoid Foley CHP with Absorption Chilling Technical Assistance Education and Outreach Executive Order
More informationChromasun Micro-Concentrator
Chromasun Micro-Concentrator What is Solar Thermal? PAGE 2 Solar Hot Water Heating Solar Hot Water heating uses the heat of the sun to generate hot water Flat panels like the ones shown to the right can
More informationDevelopments in Anaerobic treatment of F&B wastewaters
Developments in Anaerobic treatment of F&B wastewaters More biogas at lower investment and operating costs 3 rd European Food Manufacturing & Safety Summit 2013 Noordwijk; February 11/12 Jan Pereboom Veolia
More informationEfficient utilization of energy sources
Efficient utilization of energy sources Perspectives for the reduction of fossil primary energy utilization in urban areas March 28 Using the energy content the most efficient way is using COMBINED HEAT
More informationSound HVAC Choices for Sustainable Design. Julian de Bullet
PLEASE MUTE CELL PHONES Sound HVAC Choices for Sustainable Design Julian de Bullet Director of Industry Relations McQuay International ASHRAE Distinguished Lecturer 703-395-5054 1 2 Rising?? What Is Sustainability?
More informationHotels: Water and Energy
Hotels: Water and Energy Agenda 01 Introduction 05 Hotel System Options 02 Company Overview 06 Hotel Energy Conservation 03 Hotel Energy & Water Use 07 Hotel Project Examples 04 Design Philosophy Introduction
More informationProject : Power & Fuel consumption - an engineering initiative. VPS Rockland, Dwarka.
Project : Power & Fuel consumption - an engineering initiative VPS Rockland, Dwarka. VPS Rockland Dwarka Well-designed compact 103 bed Multi speciality hospital Plot area of 1250 square meter, and build
More informationDEVELOPMENT OF A HYBRID AIR-CONDITIONING SYSTEM DRIVEN BY LOW TEMPERATURE WASTE HEAT
DEVELOPMENT OF A HYBRID AIR-CONDITIONING SYSTEM DRIVEN BY LOW TEMPERATURE WASTE HEAT Hirofumi Sasaki, Hiroyuki Tsuda, Technology Development Dept., Tokyo Gas Co., Ltd., Tokyo, Japan ABSTRACT Waste water
More informationOPTIMAL OPERATING METHOD FOR A HEAT SOURCE SYSTEM CONSIST OF CENTRIFUGAL CHILLERS
Numbers of Abstract/Session (given by NOC) - 1 - OPTIMAL OPERATING METHOD FOR A HEAT SOURCE SYSTEM CONSIST OF CENTRIFUGAL CHILLERS Satoshi, Nikaido, Centrifugal & Absorption Chiller Department, Air-Conditioning
More informationCOMPUTER SIMULATION AND EXPERIMENTAL VALIDATION OF A MODERN HOTEL ON BUILDING ENERGY CONSERVATION
, Volume 4, Number 1, p.6-13, 23 COMPUTER SIMULATION AND EXPERIMENTAL VALIDATION OF A MODERN HOTEL ON BUILDING ENERGY CONSERVATION K.H. Yang and S.C. Wu Mechanical Engineering Department, National Sun
More informationChallenges in Wastewater Treatment and Management in Asia:
Challenges in Wastewater Treatment and Management in Asia: Appropriate Technological Solutions Thammarat Koottatep Reinventing the Toilet Areas of Technology Innovation Onsite Management Treatment & Reuse
More informationHyTReC Encourages Hydrogen Industries
International Hydrogen Energy Development Forum 2013 HyTReC Encourages Hydrogen Industries Shogo Watanabe Hydrogen Energy Test and Research Center 1 Overview of Fukuoka Hy-Life Project Fukuoka Personnel
More informationBREWERY PROJECTS REVIEW 28KM
www.lehui.com BREWERY PROJECTS REVIEW 2011 5 28KM Huangpu District Guang Zhou 315722 0574-6583 3333 0574-6583 6111 6583 6222 ntl@lehui.c om nbm@lehui.com http :/ / www.lehui.c om NINGBO LEHUI FOOD MACHINERY
More informationModeling and analyzing solar cooling systems in Polysun
Modeling and analyzing solar cooling systems in Polysun Seyed H. Rezaei (seyed.rezaei@velasolaris.com) 1 Andreas Witzig (andreas.witzig@velasolaris.com) 1 Michael Pfeiffer (michael.pfeiffer@velasolaris.com)
More informationApplication of Heat Pumps in Industry HPP Annex 35
Application of Heat Pumps in Industry HPP Annex 35 René Rieberer Institute of Thermal Engineering (IWT) Graz University of Technology http://www.iwt.tugraz.at IEA Vernetzungstreffen 2015 Vienna, 29.10.2015
More informationAdditional Information on Default Values
Additional Information on Default Values 1 Default values for boilers and chillers for the reference emission calculation For projects introducing high efficiency boilers and heat recovery heat pumps,
More informationCase Study: UK Drinks Sector. Effluent segregation
Case Study: UK Drinks Sector Effluent segregation Effluent generated during drinks manufacture can often be a significant volume and have a high pollution load. Greater awareness of the value of water
More informationMILLERCOORS GOALS FOR WATER SAVINGS AND APPROACH TO WATER REDUCTION JULIE SMITH, PE, OPTIMIZATION ENGINEER
MILLERCOORS GOALS FOR WATER SAVINGS AND APPROACH TO WATER REDUCTION JULIE SMITH, PE, OPTIMIZATION ENGINEER 8/14/14 Brewery Water Reduction - Overview Corporate Goals and Score Carding Water Usage in the
More informationHirose Yukinobu, HPTCJ 20 June 2016
Hirose Yukinobu, HPTCJ 20 June 2016 Long Term Energy Supply-Demand Outlook 2015, Japan Energy Demand Primary Energy Supply Economic growth rate 1.7/ year 361million kl Electricity 25% Heat Gasoline Town
More informationBrewing a Platinum Zero Waste Program. Cheri Chastain Sustainability Manager
Brewing a Platinum Zero Waste Program Cheri Chastain Sustainability Manager Defining Sustainability Social Equity Healthy Environment Economic Stability Our Sustainability Department Maintain existing
More informationSUGAR INDUSTRY TECHNOLOGISTS MEETING 2000
SUGAR INDUSTRY TECHNOLOGISTS MEETING 2000 May 14-17 New Orleans, LA USA S.I.T. Paper # 782 AL KHALEEJ SUGAR A WATER EFFICIENT REFINERY. By Jamal Al Ghurair & G.C. Singh, AL KHALEEJ SUGAR DUBAI, UNITED
More informationSolar chilled drinking water sourced from thin air: modelling and simulation of a solar powered atmospheric water generator
Solar chilled drinking water sourced from thin air: modelling and simulation of a solar powered atmospheric water generator Lu Aye, Biju George and Dan Wu Renewable Energy and Energy Efficiency Group,
More informationCase Study: Holiday Inn Darling Harbour
Cold solar feed Array Heat Pump Array Solar Collector Array Existing Cooling Load Solar Return Case Study: Holiday Inn Darling Harbour Project Project Description Project Statistics 30 x 500L Storage T-T500AS
More information1. Heat Pumps contribute to Environmental Protection and Energy Security Heat Pumps Ambient Heat 23.5 Recycling Grid electricity + Heat pump
0 5 10 15 20 25 30 35 40 billion t-co2 1971 31% 26% 28% 7% 2% 6% 13.9 2002 4% 14% 6% 26% 7% 16% 27% 23.5 CO2 Ambient Heat Recycling 2010 2020 16% 5% 6% 25% 7% 15% 27% 17% 5% 6% 22% 6% 13% 31% 27.8 33.2
More informationAllstream Centre Energy Performance Report
Allstream Centre Energy Performance Report 2012 2014 TABLE OF CONTENTS INTRODUCTION... 1 ELECTRICAL CONSUMPTION... 2 ELECTRICAL ENERGY DISTRIBUTION... 3 BUILDING POWER AND SYSTEMS... 4 FACTORS CONTRIBUTING
More informationBioenergy Applications in Japan
APEC EGNRET 47, Jakarta, Indonesia Bioenergy Applications in Japan October 10th, 2016 Takao Ikeda The Institute of Energy Economics, Japan (IEEJ) Biomass Electricity Biofuel R&D in Japan 1 Long-Term Energy
More informationIntroduction of EEC policy in Japan - One of the most important energy policies -
Introduction of EEC policy in Japan - One of the most important energy policies - Table of Contents 1. Outline of EEC policy in Japan 2. Top runner program for equipment 3. Top runner program for industry
More informationUnion 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
More informationCITY OF LONDON WASTEWATER TREATMENT OPERATIONS ENVIRONMENTAL & ENGINEERING SERVICES DEPARTMENT 2013 ANNUAL REPORT ADELAIDE WASTEWATER TREATMENT PLANT
CITY OF LONDON WASTEWATER TREATMENT OPERATIONS ENVIRONMENTAL & ENGINEERING SERVICES DEPARTMENT 2013 ANNUAL REPORT ADELAIDE WASTEWATER TREATMENT PLANT FEBRUARY 2014 Adelaide Wastewater Treatment Plant 2013
More informationExploiting the Free, Renewable Energy, Above and Below your Farm. Michigan State University March 10, 2016
Exploiting the Free, Renewable Energy, Above and Below your Farm Michigan State University March 10, 2016 Core Topics Geothermal Explained Advantages of Geothermal Agricultural Applications of Geothermal
More informationBIOMASS CHP. Biomass Cogeneration/Trigeneration. Sustainable and cost-effective solutions for heating, cooling, and electrical power generation using:
An BIOMASS CHP Biomass Cogeneration/Trigeneration Sustainable and cost-effective solutions for heating, cooling, and electrical power generation using: Biomass steam and hot water boilers with ORC [Organic
More informationWastewater Recycling Plants with Zero Effluent Discharge. Water Recycling Plants
Wastewater Recycling Plants with Zero Effluent Discharge By Transparent Technologies Private Limited Business Groups Co-generation systems Absorption Cooling Systems Water Recycling Plants Heat recovery
More informationRETRO-COMMISSIONING OF A HEAT SOURCE SYSTEM IN A DISTRICT HEATING AND COOLING SYSTEM Eikichi Ono 1*, Harunori Yoshida 2, Fulin Wang 3 KEYWORDS
Eleventh International IBPSA Conference Glasgow, Scotland July 7-, 9 RETRO-COMMISSIONING OF A HEAT SOURCE SYSTEM IN A DISTRICT HEATING AND COOLING SYSTEM Eikichi Ono *, Harunori Yoshida, Fulin Wang KAJIMA
More informationCLUSTER PROFILE PUNJAB DAIRY INDUSTRIES
CLUSTER PROFILE PUNJAB DAIRY INDUSTRIES PUNJAB Submitted to UNIDO CONTENTS Cluster background... 1 Cluster size and turnover... 1 Industry associations... 1 Technology status and energy use... 1 Energy
More informationCHILLED WATER THERMAL ENERGY STORAGE NEW MEXICO
CHILLED WATER THERMAL ENERGY STORAGE NEW MEXICO HELLO Do you own a Thermal Energy Storage Tank? Energy Storage Energy is stored during off-peak periods, then distributed during peak periods. Examples of
More informationPotential of Process Integration in four Industrial Companies in Germany
Proc. Eurosun 2006, Glasgow (UK), 27.-29.6.06 Potential of Process Integration in four Industrial Companies in Germany U. Jordan, K. Vajen, B. Schmitt, P. Bruchhäuser Kassel University, Institut für Thermische
More informationSolar heat in Industry and Commerce to cut energy costs and green house gas emissions
1. Introduction 2. Solar Technology 3. Market Overview 4. Ecomomics 5. Outlook Solar heat in Industry and Commerce to cut energy costs and green house gas emissions Dr.-Ing. Bastian Schmitt, University
More informationAlex Alexandrovich, P.E.
Alex Alexandrovich, P.E. Free Energy Potential The Rankine Cycle Barriers to The Rankine Cycle The Organic Rankin Cycle (ORC) Applications Packaged System Approach The majority of the heat resulting from
More informationIntegration of trigeneration and CO2 refrigeration systems for energy conservation in the food industry AFM 251
Integration of trigeneration and CO2 refrigeration systems for energy conservation in the food industry AFM 251 Savvas Tassou and INyoman Suamir On behalf of AFM251 consortium BRUNEL UNIVERSITY Content
More informationEnergy Optimized Resource Recovery Project Presented By: Curtis Czarnecki, P.E.
Kenosha Wastewater Treatment Plant Energy Optimized Resource Recovery Project Presented By: Curtis Czarnecki, P.E. Kenosha Water Utility March 22, 2016 WWTP Service Area Overview Population: 110,000 Service
More informationEnergy Management in Plastics Processing
Energy Management in Plastics Processing Dr Robin Kent Tangram Technology Ltd. This is where we work: This is how long we have been doing this: The new words: Global warming. Greenhouse effect. Carbon
More informationSolar Heat for Industrial Production Processes - Latest Research and Large Scale Installations
Solar Heat for Industrial Production Processes - Latest Research and Large Scale Installations Christoph Brunner AEE Institute for Sustainable Technologies (AEE INTEC) A-8200 Gleisdorf, Feldgasse 19 AUSTRIA
More information