COMMERCIAL BOILERS. HIGH MASS Advantages Flow Indifferent Primary Piping Resistant to low return temperature issues Up to 1200 H.P. 20 plus year life.

Slides:



Advertisements
Similar presentations
HVAC523 Heat Sources.
Advertisements

The value in mechanical & electrical retrofits What Pays and what Doesnt? What Pays and what Doesnt? June 16, 2011 June 16, 2011 Mark Kesseler Mark Kesseler.
VF™ Series Boiler.
EGR 334 Thermodynamics Chapter 4: Section 10-12
Environmental Controls I/IG Lecture 14 Mechanical System Space Requirements Mechanical System Exchange Loops HVAC Systems Lecture 14 Mechanical System.
Energy Service Productivity Management ©2007 ESPM Energy Consultants, L.L.C. All Rights Reserved.
Exhaust Heat Recovery Systems
PARKER BOILER PARKER BOILER HOT WATER PIPING SYSTEM 1. 3 way valve and O.S.A. reset. 2. Single boiler piping schematic. 3. Single boiler with 3 way valve.
Learning Outcomes Upon completion of this training one should be able to: Identify open loop and closed loop campus-type hydronic water system applications.
Modine 93% Separated Combustion Condensing Unit Modine’s Breakthrough Solution to Commercial Heating.
An independent heating system consists of: 1) wall-mounted boiler flue 2) manifold of copper and its connection to the boiler 3) internal boiler chimney.
Competition Other types of flow meters Thermal Mass flow competition.
Temperature Operational temperature n n Design temperature t2t2 t1t1 t w1 t w2 t Tp,max twtw Temperature difference - emitter = t w1 - t w2 Temperature.
Driving Toward Energy Efficiency Emerson Process Management Novaspect. Inc. June 22 / 23, 2010 Steam.
STAGED COLUMN DESIGN K. M. Tanvir Ahmmed Lecturer, ChE, BUET.
Presented by: Terry Stohs Viessmann Manufacturing Company Inc.
Department of Mechanical Engineering ME 322 – Mechanical Engineering Thermodynamics Lecture 25 Comparison to Carnot’s Heat Engine Effects of Boiling and.
Reheat cycle.
Engineer Presentation
Steam Power Plant.
Feedwater Heater Heat Transfer Richard Galati Brent Smith Justin Pierce.
Lec 23: Brayton cycle regeneration, Rankine cycle
Hydrotherm’s NEW KN Series
Westbrook Apartments BOILER REPLACEMENT ASSESSMENT AND PROPOSAL AUGUST 2007.
Cogeneration.
Piping Systems.
Charleston Towers West Virginia BOILER REPLACEMENT ASSESSMENT AND PROPOSAL AUGUST 2007.
Quantifying Cycle Isolation Losses and Integration with On Line Systems Feedwater System Reliability Users Group 2015 Meeting San Antonio Ken Porter Rich.
Lecture Objectives: Finish with thermal storage systems Plumbing Hydronic distribution systems –Chiller/Boiler – Storage – Building.
Cortez Sanitation DistrictSeptember 2002 Arber Cortez UV Disinfection Steven M. Ravel, P.E. Travis E. Meyer, P.E. Richard P. Arber Associates.
Unit 208: Central heating systems
Heat Transfer Equations For “thin walled” tubes, A i = A o.
Lesson 8 SECOND LAW OF THERMODYNAMICS
STEAM TURBINE POWER CYCLES. The vast majority of electrical generating plants are variations of vapour power plants in which water is the working fluid.
1. LOW COST 2. SIMPLE 3. EFFICIENT. EER Energy Efficiency Ratio = Cooling Capacity in Btu / Hr Power Consumption in Watts.
Senior Design Team #18 Lacey Ednoff Brianna Beconovich Jarimy Passmore Jesse Poorman.
The Importance of Distribution. Manifold Position And Vapor Trail.
Lecture Objectives: Finish boilers and furnaces Start with thermal storage systems.
1 ChemE 260 Improvements and Non-Ideal Behavior in the Rankine Cycle May 20, 2005 Dr. William Baratuci Senior Lecturer Chemical Engineering Department.
CARTER DENNY OCEAN TEMPERATURE GRADIENTS. Ocean Temp Gradient also know as Ocean Thermal Energy Conversion(OTEC) is process that involves using warm surface.
Generating Stations. Bulk electric power is produced by special plants known as generating stations or power plants. Depending upon the form of energy.
Boilers Different Types Lata Grover. Overview Classification by Structure Classification by Heating Method Classification by Pressure Further Information.
Page 1 Petten 27 – Feb ALFRED and ELFR Secondary System and Plant Layout.
Baldwin Wallace College (Berea, Ohio). Two KN20 boilers installed to replace old atmospheric cast iron boilers. KN boilers are true cast iron sectional.
Vapor compression cycle performance. 1- Effect of evaporation pressure “ or temperature” for the following figs: R-22, 4.5% clearance, 50 L/s displacement.
Heat Transfer Equations For “thin walled” tubes, A i = A o.
BasicRefrigerationSystem 4 Component Flow Diagram.
1 Hospital Building and Campus Piping. 2 Hospital Building Occupancy – office and patient areas Patient areas: 24 hours per day Office areas: 8 am – 5.
Hilario J. Negrón (787) ext 3223 (787) Measuring Operational Efficiency.
ClearFire-LC Hydronic Boiler Solution. ClearFire Family Capacities from 400 to 12,000 MBH 2 ClearFire-H - Steam ClearFire-C - Condensing ClearFire-V -
ARÇELİK TİCARİ KLİMA EĞİTİM DÖKÜMANI APPENDIX.
Michael A. Green and Heng Pan
Greenhouse Management
Lesson 7 Steam Power Plant.
Exhaust Heat Recovery Systems
Thermodynamics Cycles.
R. J. Jones 5930 Bandini Blvd. Los Angeles, CA.,
Presented By: Jim Lombardo Herbert & Conway, Inc.
H EAT P IPE / H EAT E XCHANGERS By Maniks
Carbon-Carbon Compoistes
Flo-Direct®.
AUTOTRANSFORMERS.
Real Rankine Cycle with Superheat
Dr. Unnikrishnan P.C. Professor, EEE
Steam traps Applications and Recommendations
Water Bath Heaters 101.
Generation of Electrical Energy: Sources and Generators
Variable Speed Pumps Theory and Application
Presentation transcript:

COMMERCIAL BOILERS

HIGH MASS Advantages Flow Indifferent Primary Piping Resistant to low return temperature issues Up to 1200 H.P. 20 plus year life expectancy Disadvantages Least efficient Higher cost per BTU output Big Footprint Thermal shock

LOW MASS CFT Advantages Lowest cost per BTU output Small footprint Disadvantages Flow dependent Short cycles Vulnerable to condensate Required primary secondary piping Up to 15 years of life

LOW MASS FIRE TUBE Advantages Small Footprint Higher Efficiencies Disadvantages Flow dependent Requires high turndown ratio Primary secondary piping 316L Up to 10 year life

MEDIUM MASS FIRETUBE Advantages Flow independent Primary Piping Tolerant to low return temps 20 plus year life Small footprint Resists thermal shock Available in condensing & Non-Condensing No short cycling 5:1 turndown adequate Disadvantages More expensive than low mass

SUPPLY/RETURN SYSTEM 2 Way vs. 3 way valves Bypass Minimum Flow Rate High Mass Low Mass Medium Mass Type of Pipe Steel Copper PP-R