Prototype Cooling Tower Presented By: Bryan Crawford Assisted By: Tom Rose Gerry Taylor.

Slides:

Advertisements

Similar presentations

HUMIDIFICATION/COOLING TOWER

Advertisements

1 Optimal Control of Chiller Condenser Sub-cooling, Compressor Speed, Tower Fan and Pump Speeds, and IGV Omer Qureshi, Hassan Javed & Peter Armstrong,

Domain C4 Monitoring students’ understanding of content through a variety of means, providing feedback to students to assist learning, and adjusting learning.

Make the most of your energy Head Office – Case Study.

Variable Frequency Drives VFD Basics

TEAM II Cooling Tower Analysis By: Cortez Rankin & D. Caruthers.

Microchannel Heat Sink Experiment: Testing Convective Coefficients Instructor: Dr. Ralph Budwig Fall 2006 Nicholas Tebbe Victor Ponce James Dorrell December.

CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.

Challenger Center Cooling Tower Enev/Ench 435 September 23, 2008 Performed By: Dianah Dugan Alex Saputa.

Gas Fired Water Heater Boiler Makers A Retrospective Glance Group Members Bryan Gipson Bryan Crawford Tom Rose November 11, 1997.

Challenger Center Cooling Tower Enev/Ench 435 September 23, 2008 Performed By: Dianah Dugan Alex Saputa.

Challenger Center Cooling Tower Performed By: Dianah Dugan Alex Saputa.

CWS 70ºF CWR 80ºF Cooling Tower Humid air Out with heat Dry air In Central Energy Plant A/C Unit Work EMCS 404 Chilled Water Supply 40ºF Chilled Water.

UTC’s Central Energy Plant Humid air Out with heat Central Energy

Meshal Khaled Al-Saeed Dr. Malik Al-Ahmad

ชุดใบพัด ประหยัดพลังงาน EnergySavingGuarantee President Chemical Co., Ltd. รูปงานติดตั้ง.

DISTRIBUTION STATEMENT A: Approved for public release; distribution unlimited. NSWCDD-PR Will Clark Robert Snodgrass, PE Naval Surface Warfare.

Overview of Liquid Cooling Systems Peter Rumsey, Rumsey Engineers.

EE/CS 480 Fall September, 2007 University of Portland School of Engineering Project Blue Heron Educational Ball and Beam Control System Team Bryan.

DESIGN AND CONSTRUCTION OF AN

Plenum Runs Plenum Runs. Plenum Run Usually located in the attic or basement. Run in any location accessible for attachment of supply tubing. More economical.

Physical Science Activities Activities: 3/18-3/20 OAKS Testing 3/31-4/1 Experiment planning (Heat/ Calorimeters) 4/2- 4/9 experiment setup and Data Collection.

DESIGN AND PERFORMANCE EVALUATION OF AN EVAPORATIVE HEAT EXCHANGER A.O. MURITALA, S.O. OBAYOPO, S.K. FASHOGBON, O.T. POPOOLA*, S.A ADIO Department of Mechanical.

Higher Physics – Unit 2 2.4Analogue Electronics. Op-Amp An op-amp has two inputs and one output. The symbol for an op-amp is: inverting input non-inverting.

Pump Performance Testing ENGR 120. Experimental Setup current measurement voltage measurement pump water collection pail on digital balance water reservoir.

Unwind Drive Cooling Fan ©Bill Kilbey High 1x Cooling Motor/Fan Motor/fan sit on top of large variable speed motor, fan mounted directly on motor.

Prototype Vortex Thermodynamic Calculation Method.

INTRODUCTION. Function of Chillers Remove Cool Control Support.

Unwind Drive Cooling Fan Beat Frequency ©Bill Kilbey 2009.

System Appliances Division Training Manual MODERATO-P/J -. AQ09MSB -. AQ12MSB -. AQ18MSB -. AQ24MSB.

Software Architecture for Dynamic Thermal Management in Datacenters Tridib Mukherjee Graduate Research Assistant IMPACT Lab ( Department.

Electrical energy The rate at which electrical energy is moved through a circuit is given in terms of power. The unit for electric power is the Watt (W)

Experiment 1 : Design a simple set-up to show how to use the steam to move a circular paper strip. Draw your experimental set-up in the following space.

March 19, 2013 A-Day Objective: YWBAT give examples of energy conversions among the different energy forms. Drill: Describe how turbines can be used to.

MAC DIVISION Asynchronous vector motors. Reservados todos los derechos por Vascat, S.A. INVERTER DRIVE: WHICH MOTOR TO USE WITH?  Are you planning to.

Alarm Fan By: Vincent, Nathan, and Matt. Team Members The members of this group consist of: Vincent J. Nathan C. Matt W.

Solar Power The word solar comes from the Latin word solaris, which means sun. So solar power comes from the sun. Solar power is really important now because.

Matt P. Matt’s computer supplies 99 main street

Date of download: 6/25/2016 Copyright © ASME. All rights reserved. From: Design and Modeling of One Refrigeration Ton Solar Assisted Adsorption Air Conditioning.

Group 31 Presented by: Yanlin Zhou &Yueqi Ni ECE 445 Senior Design May 1, 2016.

Challenger Center Cooling Tower Enev/Ench 435 September 23, 2008 Performed By: Dianah Dugan Alex Saputa.

© KCL/PENTECH/WCED 2000 Day length Energy changes Stored energyEnergy on the move Chemical energy Strain energy Position energy Light Sound Current electricity.

Comparative Analysis 2011 Sanyo 10 Ton HVAC And Sanyo 10 Ton HVAC Equipped with Mysticool® Max from XDX®

WIRELESS POWER TRANSFER

WIRELESS POWER TRANSFER

Design and Optimization of Cooling System in locomotives

S.T.B.S College of Diploma Engineering, SURAT

Variable Frequency Drive Savings Calculator Tools

Date of download: 12/16/2017 Copyright © ASME. All rights reserved.

The Centrifugal Blowers is one of the most widely used Blowers. Centrifugal Blowers are by far the most prevalent type of fan used in the HVAC industries.Centrifugal.

HVAC EQUIPMENT General

Energy Which question should we study next? How does Energy move?

Section 1.0 — Fundamentals and General

AIR CONDITIONING SYSTEM USING MAISOTSENKO-CYCLE

IRES, Chapter 5 Energy flows

Objectives Control: Cooling towers Multizone vs. Single system

B. Munkhbayar BEEC/SCEA/MUST

مديريت موثر جلسات Running a Meeting that Works

ชุดใบพัดประหยัดพลังงาน

Unit 3 Review (Calculator)

Follow-ups from Classes 8 and 9

Minimizing Heating & Cooling Costs

Gather research and information about your topic as a team!

Review 1+3= 4 7+3= = 5 7+4= = = 6 7+6= = = 7+7+7=

Represented By:. “Provides Professional Services in Power Supply & Air Conditioning Business” PRESENT AGENDA.

Homework Study WOW March 15, 2016

Calculate 9 x 81 = x 3 3 x 3 x 3 x 3 3 x 3 x 3 x 3 x 3 x 3 x =

Student Name / Grade : ENTER YOUR NAME / GRADE HERE

Table of contents 1. Introduction – your product, sketch, description, functionality, variants 2. Bill of materials 3. Manufacturing process- block diagram.

Balanced scales and equations

Presentation transcript:

Prototype Cooling Tower Presented By: Bryan Crawford Assisted By: Tom Rose Gerry Taylor

Today’s Topics System Introduction Accomplishments Future Plans Conclusion Questions

System Diagram Tower Fan Reservoir CWS Reservoir Supply H2 Air In/H3 Air Out/H4 CWR/H1

Fan Outlet Divisions A B C

Other Accomplishments System Setup Initial System Run 60 Hz 60 Hz Data Collection

Future Plans Run Additional Experiments Energy Balance Calculate Cooling Capacity

Questions? Feedback?