Katayoun (Katie) Mokhtarzadeh TECHNICAL INTERN. About Me  B.S. Civil Engineering  M.S. Construction Engineering and Project Management – Ongoing  Interest.

Slides:

Advertisements

Similar presentations

Laurent Deletombe Master CEE 16/11/10. #) Introduction: Presentation of the problem #) Statement of the global situation: - Energy and environment - French.

Advertisements

Combined Heat and Power plants – carbon AND cost saving? Daman Ranby – Director Ashley Allsop – Head of Sustainability.

eQuest Quick Energy Simulation Tool

Not Your Father’s Older Brother’s LEED: Energy & Commissioning Opportunities in LEED v4 Mark Gelfo, PE LEED AP BD+C, LEED AP O+M, CxA, EMP Director of.

Low Energy Building Design Presentation 3- Demand/Supply Matching Marc Smeed Edmund Tsang Graham Dow.

Building Energy Rating

UCD Belfield Energy Management. University College Dublin  Biggest 3 rd Level Institution in Ireland  22,000 Students  Main Centre at Belfield 123.

Tas seminar/demonstration on Part L 2006 of the Building Regulations Presented by Alan Jones EDSL February

Power Plant Construction and QA/QC Section 2.4– Boiler Auxiliaries

Moor Heating Stephen Larkin The experience of having the first pellet boiler.

Triangle Tube Boiler Fuel Cost Savings Worksheet Fuel Cost Evaluation Prepared for: Fuel Heat Content Ratio: Fuel Cost Ratio: = New Fuel Cost Customer.

ORNL ESPC Overview GovEnergy ESPC Project Summary  $89M project funded by $8.2M in guaranteed annual savings  Energy Conservation Measures: 1.Select.

Reduses – Ampèrestraat 19D – 3861 NC Nijkerk, NL – Tel – – Applied gas engine heatpumps Thermal energy solutions.

Chemistry Teaching Laboratory Fume Cupboard Refurbishment – University of Leeds Bob DouglassEnergy Officer.

Energy Use and Energy Awareness at the CNS Building Lia Stelljes, Physics ‘08 Beth Ellen Clark Joseph, Physics CNS Sustainability Group Office of Facilities.

Using a Sector Approach to Address Energy and Climate Challenges Symposium on Innovating for Sustainable Results January 9, 2008.

RETScreen® Energy Efficiency Projects

Clear Thinking on Nuclear: New Plant Construction Nuclear energy is dependable, affordable, and environmentally sound. Nuclear energy is needed to meet.

Announcement Course Exam October 6 th (Thursday) In class: 90 minutes long Examples are posted on the course website.

Energy use in buildings Dr. Atila Novoselac Associate Professor Department of Civil, Architectural and Environmental Engineering, ECJ

Today Electric Power Lecture Carbon Trading Game Assignment 2 posted Thursday Electric Power Distribution and Storage Lecture Homework 3 (Conservation)

This document was specifically prepared to aid utility account managers who are working with C&I customers. Any other use of this material (in whole or.

Scotland: Isle of Lewis Isle of Bute Isle of Mull Westman Islands (Iceland)

 Install new air cooled high efficiency screw chiller (variable speed)  Install new fan coils with ECM motors and low temperature heating coils and proper.

Current uses and facts. Proton Exchange Membrane Fuel Cells were developed by General Electric in the 1960s Current Fuel Cells use Hydrogen gas and Oxygen.

Energy Performance Certificates. Energy Efficiency Rating This chart tells us how energy efficient a building is. This efficiency depends on the construction.

CAPABILITY OF INCREASING ENERGY EFFICIENCY IN EU HOUSING Nataliya Anisimova Czech Technical University in Prague

CenterPoint Energy Healthcare Energy Efficiency Program (HEEP) CenterPoint Energy Healthcare Energy Efficiency Program (HEEP) November 2013.

GREENHOUSE GAS EMISSIONS INVENTORY REPORT 2009 Antioch University Seattle.

AERA & SHELL WESTCARB Annual Meeting Portland, OR October 2004 Ventura Green Electricity, H 2 and CO 2 EOR Scott L. Wellington, PhD Research Advisor Shell.

Managing Operational Energy in Buildings

Energy use in buildings Dr. Atila Novoselac Associate Professor Department of Civil, Architectural and Environmental Engineering, ECJ

Low Carbon Buildings and Sustainability By Dr David Johnston – licensed under the Creative Commons Attribution – Non-Commercial – Share Alike License

Mike Eardley, PE, LEED AP, CCP Director of Commissioning CannonDesign Brian Berg, Jr., PE, LEED AP, CSI Principal Berg Engineering Consultants, Ltd. April,

Landfill Gas Calculator & Other Engineering Tools in RETScreen.

Standard in calculation Wim Plokker rehva 2009 Energy and Indoor Environmental Simulation.

“Do Green” Two Options: Prescriptive Custom Prescriptive- -Must be running a MODULATING ROTARY SCREW AIR COMPRESSOR -Must be 75 Horsepower or Less Custom-

SDB Demand-Controlled Ventilation: Preliminary Experiments Jay Taneja Software Defined Buildings Kickoff January 11 th, 2013.

Re-Commissioning of the Water Cooling System at Université de Sherbrooke Department of Buildings June 2008.

 On average, home heating uses more energy than any other system in a home  About 45% of total energy use  More than half of homes use natural gas.

Cranbrook A zero carbon case study 10 th July 2012 Mike Wood Centre for Energy and the Environment.

The lawrence berkeley national laboratory: a case study Revised 12/2/04.

Best Practices Software: Decision Tools for Industry Michaela Martin ORNL.

Whitman-Hanson Regional High School Energy Efficient Systems: HVAC All fans and pumps are VFD controlled with fully reactive controls Condensing gas-fired.

Initial Goal 58 KBTU/Ft 2 Graph includes main building and all mobile units Baseline =

Lecture Objectives: Clarify issues related to eQUEST –for midterm project Learn more about various HVAC - economizer - heat recovery Discuss about the.

In Small Groups – 3/4 What is Industrial Metabolism? What is Industrial Ecology? What Is Ecological Intelligence? How do you think it applies to Wash.

Lecture Objectives: -Discus Final Project -Learn about Solar Systems -HW3 (final HW assignment) -HVAC system.

Energy Consumption Calculations Group 4a. Contents 1.Introduction 2.Methods 3.Tools 4.Country specific variations a.Finland b.Other Nordic countries c.Italy.

In a small town, there are 2 industries: an electric company and a gas works electric Town gas.

EAUC November LYIT Letterkenny Campus – 97 acres Killybegs Campus – 5 acres 3,200 Full Time Students 30,000 sq m Buildings.

Jessica Lu CAMPUS LIGHTS OUT MARKETING INTERN. About Me  I’m a sophomore economics student who is adding marketing to my degree plan.  This position.

RICHARD HERRERA INTERNING WITH EWC. About Me  Energy and Water Conservation in Civil Engineering  Experience  Develop responsibilities CIVIL ENGINEERING.

Kyle Thorpe BOT Intern.

Energy Efficiency Update Before the Senate Energy, Utilities & Communications Committee Part 2 May 17, 2011 – State Capitol Robin Smutny-Jones Assistant.

New Energy Externalities Development for Sustainability Final Conference "External costs of energy technologies" Markus Blesl, IER, Germany RS “Modelling.

Carbon Monoxide MAKING GAS SAFE. Carbon monoxide Carbon Monoxide can be produced by burning any fossil fuel – not just gas. It can be generated by: 

 Fuel cells transform chemical energy from fuels such as hydrogen and methanol into electrical energy  The fuel is oxidised by oxygen from the air.

Objectives Talk about the final projects Guest Speaker Discuss HW2 and HW3 problems.

Prepared For: Prepared By: 100 Montgomery Street, Suite 600 San Francisco, CA Market Street San Francisco, CA The Benefits of Retrocommissioning.

Clean Energy Project Analysis Course Clean Energy Project Analysis with RETScreen ® Software © Minister of Natural Resources Canada 2001 – 2004.

3SW – Quiz#1 Vocabulary – Energy Resources. 1. Non- Renewable An energy resource that takes __________________ of years to form from the remains of plants.

Smart Islands What it means for business 1. 2 Smart Islands Context Highest home electricity consumption in the UK; over 6,000 kWh per year Has 21% fuel.

Case application: Insulation and glazing, The Netherlands Harry Vreuls, NL Agency Workshop: Harmonization in Energy Savings Calculation: How To Fit International.

Specifics of multi-apartment building deep complex retrofitting

Objectives Talk about the final projects Discuss HW2 and HW3 problems

Lecture Objectives: Discus Final Project Learn about Solar Systems

Lecture Objectives: Answer questions related to HW 4

Lecture Objectives: Discus Final Project Learn about Solar Systems

Industrial Energy Demand

Presentation transcript:

Katayoun (Katie) Mokhtarzadeh TECHNICAL INTERN

About Me  B.S. Civil Engineering  M.S. Construction Engineering and Project Management – Ongoing  Interest in Energy savings and Sustainability Add - Technical Intern

Work Description  Using HAP and eQuest

Work Experience  Using Energy Calculators

Work Experience  ECM Modeling ComponentNEZ - BaselineCost($)NEZ - DCV%Cost($)NEZ - ZL%Cost($) ECM Details Demand control Ventilation with CO2 from ppm Supply Air Temperature reset based on Zoneloads STEAMNEZ - Baseline NEZ - DCV NEZ - ZL Electric (kWh)692,45840,855692,458040,855707, ,751 Natural Gas (na) Fuel Oil (na) Propane (na) Remote HW () Remote Steam (kLBS)1, , ,674 Remote CW (Ton-Hr)403,50775,052371,862869,166390,690372,668 Total Cost ($) 142,78763, ,84465, ,093 Total Energy Savings(%) 4 3

Work Experience Zone Maps

My Take-Aways  What have you learned this semester  How to work efficiently with HAP  Gained knowledge on Energy Saving Criteria  What did you enjoy the most?  Using the software to calculate energy savings  Seeing the final product of my work