Prepared By: Stephanie Hunt Presented By: Larry Freeman October 2014.

Slides:

Advertisements

Similar presentations

Natural Gas Perspective Stakeholder Meeting of the Northeast and Mid-Atlantic States Regional Low Carbon Fuel Standard Stephen Leahy Northeast Gas Association.

Advertisements

Committed to smart, sustainable technology. Natural Gas Heat Pumps Opportunities for teaching HVAC concepts, theories & issues.

Prepared By: Stephanie Hunt Presented By: Larry Freeman January 2015.

Makoto Arahata Japan LP Gas Association Japanese innovative technology 9 October 2009 WLPGA Rio de Janeiro.

Purchased Utilities and OMP Roundtable UC Budget Conference October 22-23, 2007 Clif Bowen, Moderator.

Energy Savings Opportunities in Controls, Lighting, Air Conditioning, Water Heating and Refrigeration Chuck Thomas, P.E. CEM Lead Engineer.

Renewable & Non Renewable Energy By Sophie. Renewable Energy What is renewable energy? Renewable energy comes from natural resources such as – Sunlight.

Greenhouse Gases & Carbon Footprinting AIB Sustainability Essentials December 1, 2009 Jerry Hancock Vice President of Environmental and Regulatory Affairs,

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

Slide 1 B O N N E V I L L E P O W E R A D M I N I S T R A T I O N Variable Capacity Heat Pump RTF Sub-Committee September 28, 2011 Mira Vowles, P.E., CEM.

WORLD ENERGY Energy Alternatives March 17, 2009 Gary Flomenhoft

Energy Conserving Alternatives HVAC 15a CNST 305 Environmental Systems 1 Dr. Berryman.

Dual Fuel + Hybrid System Selling.

RECIPE: Reducing Energy Consumption through Protocols Exploration Henning Schulzrinne Columbia University.

1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3.

BY : Stephanie Dunleavy. A Carbon footprint is a measure of the impact our activities have on the environment, and in particular climate change. It relates.

Backup Generators “BUGS”. FUEL! Generators on the market typically rely upon diesel, gasoline, propane or natural gas. Gas = least expensive but….is the.

The Case for a VT Carbon Tax. Rationale Simplification –Replace existing energy taxes with a single tax on carbon content of fuels. Behavioral Change.

FISCAL POSITION This coming year’s financial conditions, including rising costs, a down economy, and a troublesome State budget situation have.

1 Putting things in Perspective I&M Plan Workshop July 9, 2008 or, “Why bother with your Natural Gas Engine?”

1Managed by UT-Battelle for the Department of Energy Michael Blasnik M Blasnik & Associates Greg Dalhoff Dalhoff Associates, LLC David Carroll APPRISE.

Foot Solo Wednesday May 25, 2011 Vincent Carter

Ductless Heat Pumps Determining Cost Savings Example Gary Nordeen Bill Kingrey, P.E. 11/5/08 AFE Webinar.

News  /new_england_sending_a_crowd_to_climate_talks/

Average Annual Fuel Oil Consumption on Campus Average amount of gallons used per year is 53,902.

Energy Units & Consumption ESM 102. Sources of Energy.

The AB brewery in Fairfield, CA produces 1.3 million gallons of beer per year. The plant operates 96% of the time. Gas costs 1.25 per therm and electricity.

Community-wide Greenhouse Gas Inventory Reporting Prepared for Rocky Mountain Climate Organization April 30, 2013.

Where’s the Fuel?. FEMA V Fuel Status Emergency Fueling Over 30 terminals (>1,000,000 gallons) in Wisconsin, eastern Minnesota and Iowa, and northern.

Richard Newell, NASEO Winter Fuels Conference, October NASEO 2010 Winter Fuels Outlook Conference October 13, 2010 Washington, DC Richard Newell,

Some Basic UVM Info 425 acres of maintained acreage.. Central Steam Plant Central Chilled Water Plant Back Up Boilers Research.

Moving Out Project Notes. The Assignment Budget based on 40 hours work per week at $15 per hour You will have choices to make about your expenses.

COSTS OF ELECTRICITY Condez De Guzman Yamon Reyes Singcoy Obedoza 4 th year Diamond.

Willis Independent School District Celebrates Earth Day 2015.

Utility Data Analysis Electricity and Natural Gas Use in the Metropolitan Washington Region, 2005 and DRAFT as of June 4, 2013.

Earth’s Changing Environment Lecture 23 Fred’s Utility Bill.

Quiz on Multiplying Integers. Find the product. Circle the correct answer. 1.2 x (-2) = A. -4 B. -2 C. 4 D. 0.

Power Plant Construction and QA/QC Section 1.3– Oil and Natural Gas Engineering Technology Division.

ENERGY UNITBTU CONTENT 1 barrel (42 gallons) of crude oil5,800,000 Btu 1 gallon of gasoline124,238 Btu (based on U.S. consumption, 2008) 1 gallon of diesel.

Safety First and Always Accessing Your Energy Data Kate Peters Eversource 1.

By: Stephanie H..  m+Corning+Ar&ie=UTF- 8&ei=zlX6UqWVLcidyQGN7YH4Ag&ved=0CAcQ_AUoAQ

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

Types of heater: Gas Why Use Gas-fired Heating Equipment ä Most economical heating source ä Wide variety of equipment available ä Most common source.

The Case for a Vermont Carbon Tax. Rationale Simplification –Replace existing energy taxes with a single tax on carbon content of fuels. Behavioral Change.

Energy Use in the Unites States. Where was energy used?

1 Oconomowoc Area School District Energy Update 6-Month Status Report December 2005 – May 2006.

1 Public Power Looking to Participate in New Coal Generation Public power communities are very concerned about affordable electricity and –Coal is the.

EcoStud Energy Savings Analysis This report is the property of Superior Polymer Products, any unauthorized use or reproduction is prohibited. Bobbi S.

Introduction to Energy Auditing. Major Topics in Introduction to Energy Auditing Course Introduction to energy auditing Residential energy auditing Calculators.

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

This art depicts 28, gallon barrels, the amount of oil consumed in the U.S. every two minutes (equal to the flow of a medium-sized river).

Recap from last time Environmental impacts hard to nail down Energy & electricity a big deal!

Residential Showerheads UES Update Ryan Firestone Regional Technical Forum October 20, 2015.

Slide 1 B O N N E V I L L E P O W E R A D M I N I S T R A T I O N Residential Appliance Measure Updates Dishwashers Danielle Gidding Bonneville Power Administration.

1 kWh………………………………………… Btu 1 ft 3 natural gas……………………………..1,000 Btu 1 Ccf natural gas…………………………….100 ft 3 natural gas 1 Mcf natural gas…………………………….1,000.

Nonrenewable Resources. Formation of Fossil Fuels 2:26 As you watch, look for answers to these questions: 1.How do fossil fuels form? 2.Why are they nonrenewable?

10 PREPARE A BUDGET 10-1 Utility Expenses 10-2 Electronic Utilities

Measuring Water-Energy Savings from AMI Piggybacking technology Janani Mohanakrishnan, Ph.D. Apr 6, 2016.

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.

Final Report on renewable energy feasibility for the Bridgeport Indian Colony Prepared by Josiah Johnston Renewable and Appropriate Energy Lab University.

Moderator. To improve the utilization.

Ski Area Footprints What Size Are Those Boots?

1000 kilowatt-hours of electricity is equivalent to the average amount of electricity consumed per month by: 1 resident of the United States. 2.3.

State of the City 2018.

Energy Management Annual Report

FACILITY OPERATIONS ENERGY MANAGEMENT DIVISION

Low-Income Energy Assistance In FY 2009 & The Short Term Energy Outlook October, 2008.

FACILITY OPERATIONS ENERGY MANAGEMENT DIVISION

Electricity Cost and Use – FY 2016 and FY 2017

Foot Solo Wednesday May 25, 2011 Vincent Carter

Presentation transcript:

Prepared By: Stephanie Hunt Presented By: Larry Freeman October 2014

Utilities Q1 FYE '14 6,222/Term Q1 FYE '15 6,269/Term % Differential Electric$96.84$ % Water/Sewer$50.50$ % Natural Gas$7.87$ % Propane$1.49$ % Oil$0 No Deliveries Made in FYE '15 or FYE '14

Utilities Q1 FYE '14 6,222/Term Q1 FYE '15 6,269/Term % Differential Electric (kWh) 1,1471,042-9% Water/Sewer (gallons) 1,8081,495-17% Natural Gas (therms) % Propane (gallons) % Oil (gallons) 00 No Deliveries Made in FYE '15 or FYE '14

Utilities Q1 FYE '14 1,711,735/sqft. Q1 FYE '15 1,711,735/sqft. % Differential Electric$ $ % Water/Sewer$ $ % Natural Gas$ $ % Propane$ $ % Oil$0 No Deliveries Made in FYE '15 or FYE '14

Utilities Q1 FYE '14 1,711,735/sqft. Q1 FYE '15 1,711,735/sqft. % Differential Electric (kWh) % Water/Sewer (gallons) % Natural Gas (therms) % Propane (gallons) % Oil (gallons) 00 No Deliveries Made in FYE '15 or FYE '14