SALT LAKE CITY CORPORATION 2016 MUNICIPAL BENCHMARKING & GREENHOUSE GAS EMISSIONS REPORT

Similar documents
Clark University Greenhouse Gas Emissions Update: Clark University on Track for Carbon Reduction and Carbon Neutrality Goals.

Step by Step Instructions for the Using Sustainable Jersey Spreadsheet Tool to Calculate a Municipal Carbon Footprint

PARK CITY MUNICIPAL CORPORATION 1990 & 2007 CARBON INVENTORY BASELINE ASSESSMENT

Clark University on Track for Carbon Reduction and Carbon Neutrality Goals

Clark University Greenhouse Gas Emissions Update: Clark University Still on Track for Emissions and Carbon Neutrality Interim Goal.

2.2. Energy and Emissions

Clark University Greenhouse Gas Emissions Update: Clark University on Track for Emissions and Carbon Neutrality Goals.

ENERGIZE DENVER. a1nnual report2

Energy Savings Analysis for County Greenhouse Gas Inventory

APPENDIX B: CITY OF RED LODGE BASELINE INVENTORY

Baseline Carbon Footprint

NORTHERN VIRGINIA COMMUNITY COLLEGE GREENHOUSE GAS INVENTORY JULY 2011-JUNE 2016

Introduction and Methodology

QUEEN S UNIVERSITY GREENHOUSE GAS EMISSIONS INVENTORY SUMMARY 2015

GREENHOUSE GAS INVENTORY FY 2015 UPDATE

City of Tacoma Community and Municipal Greenhouse Gas Emissions Inventory

SAIF Corporation Greenhouse Gas Inventory. Tracy Meyer 03/24/2010

CLIMATE ACTON PLANNING & MITIGATION: Base Year 2016 Greenhouse Gas Inventory Results

Completing a Municipal Carbon Footprint requires an accounting-like inventory of all the sources of GHG in your buildings, fleet, and operations.

Ten years and moving forward... Inventory of Greenhouse Gas Emissions University of Missouri St. Louis. Commitment to Climate Action

GHG EMISSIONS INVENTORY AT USU

BENCHMARKING & DISCLOSURE REPORT

DCAS Energy Management. August 15, 2014 Ellen Ryan & Mike Dipple

City of Grand Rapids The Water/Energy Nexus: Aiming for Net Zero Water Utilities

EXCELLENCE. achieved all 43 points pursued

Minnesota State University, Mankato. Carbon Footprint Update Report

Environmental Performance Report. City of Portland, Maine

Greenhouse Gas Emissions

Title: District Attorney s Climate Action Plan Data Year: Fiscal Year Author: Martha Knutzen Date: March 30, 2012.

Operational Excellence

U.S. Emissions

ONONDAGA COUNTY CLIMATE ACTION PLAN UPDATE REPORT FOR

Organics to Energy Program

Cornell University Energy and Sustainability: ECI Campus Energy Metrics Fiscal Year 2014 Annual Analysis Purpose and Methodology. ECI Campus Summary:

GREENHOUSE GAS INVENTORY FY 2016 UPDATE

Carbon footprint and findings for the Carbon Smart Gold Certification. Lettergold Plastics 22/03/ P a g e

Town of Amherst Greenhouse Gas Inventory Report

2017 Goal. 1) Multifamily Water Use: Gallons/ Person/Day (GPD) 46.6 GPD 46.2 GPD 101% 4) Solar energy capacity: Kilowatts (kw) kw 99.

LAMBERTVILLE CITY S GREENHOUSE GAS INVENTORY OF LOCAL GOVERNMENT OPERATIONS IN 2014

Cornell University Energy and Sustainability: ECI Campus Energy Metrics Fiscal Year 2015 Annual Analysis Purpose and Methodology. ECI Campus Summary:

How to Benchmark Your Building. User Guide for Benchmarking with ENERGY STAR Portfolio Manager

ACKNOWLEDGEMENTS. ICF International Consultants Marianne Graham, Manager Tyler Fitch, Analyst Jon Gimber, Associate Anand Gupta, Research Assistant

Berkeley Climate Action Plan: Tracking our Progress Building Energy Use Community-wide Greenhouse Gas Trend

Roadmap to Carbon Neutrality. October 30, 2008

Greenhouse Gas Emissions Inventory FY 11

APPENDIX 3.5-A GREENHOUSE GASES ANALYSIS DATA

Executive Summary of the 2015 Resource Management Plan Results:

Using EPA Energy Star Portfolio Manager To Benchmark Municipal Buildings. And Document Completion Of Sustainable CT Energy Actions 6.1 And 6.

BC HYDRO 2014 CARBON NEUTRAL ACTION REPORT SUBMITTED UNDER THE CARBON NEUTRAL GOVERNMENT REGULATION OF THE GREENHOUSE GAS REDUCTION TARGETS ACT

TELUS Greenhouse Gas. Report

2015 Corporate Energy Consumption Report. london.ca. City of London. August 2016

8. Greenhouse Gas Emissions

Energy & Environmental Performance

Greening State Government

INVENTORY OF NEW YORK CITY GREENHOUSE GAS EMISSIONS

Barnard College 2016 Carbon Footprint Summary

Photo: Greg Linhares, City of Oakland. City of Greenhouse Gas Emissions Inventory Report

Cornell University Energy and Sustainability: ECI Campus Energy Metrics Fiscal Year 2017 Annual Analysis Purpose and Methodology. ECI Campus Summary:

Greenhouse Gas. Emissions Report. December 2011

GHG Inventory Report February 2018 KENT COUNTY REGIONAL RESOURCE RECOVERY FACILITY 2017 GREENHOUSE GAS (GHG) EMISSION INVENTORY

Chapter 3 GHG Emissions Inventory

Partner for Change : Energy

Greenhouse Gas. Emissions Inventory Update For the City and Community of: Lawrence, KS

prepared by the 1913 North Broad Street Philadelphia, PA Office of Sustainability 04 May 2011

SAINT JOHN S UNIVERSITY COLLEGEVILLE, MN GREENHOUSE GAS EMISSIONS INVENTORY REPORT

CHAPTER 2. Greenhouse Gas Emission Inventories, Forecasts, and Targets

CARBON FOOTPRINT PHILIPPINES :: MALAYSIA :: VIETNAM :: INDONESIA :: INDIA :: CHINA

SAIF Corporation Greenhouse Gas Inventory. Tracy Meyer 11/17/2009

2015 SAN FRANCISCO GEOGRAPHIC GREENHOUSE GAS EMISSIONS INVENTORY AT A GLANCE

Building Operator Certification Level I

PERFORMANCE REPORT. Building Performance Partnership. January 2011 U.S. GREEN BUILDING COUNCIL

PHILANTHROPY

Swarthmore College Greenhouse Gas Inventory Report. Clara Changxin Fang Environmental Sustainability Coordinator March 2012

2007 UW-Stevens Point Greenhouse Gas Inventory

Ajax Community Greenhouse Gas Emissions Inventory

Photo: Greg Linhares, City of Oakland. City of OAKLAND Greenhouse Gas Emissions Inventory Report

ENERGY AND NATURAL RESOURCES CONSUMPTION

Austin Climate Protection Program Annual Report 2009

4/8/2014. Benchmarking, Spreadsheets & End-Use Calculations Lesson 12. Building Operator Certification Level I. Lesson Objectives

Calculating Mode Shift and Congestion Relief-Related Greenhouse Gas Displacement For the Current Year (see last slide for contact information)

City of Chico, CA Community-Wide Greenhouse Gas Emissions Inventory

The Energy and Carbon Footprint of Water Reclamation and Water Management in Greater Chicago

Welcome to BENCHMARKING 101

Environmental Performance Plan

2017 Corporate Energy Consumption and Activities Report City of London. August london.ca

Carbon Footprint Report. Village of Howard, Wisconsin

CLIMATE UPDATE I N T R O D U C T I O N B Y : Cris Eugster Chief Operating Officer (COO) P R E S E N T E D B Y : Angela Rodriguez Interim Director,

Power Trend User Guide

President s Sustainability Steering Committee

Amer Sports Carbon Footprint 2015

CAMPUS EMISSIONS 37,749.6

Greenhouse Gas Emission Factors Info Sheet

2015 STRATEGIC SUSTAINABILITY PERFORMANCE PLAN

2015 GHG Emissions Report

St Teresa of Avila Catholic Parish of San Francisco Energy Use, Cost and Greenhouse Gas (GHG) Emissions Voluntary Report

Marks and Spencer Group Plc. PAS 2060:2014 Specification for the demonstration of carbon neutrality

City of Frederick Carbon Footprint and Energy Profile: Executive Summary

TI Corporate Citizenship Topic Brief. Climate change

Net Zero Energy Installations

Transcription:

SALT LAKE CITY CORPORATION MUNICIPAL BENCHMARKING & GREENHOUSE GAS EMISSIONS REPORT JULY 2017

TABLE OF CONTENTS 3 4 5 6 7 8 9 11 12 13 15 16 EXECUTIVE SUMMARY UNDERSTANDING THIS REPORT GLOSSARY & DEFINITIONS MUNICIPAL GREENHOUSE GAS EMISSIONS AIRPORTS COMMUNITY & NEIGHBORHOODS FIRE JUSTICE COURTS POLICE PUBLIC SERVICES PUBLIC UTILITIES CLEAN ENERGY & CLEAN VEHICLES

EXECUTIVE SUMMARY This annual report details greenhouse gas emissions across all Salt Lake City Corporation operations. The report also includes detailed energy benchmarking performance for certain facilities within each department. Detailed energy benchmarking complies with the Comprehensive Energy Management Executive Order of Salt Lake City. City facilities must adhere to the below internal requirements: Salt Lake City is committed to the efficient use of resources and leading by example through our municipal operations. The City owns and operates numerous facilities and buildings, many of which are significant contributors to our emissions footprint and ongoing City operational costs. This Executive Order identifies and requires the implementation of energy management best practices for these facilities and buildings. All City departments can be positive contributors to internal and community-level energy goals and are subject to the rules specified in this Order. The Order addresses all aspects of City operations that require the use of electricity, natural gas or other energy resources in order to operate buildings, facilities or other fixed assets other than fleet and mobile equipment. Through implementation of this Executive Order, Salt Lake City Corporation will enhance interdepartmental coordination, reduce energy waste and better ensure the responsible use of City resources. By using less energy and simultaneously deploying clean and renewable energy resources the City will mitigate pollution associated with regional air quality issues and cross-cutting challenges such as climate change. Executive Order requirements addressed in this report: Benchmarking: Annual benchmarking of the energy consumption of all Tier 1-3 and Other Tier City facilities through an industry-recognized tool such as ENERGY STAR Portfolio Manager or comparable tools approved by the Steering Committee. Transparency of facility energy performance: Energy performance information, including an ENERGY STAR score if available, for all Tier 1-3 City facilities shall be made available to City employees and the public. These details will be published on an annual basis pursuant to the rules developed by the Steering Committee. This report identifies the large municipal buildings in Salt Lake City and tracks energy use as the City makes progress toward its climate and energy-related goals. Building energy use data will be used to identify energy-related opportunities and to develop energy management strategies to reduce consumption and associated emissions, while improving energy efficiency and City operations. 3

UNDERSTANDING THIS REPORT Annual benchmarking of City facilities is broken down by department. First, the annual greenhouse gas emissions are given, with a percent increase or decrease from. Under each department heading, applicable Tier 1-3 facilities are listed. For each facility, the weather-normalized source EUI is given for the two most current years ( - ). Represented graphically are both year-over-year fuel data and the emissions mix for each department. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 160 320 FACILITY NAME 160 weather-normalized source EUI 120 weather-normalized source EUI FACILITY NAME 120 (99) 180 ENERGY STAR score Facilities are listed for each department that are considered Tier 1-3 in size (greater than 3,000 square feet); each facility s EUI for years and are listed beside the facility name. The higher the EUI, the more energy intensive a building is, based on several variables. EUI takes into account electricity and natural gas consumption for each facility. The current year () ENERGY STAR score is listed under the facility name, where available. EMISSIONS: ELECTRICITY, NATURAL GAS, OR FLEET 0 10K 20K 30K 40K 50K 10.51% 38,855 43,418 Under each Department Summary, three charts detail year-over-year emissions for electricity, natural gas, and fleet, following the color guide above. The units listed on the horizontal axis are metric-tonnes CO2-equivalent, the standard measure for greenhouse gas emissions. To the left of the chart is a percentage that describes the change in emissions from to, denoted with a directional arrow. 14.69% 11.36% MUNICIPAL GREENHOUSE GAS EMISSIONS BREAKDOWN The graphic at the left describes annual GHG emissions mix at the department level for. The three energy fuel types are electricity, natural gas, and vehicle fuel. Vehicle fuel data totals emissions from the City s vehicle fleet that operate using compressed natural gas, diesel, biodiesel, unleaded gasoline, and premium gasoline. The fleet considers automobiles as well as light- and heavyduty equipment. 73.95% Electricity Natural Gas Vehicle Fuel 4

GLOSSARY & DEFINITIONS Carbon dioxide equivalent (CO2e) - Carbon dioxide equivalent is a measure used to compare the emissions from various greenhouse gases (carbon dioxide, methane, and nitrous oxide) based on their global warming potential. Dekatherm - A dekatherm (dth) is a unit of energy used primarily to measure natural gas. It is equal to 10 therms or 1,000,000 British thermal units (MMBtu). Emissions Mix - The energy mix is represented by a tri-color chart for each department and for municipal totals. The three energy fuels represented are electricity, natural gas, and vehicle fuel. The energy mix is expected to change from year to year and represents departmental energy use at a high level. EUI (energy use intensity) - Expresses a building s energy use as a function of its size or other characteristics. For most properties, EUI is expressed as energy per square foot per year. It is calculated by dividing the total energy consumed by the building in one year by the total gross floor area of the building. Generally, a low EUI indicates good energy performance. GHG (greenhouse gas) - A gas that traps heat in the atmosphere is referred to as a greenhouse gas. kwh (kilowatt hour) - A kilowatt hour (or kwh) is a unit of energy equal to 3.6 megajoules. If the energy is being transmitted or used at a constant rate (power) over a period of time, the total energy in kilowatthours is the power in kilowatts multiplied by the time in hours. mt (metric tonne) - One metric tonne is equal to 2204.62 pounds; the mt is a common unit of measure to describe carbon dioxide equivalents. Tier 1-3 Facility - Tier 1 through Tier 3 facilities are a categorization of facilities within Salt Lake City that cover a specific range of square footage. A Tier 1 facility means a facility between 3,000 and 21,999 gross square feet in total combined floor area that is owned and operated by the City and for which the City pays all or part of the annual energy bills; Tier 2 facilities have a gross square footage between 22,000 and 49,999; Tier 3 facilities have a gross square footage of 50,000 or more. All Facilities listed in this report are within the Tier 1-3 range. Vehicle fuel - Mix of compressed natural gas, unleaded gasoline, premium gasoline, diesel, and biodiesel. Electricity to power electric vehicles is not included in the vehicle fuel emission data, but is included as facility electricity emissions data. Weather-normalized source EUI - The source energy use your property would have consumed during 30- year average weather conditions, divided by square footage of a facility. It can helpful to use this weather normalized value to understand changes in energy when accounting for changes in weather. Source energy represents the total amount of raw fuel required to operate a building, including fuel consumed upstream for electricity generation. 5

MUNICIPAL GREENHOUSE GAS EMISSIONS SALT LAKE CITY CORPORATION Salt Lake City Corporation primarily generates greenhouse gas emissions through electricity, natural gas, and vehicle fuel use. Three largest departments produce more than 86% of municipal greenhouse gas emissions: Airport (44.4%), Public Utilities (23.3%), and Public Services (18.9%). Greenhouse gas emissions from 2009 through are represented below, as well as the 2040 emissions target. Salt Lake City intends to achieve its 2040 goal through efforts in stride with long-term goals: 50% renewable municipal electricity by 2020, 100% renewable energy by 2032, and an 80% reduction in GHG emissions from the 2009 baseline by 2040. 140 MUNICIPAL GREENHOUSE GAS EMISSIONS CO2-e EMISSIONS (THOUSAND MT) 120 100 80 60 40 20 109 112 113 117 123 117 117 118 22 0 2009 2010 2011 2012 2013 2014 2040 73.95% 14.69% 11.36% The City has a 2040 goal of reducing municipal emissions by 80%. In, electricity contributed nearly 74% of total emissions from building energy for lighting, space heating and cooling, and powering electronics. The vehicle fuel is comprised of emissions from the city s vehicle fleet, which includes automobiles and light- and heavy-duty equipment. The municipal emissions mix from each department illustrates how Salt Lake City s buildings function and operate. EMISSIONS MIX 6

AIRPORTS DEPARTMENTAL CO2e EMISSIONS: 52,529.07 MT,.78% LOWER THAN Click here to visit Airports Community & Environment Plan. BUILDING EMISSIONS - ELECTRICITY 0 10K 20K 30K 40K 50K 4.15% * * 39,700 41,418 *TENANT OPERATIONS PRODUCED 35% () AND 33% () OF ELECTRICITY-RELATED EMISSIONS BUILDING EMISSIONS - NATURAL GAS 0 2K 4K 6K 8K 12.86% 6,469 7,301 TENANT OPERATIONS PRODUCED 24% () AND 25% () OF NATURAL GAS-RELATED EMISSIONS FLEET EMISSIONS - VEHICLE FUEL 0 1.2K 2.4K 3.6K 4.8K 6K 7.07% 5,528 5,163 AIRPORTS EMISSIONS MIX 10.52% 13.9% 75.58% 7

COMMUNITY & NEIGHBORHOODS DEPARTMENTAL CO2e EMISSIONS: 6,427.94 MT,.44% INCREASE FROM Click here to visit the Community and Neighborhoods homepage. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 280 320 ART BARN (99) 59 60 BUILDING EMISSIONS - ELECTRICITY 0 2K 4K 6K 8K 0.32% 6,251 6,231 BUILDING EMISSIONS - NATURAL GAS 0 6 12 18 24 30 8.29% 24 26 CED EMISSIONS MIX FLEET EMISSIONS - VEHICLE FUEL 0 30 60 90 120 150 4.86% 144 151.41% 2.35% 97.25% 8

FIRE DEPARTMENTAL CO2e EMISSIONS: 2,196.98 MT, 6.73% INCREASE FROM Click here to visit the SLC Fire homepage. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 280 320 FIRE STATION #1 139 149 FIRE STATION #2 167 50 FIRE STATION #3 154 160 FIRE STATION #4 171 159 FIRE STATION #5 126 130 FIRE STATION #6 176 175 FIRE STATION #7 200 200 FIRE STATION #8 131 129 FIRE STATION #9 FIRE STATION #10 170 193 195 207 FIRE STATION #11* FIRE STATION #12* 161 184 172 163 FIRE STATION #13 171 162 FIRE STATION #14 198 190 TRAINING CENTER 99 91 *FINANCED BY AIRPORTS 9

FIRE SUMMARY BUILDING EMISSIONS - ELECTRICITY 0 200 400 600 800 1K 9.66% 776 851 BUILDING EMISSIONS - NATURAL GAS 0 100 200 300 400 500 5.2% 364 346 FLEET EMISSIONS - VEHICLE FUEL 0 200 400 600 800 1K 5.71% 981 928 FIRE EMISSIONS MIX 38.75% 44.67% 16.58% 10

JUSTICE COURTS DEPARTMENTAL CO2e EMISSIONS: 324.84 MT, 2.56% LOWER THAN Click here to visit the Justice Courts homepage. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 280 320 JUSTICE COURTS 216 (39) 225 JUSTICE COURTS EMISSIONS MIX 12.45% 87.55% 11

POLICE DEPARTMENTAL CO2e EMISSIONS: 6,172.27 MT, 13.43% LOWER THAN Click here to visit the Police Department homepage. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 280 320 OLD PSB (EST. 1960) PARTIALLY DECOMMISSIONED 51 87 PIONEER PRECINCT PSB (EST. 2013)* (100) SAFETY WAREHOUSE 13 10 143 166 176 195 * SERVICED BY SOLAR FARM. FIGURES REPRESENT REMAINING ENERGY USE NOT OFFSET BY PRODUCTION. BUILDING EMISSIONS - ELECTRICITY 0 600 1.2K 1.8K 2.4K 3K 23.49% 2,019 2,639 BUILDING EMISSIONS - NATURAL GAS 0 300 600 900 1.2K 1.5K POLICE EMISSIONS MIX 45.42% 423 776 FLEET EMISSIONS - VEHICLE FUEL 0 1K 2K 3K 4K 60.45% 32.71% 4.03% 3,731 3,587 6.85% 12

PUBLIC SERVICES DEPARTMENTAL CO2e EMISSIONS: 22,342.46 MT, 3.10% INCREASE FROM Click here to visit the Public Services homepage. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 280 320 COMPLIANCE FACILITIES COMPLIANCE/Y&F 124 124 955 STORAGE 38 (57) 32 BARNES BANK 21 UNOCCUPIED 22 CELTIC BANK 44 UNOCCUPIED 27 CHILDRENS MUSEUM 19 UNOCCUPIED 20 EAST SIDE SENIOR 87 87 FISHER MANSION 24 UNOCCUPIED 22 FUEL ISLAND MAINTENANCE CAMPUS MULTICULTURAL CTR SMITHS BALLPARK SORENSON UNITY N/A SUGARHOUSE BUSINESS 25 (70) 24 PARKS & PUBLIC LANDS 46 48 179 181 PLAZA 349 233 (84) 165 175 278 368 1,577 1,685 GRAFFITI SHOP* P&PL ADMINISTRATION* (100) 27 2 5 84 * SERVICED BY SOLAR FARM. FIGURES REPRESENT REMAINING ENERGY USE NOT OFFSET BY PRODUCTION. 13

PUBLIC SERVICES SUMMARY BUILDING EMISSIONS - ELECTRICITY 0 3K 6K 9K 12K 15K 2.72% 15,382 14,975 BUILDING EMISSIONS - NATURAL GAS 0 500 1K 1.5K 2K 2.5K 5.21% 2,121 2,016 FLEET EMISSIONS - VEHICLE FUEL 0 1K 2K 3K 4K 5K 3.93% 4,840 4,657 PUBLIC SERVICES EMISSIONS MIX 21.66% 9.49% 68.85% 14

PUBLIC UTILITIES DEPARTMENTAL CO2e EMISSIONS: 27,543.56 MT, 4.91% INCREASE FROM Click here to visit the Public Utilities homepage. TIER 1-3 FACILITY EUI 0 40 80 120 160 200 240 280 320 BIG COTTONWOOD 140 149 CITY CREEK 196 198 PARLEY S 149 162 RECLAMATION* 849 826 WEST TEMPLE CAMPUS 159 169 * SERVICED BY BIODIGESTERS. FIGURES REPRESENT REMAINING ENERGY USE NOT OFFSET BY PRODUCTION. BUILDING EMISSIONS - ELECTRICITY 0 5K 10K 15K 20K 25K 5.49% 23,692 22,458 BUILDING EMISSIONS - NATURAL GAS 0 300 600 900 1.2K 1.5K PUBLIC UTILITIES EMISSIONS MIX 6.99% 1,358 1,453 8.71% 5.28% FLEET EMISSIONS - VEHICLE FUEL 0 500 1K 1.5K 2K 2.5K 86.02% 2.7% 2,398 2,335 15

CLEAN ENERGY & CLEAN VEHICLES Salt Lake City is committed to the use of clean energy and fuel to power its facilities and vehicle fleet. Energy production projects have been installed on multiple City facilities, totaling almost 3,000 kw. Clean fuel vehicles are becoming more and more common in the City s fleet, with 188 hybrid, compressed natural gas (CNG) and electric vehicles. See below for specific facilities and vehicle types into which the City has invested clean energy and fuels. MUNICIPAL RENEWABLE ENERGY INSTALLATIONS Facility Size of System (kw) Leonardo Solar 30 Public Safety Building Solar 380 Landfill Solar 904 Plaza 349 Solar 34 Glendale Library Solar 44 Marmalade Library Solar 13.5 Public Utilities Biodigesters 1,400 View from the Public Safety Building rooftop solar installation. ALTERNATIVE FUEL VEHICLE FLEET Salt Lake City Corporation s fleet includes the following alternative fuel vehicles by fuel type: Compressed natural gas 57 Electric 14 Hybrid 117 An electric vehicle from the City s vehicle fleet. 16

SALT LAKE CITY CORPORATION DEPARTMENT OF SUSTAINABILITY WWW.SLCGREEN.COM JULY 2017