Energy performance and Carbon emissions Assessment and Monitoring tool

Slides:



Advertisements
Similar presentations
Adapting to Climate Change The Water Sector Robert Morgan, Ph.D., P.E. Beaver Water District.
Advertisements

Introduction Build and impact metric data provided by the SGIG recipients convey the type and extent of technology deployment, as well as its effect on.
Water mass balance Cirencester, 20 October 2009 Carole Bond Envirowise Advisor ADVICE LINE
THE EXPANDING ROLE of RECYCLED WATER The Need, Benefits and Cost Effectiveness Make Recycled Water an Increasingly Valued Resource Harry Ehrlich, SDA Principal.
1 Europe’s water – an indicator-based assessment Niels Thyssen.
Jeff Stone, Executive Director Oregon Association of Nurseries IPPS 2014 Conference 1.
CARBON FOOTPRINT AQUATREAT By Jan Vandersypen Distributors meeting
Carbon Footprint / Life Cycle Analysis September 29, 2009.
Delivering sustainable solutions in a more competitive world Carbon Footprinting: Methodological Approaches, Challenges & Opportunities Simon Aumônier.
11 ICLEI / NMBM DROUGHT / FLOODING WORKSHOP WATER & SANITATION B.J. Martin 25 September 2013.
Introduction Acknowledgements : Future work Results and discussion Methods: Objective : Abstract Chirjiv
Capacity Development for Clean Development Mechanism Project Idea Note (PIN) Preparation by Kofi Asante.
6.1 Module 6 Reporting of Mitigation Assessments in National Communications Ms. Emily Ojoo-Massawa CGE Chair.
 Using more sustainable materials, less materials and materials in the right constructions  Materials have their own impacts associated with them ◦
STRATEGIC PLANNING – Preparing for the future Module 1 of the SWITCH Training kit.
TACKLING POVERTY TOGETHER Youth Contributing to Poverty Reduction.
Energy & Environment Report for 2008 – 2009 Ian Rowe Manager (Health, Safety & Environment)
Managing Operational Energy in Buildings
Aligning Climate Change and Sustainable Development Policies Presentation for the COP12 and COP/MOP2 side-event “Global Challenges toward Low-Carbon Society.
Carbon, Water and Energy Implications of Rainwater Harvesting in Educational Buildings Hannah West, Dr. Defne Apul Department of Civil Engineering, University.
Common Carbon Metric for Measuring Energy Use & Reporting Greenhouse Gas Emissions from Building Operations A tool developed by GHG Protocol and UNEP-SBCI.
LIFE CYCLE ASSESSMENT IN AGROINDUSTRIES DIRECTORAT GENERAL FOR POLLUTION CONTROL AND ENVIRONMENTAL DEGRADATION.
THE HYDROLOGIC CYCLE 99% inaccessible (saltwater/ice) 1% precipitation, runoff,
Applying scientific thinking in the service of society Water and Sanitation Low carbon cities meeting 04 – 06 October 2010.
Northwest Power and Conservation Council Slide 1 Direct Use of Natural Gas Economic Fuel Choices from the Regional Power System and Consumer’s Perspective.
1 DOE Data Center Energy Efficiency Program and Tool Strategy Paul Scheihing U.S. Department of Energy Office of Energy Efficiency and Renewable Energy.
©2009 Water Sustainability Sean Cady Levi Strauss & Co. 31 March 2010 AFIRM Hong Kong Seminar.
Partner for progress The climate footprint of the water sector WWF5 Istanbul March 2009 Jos Frijns, Adriana Hulsmann.
Facts about energy and water and wastewater in California Total Statewide Electricity Use for Water >19% Use of water by residents, businesses, and agriculture.
CESI Barcelona May 2003 R.BERTI IT Session 1 – Block 2 1 Product Environmental Profile and Benefits for Electrical Utilities R. Berti CESI.
Overview of the NSF 375 Draft Sustainability for the Water Treatment and Distribution Industry October 30, 2012.
Sustainable Port of San Diego Michelle White Green Port Program Manager.
Water – Energy Nexus WETCAT and Climate Change
Exotissimo Ho Chi Minh City Assessment results
Chapter 6 CASE Tools Software Engineering Chapter 6-- CASE TOOLS
Defra’s Research in Sustainable Agriculture Dr Sue Popple.
Grey Water In UK Buildings By Tom Bishop
Method of Stating Energy Consumption Updated 2015.
T172 Tutorial 2. Maths Day school for Technology Students Saturday 27 March Regional Centre, Manchester (Details to be sent in post) The day school clashes.
Life Cycle Assessment (LCA)
National Capital Region Greenhouse Gas Emissions Inventory Update Presented by Madison Wagner WRTC October 29, 2015.
Building New and Sustainable Water Resources for Los Angeles Urban Water Institute Spring Conference February 2016 February 2016 Martin L. Adams, P.E.
Public Name: François Bruggemans Dept: New Business - Heating Carbon footprint of heating systems Lowering GHG emissions by the use of heat pumps.
Sustainable Rest Area Management Considerations FHWA Webinar February 29, 2012.
SAUSALITO COMMUNITY GREENHOUSE GAS EMISSIONS INVENTORY Years 2005 and 2010.
Introduction to Xylem Inc. Progressive Energy, Environment & Sustainability Summit 16 May 2013.
Northwest Power and Conservation Council Slide 1 Direct Use of Natural Gas Economic Fuel Choices from the Regional Power System and Consumer’s Perspective.
Sanitary Engineering Lecture 8. Water Reuse Water reuse describes the process whereby wastewater (it's include storm water which is a term used to describe.
Urban Mobility Management and Emissions Measurement System Boile Maria 1,2 Afroditi Anagnostopoulou 1 Evangelia Papargyri 1 1 Centre for Research and Technology.
Clean Technology (PB386) Click to edit Master title style Numfon Eaktasang, Ph.D.
Environmental Performance Prepared for CFOA, London, 28th January 2010 By Matt Farnsworth: Environment & Sustainability Manager, Nottinghamshire.
LEED NC Water Efficiency 5 points Slide Editor: James A
Sustainability Update
Advanced benchmarking for utility improvement
DOE Data Center Energy Efficiency Program and Tool Strategy
Do energy efficient buildings help cut emissions?
THE RECP ASSESSMENT Brent Goliath NATIONAL CLEANER PRODUCTION CENTRE
Development and use of Environmental Performance Indicators
Reuse and Conservation Strategies
600,000 operators in EU & EFTA countries
Measuring Progress Towards GHG Reductions Presented by: Stefan Unnasch
Carbon Footprint.
Energy performance and Carbon emissions Assessment and Monitoring tool
Energy performance and Carbon emissions Assessment and Monitoring tool
Energy performance and Carbon emissions Assessment and Monitoring tool
Energy performance and Carbon emissions Assessment and Monitoring tool
Energy performance and Carbon emissions Assessment and Monitoring tool
Carbon Footprint.
06/08/2019 The Paris Agreement first-ever universal, legally binding global climate deal.
Why Potable Reuse in Florida?
Presentation transcript:

Energy performance and Carbon emissions Assessment and Monitoring tool Module 6: Water Efficiency ECAM Tool: Energy performance and Carbon emissions Assessment and Monitoring tool

Module 6: Water Efficiency RECALL Interrelation of climate change and the water cycle Typical emission sources of drinking water and wastewater utilities Purpose of initial and detailed assessment Purpose baseline report and important factors for assessing PIs Link between ECAM, baseline report and WaCCliM Roadmap Module 6: Water Efficiency

Module 6: Water Efficiency WaCCliM Roadmap Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING OBJECTIVES Understand what is water efficiency The role of water efficiency in climate change mitigation and adaptation How to use ECAM tool to assess: water efficiency throughout the urban water cycle opportunities for improving water efficiency and reducing related GHG emissions How implementing water efficiency related measures to reduce GHG emissions fits within the WaCCliM Roadmap Module 6: Water Efficiency

Module 6: Water Efficiency What is water efficiency? Water efficiency can be broken down into 3 actions that are all interrelated: Reducing wasteful use of water Producing and using the right water for the right purpose Conveying and treating only the water that you need to convey and treat Module 6: Water Efficiency

Module 6: Water Efficiency What is water efficiency? Reducing wasteful use of water Module 6: Water Efficiency

Module 6: Water Efficiency What is water efficiency? Producing and using the right water for the right purpose Why is this important? Producing potable (drinking water quality) water is costly and energy intensive; therefore, if other lesser quality water (i.e. water reuse, rainwater, etc.) can be used for non-potable purposes, it is always better. Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 1: Producing and using the right water for the right purpose Match the right water with the right purpose (the same water can be matched to multiple purposes and purposes can be matched by more than one type of water) Type of Water Potable water Rain water Recycled water via semi-advanced treatment Recycled water via most advanced treatment Purpose Landscape irrigation Direct potable reuse source water Drinking water Indirect potable reuse source water Toilet flushing Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE 1 Exercise 1: Answer Module 6: Water Efficiency

Module 6: Water Efficiency What is water efficiency? Conveying and treating only the water that you need to convey and treat Why is this important? Conveying and treating potable water and wastewater is costly and energy intensive; therefore, you do not want to convey and treat more than you need to. Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 2: Conveying and treating only the water that you need to convey and treat Name at least one measure to accomplish this for drinking water and wastewater Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 2: Answer Module 6: Water Efficiency

Module 6: Water Efficiency 2. The role of water efficiency in climate change mitigation Producing potable (drinking water quality) water is costly and energy intensive; therefore, if other lesser quality water (i.e. water reuse, rainwater, etc.) can be used for non-potable purposes, it is always better. Conveying and treating potable water and wastewater is costly and energy intensive; therefore, you do not want to convey and treat more than you need to. Grid energy consumption (kWh) = CO2 emissions EF = kg CO2e / kWh Therefore, being more water efficient results in less energy consumption from less pumping and less treatment, less GHG emissions, and CC mitigation Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 3: The role of water efficiency in climate change mitigation List the water efficiency GHG-related emissions for each stage of the urban water cycle below and their sources and influencing factors: Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 3: Answer DW Abstraction DW Treatment GHG type Source Factors kWh CO2 Pumping, equip. Auth. Consumption, Non-revenue water GHG type Source Factors kWh CO2 Pumping, process, equip Auth. Consumption, Non-revenue water DW Distribution GHG type Source Factors kWh CO2 Pumping, equip Auth. Consumption, Non-revenue water Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 3: Answer WW Collection WW Treatment GHG type Source Factors kWh CO2 Pumping, equip. Auth. Consumption, infiltration/ inflow GHG type Source Factors kWh CO2 Pumping, process, equip Auth. Consumption, Infiltration/ inflow WW Discharge GHG type Source Factors kWh CO2 Pumping, equip Auth. Consumption, Inf./Inf. N2O Receiving water N in effluent Module 6: Water Efficiency

Module 6: Water Efficiency The role of water efficiency in climate change mitigation: Conclusion Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool What is the single most important parameter in evaluating water efficiency? Answer: Volume, m3 All water efficiency related GHG emissions will be based upon volume: Volume abstracted (pumped) Volume treated Volume distributed/collected (pumped) Volume discharged (pumped) And will be driven by Volume of authorized consumption Volume of non-revenue water Volume of infiltration/inflow Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Since all water efficiency related GHG emissions can be traced to energy consumption, a key indicator to track across the urban water cycle is kWh/m3. Therefore, knowing volume, energy consumption, and CO2e/kWh grid energy emission factor, one can calculate water efficiency related GHG remissions. So let’s take a look at where we can track water efficiency and kWh/m3 in ECAM to assess water efficiency related GHG emissions Load WE .json file (Slides 20 – 26 will be interactive with tool) Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Drinking Water Detailed GHG Assessment (Abstraction) Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Drinking Water Detailed GHG Assessment (Treatment) Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Drinking Water Detailed GHG Assessment (Distribution) Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Wastewater Detailed GHG Assessment (Collection) Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Wastewater Detailed GHG Assessment (Treatment) Module 6: Water Efficiency

Module 6: Water Efficiency Assessing water efficiency in ECAM tool Wastewater Detailed GHG Assessment (Discharge) Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 4: Assessing water efficiency opportunities in ECAM For each measure, indicate how you would assess, and what stages the measure would impact in terms of GHG emissions Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 5: Assessing water efficiency opportunities in ECAM Use the kWh/m3 factor in Distribution Stage, and kg CO2e/kWh conversion factor for grid electricity specified in Configuration Calculate what a 10% reduction in authorized consumption will result in GHG reduction from just the Distribution stage. Develop the hand calculation for GHG emissions Check with ECAM Opportunities page and/or other ECAM pages. Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 6: Water efficiency opportunities Module 6: Water Efficiency

Module 6: Water Efficiency LEARNING EXERCISE Exercise 6: Water efficiency opportunities (Cont’d) Module 6: Water Efficiency

Module 6: Water Efficiency RECAP How does Water efficiency contribute to climate change? How ECAM tool can be used to assess opportunities for improving water efficiency and reducing related GHG emissions How does implementing water efficiency related measures to reduce GHG emissions fits within the WaCCliM Roadmap Module 6: Water Efficiency