SlideShare a Scribd company logo
1 of 55
Download to read offline
Impactful and
Measurable Progress
on CSA
in Corporate Value
Chains
Workshop
27-28 March 2018Smarter Metrics Workshop | Burlington 1
MEASURING FLW
ABOUT THE FLW STANDARD
TOOLS AND RESOURCES
Kai Robertson,
Lead Advisor, FLW Protocol
WRI
Day 2 | 28 March 2018
afternoon
HOW TO CHANGE ATTITUDES AND BEHAVIORS
1. Make it understood
2. Make it easy
3. Make it desirable
4. Make it rewarding
5. Make it a habit
Smarter Metrics Workshop | Burlington 327-28 March 2018
Food Loss & Waste
THEMES FROM PRE-TRAINING EXERCISE
What are we already doing?
• Very different approaches
• Monitoring food donations
• Use of circular economy
approaches with waste
• Integration into production
efficiency analysis and LCAs
• For many, a new area
What are our monitoring goals?
• For some not in scope
• No goals yet – but highly
interested in developing a
monitoring system
• Considering incorporating it
into climate monitoring
approaches
What challenges are we facing?
• Upstream data collection from
direct suppliers
• Difficulty classifying waste in
different product markets
• How to combine use of
estimates with ground-
truthing
MEASURE:
“What gets measured gets managed”
Photo: www.cgu.edu
• Understand size of opportunity
• Data drives decisions and prioritization
• Ability to track progress
About the FLW Protocol
A multi-stakeholder effort to develop a global
Food Loss and Waste Accounting and Reporting Standard
(FLW Standard)
Secretariat
Benefits from using the FLW Standard
 Common language
 Practical guidance
 Reporting framework
Summarize your inventory
consistently and transparently
“… provides consistent
language to use … and
standard ways to
measure and report.”
Kellogg Company
Steps to quantify and report on FLW
Why quantify?
What to quantify? (January 2018 webinar)
How to quantify?
(February 2018 webinar)
Reporting
(March 2018 webinar)
Foundation of the common language
(1) Material Types (i.e., food
and/or inedible parts)
AND
(2) Destinations (where
material goes when it
leaves the food supply
chain; 10 possibilities)
a Intended for human consumption (i.e., excludes crops intentionally grown for bioenergy, animal feed, seed, or industrial use)
b At some point in the food supply chain (including surplus food redistributed to people and consumed)
Source: FLW Standard, Adapted from FAO, 2014. Definitional Framework of Food Loss. Working paper of the Global Initiative on Food Loss and Waste Reduction. Rome, Italy: FAO.
The FLW Standard allows an entity to select which combination of
material types and destinations
it considers to be “food loss and waste”
Inedible parts
Food
Biomaterial/
processing
Co/anaerobic
digestion
Controlled
combustion
Land application
Landfill
Not harvested
Refuse/discards
Animal feed
Compost/
aerobic
Sewer
US EPA: 36.46 million tons disposed
Inedible parts
Food
Biomaterial/
processing
Co/anaerobic
digestion
Controlled
combustion
Land
application
Landfill
Not harvested
Refuse/discards
Animal feed
Compost/
aerobic
USDA: 66.5 million tons
Goals -> drive definitions
V
E
R
S
U
S
Sewer
Scope of proposed SDG 12.3 Interpretation
TARGET 12.3
By 2030, halve per capita global food
waste at the retail and consumer
levels and reduce food losses along
production and supply chains,
including post-harvest losses
Food Waste Resolution (2015) Food Loss Resolution (2017)
Prevent and reduce food waste
by 50% within our own retail
and manufacturing operations
by 2025 versus a 2016 baseline
Prevent and reduce food
loss by 50% within our own
operations by 2030 versus
a 2018 baseline
Targets are being set by business partnerships
Controlled
combustion*
Landfill
Refuse/discards
Sewer
Food category =
To be determined
by company
Lifecycle stage =
Direct operations
Geography =
To be determined
by company
Organization =
To be determined
by company
Weight of
packaging
is excluded.
12 months
(calendar or
fiscal year)
Food
Scope of CGF’s Food Waste Resolution
Inedible parts
*without energy recovery
“Food only”
OR
“Food +
Inedible parts”
Food waste will be
assessed by
individual member
companies as…
…sent to disposal
(only the
destinations with
green check mark)
CGF GOAL
WE ARE COMMITTED TO
PREVENTING FOOD WASTE
AND MAXIMISING ITS
RECOVERY TOWARDS THE
GOAL OF HALVING FOOD
WASTE BY 2025**
**Aligned with the FLW Standard;
per unit of food sales in constant
currency
http://www.theconsumergoodsforum.
com/sustainability-strategic-
focus/waste/food-waste
1. Direct weighing
2. Counting
3. Assessing volume
4. Waste composition analysis
5. Records
6. Diaries
7. Surveys
8. Mass balance
9. Modeling
10. Proxy data
Plus: Quantifying FLW if water is
added (Appendix A)
About FLW quantification methods
The stand-alone Guidance on FLW Quantification Methods document provides an
overview of 10 methods commonly used to quantify FLW:
The FLW Standard does not require use of a particular quantification method
o May select whichever method(s) best meets its particular needs and may also
choose to use methods not described in the standard
o Requirement: “Describe the quantification method(s) used.”
Methods in “bold” are
common for quantifying
farm-level losses
From the home page
Where to find the Guidance on FLW Quantification Methods
(@ www.FLWProtocol.org)
Individual chapter for each
quantification method
provides:
 Overview
 Advantages and
disadvantages
 Level of expertise
required
 Cost
 Guidance on
implementing the
method
Helpful hints about measuring
1. You don't need a super accurate
number to get started
2. Measurement itself is an act of
prevention
3. Think beyond “landfill avoidance”
Basic steps for collecting data
1. Identify the main streams of possible FLW
o Where FLW is already separated from other material streams
• e.g., FLW to animal feed
o Where estimates may be needed to separate the FLW from other material streams
• e.g., fraction of total material to compost that is FLW
2. Gather and assess existing data
o Sources may include: storage records, waste collection receipts,
o Identify who has the data
o Consider if existing data
• fits your scope and is reliable, and
• could be extrapolated for other sites (if needed)
3. Where data does not exist, determine how to calculate the
amount of FLW (i.e., measure, approximate, or infer by
calculation)
Defining “losses” at farm-level
During or
immediately after
harvesting on the
farm
*Read more in: Introducing Farm-Level Loss into the
Food Waste Discussion, NC State University
= Product that doesn’t
leave the farm
May be called:*
• unmarketable
• oversupply
• surplus
• seconds
• culls
• trash
• ugly
Trim
(“Outer leaves”)
Damaged product
(unsaleable)
Excess product
Stalks / Stems
What might this look like (lettuce example)?
“Non-food” agricultural losses
Smarter Metrics Workshop | Burlington 1827-28 March 2018
FOR EXAMPLE: WHEN COTTON IS LEFT IN THE FIELD, ITS FOOD POTENTIAL ALSO GOES UNTAPPED
…one acre of cotton produces about 25-30 gallons of edible cottonseed oil per acre.
The average person consumes about 3 pints of cottonseed oil annually.
http://www.westernfarmpress.com/blog/cotton-fabric-and-food-our-lives
Approach for how to calculate harvest losses is provided by Cotton Inc.
http://www.cottoninc.com/fiber/AgriculturalDisciplines/Engineering/Cotton-Harvest-
Systems/Cotton-Pickers/Appendix-Harvest-Loss-Calculations/
Production process - Streams or materials not fit for food
Raw Material
Final
Product 1
Final
Product 2
Storage
Cleaning
Process
Process
Step x
Process
Step 2b
Process
Step 2a
Storage
Material
Cleaning
Material
Production
Material
Production
Material
Final Product
Material
19
Production
Handling
and Storage
Processing
and
Packaging
Distribution
and Market
Consumption
Produced and sold for
non-food uses
Material is used for:
• Animal feed, or
• Biomaterial/processing
(industrial products)
Agribusiness
operations
Material goes to:
• Co/anaerobic digestion
• Composting/aerobic
processes
• Controlled combustion
• Land application
• Landfill
• Refuse/discards/litter
• Sewer/wastewater
treatment*
Assess Destination
* Keep in mind process water may have been added
Destinations (Process Waste)
Destinations (Non-food / By-product)
Productionprocess
Note: confirm it
is lawful
Produced for humans
(food & associated inedible parts)
Streams or materials that leave the food supply chain:
Food Waste
(SDG 12.3
Interpretation)
Material
Flows
Example. Destinations drive what a company considers food waste
(Slide from consulting firm Anthesis)
Not food waste:
human consumption
Not food waste:
animal feed
Food waste
36% reduction (From 1.25% to 0.8%)
In supply chain under Olam’s control
Post-harvest rice losses in Cameroon
2,500 tonnes saved over 5 years
= 50 million servings
Business case. Food producer and trader: Olam
Note: These destinations
comprise the interpretation
of the SDG Target 12.3 Scope
All destinations are
reported
Source: Kellogg Company 2016/2017 Corporate Responsibility Report
“In 2016, our food waste was approximately 21.56 tonnes of food per million USD in food sales”
Conversion: Sales in 2016 ~$13 billion = 618 million pounds of food waste (519 million to animal feed)
“We estimate that reducing food waste within our facilities represents approximately $30 million in
potential cost savings, based on the cost of raw materials, confirming the clear financial
benefit of measuring (and reducing) food loss and waste. “
Source: Kellogg Company Food Waste Position Statement (updated May 2017)
http://www.kelloggcompany.com/content/dam/kelloggcompanyus/corporate_responsibility/pdf/2017/Food%20Loss%20and%20Waste%20Position%20Statement.pdf
Additional details provided in FLW Standard case study – available at: http://flwprotocol.org/case-studies/
Business case. Manufacturer - globally
Opportunity related to sorting process
When carrots and potatoes are received at the facility
they are sorted, sliced and diced followed by optical
sorter processing to remove blemished vegetables.
Floor measurements found that collateral losses of
good quality carrots and potatoes amounts to 799
tonnes per year.
It was found that by reprocessing or decreasing the
speed of the optical sorter, collateral losses could be
reduced by 2/3. This would avoid over 537 tonnes of
vegetable matter from entering the food waste
stream.
In addition to saving over $227,000 in raw ingredient
costs annually, addressing this issue will reduce the
amount of BOD sewage fees and embedded natural
gas, electrical and water costs.
In one facility, identified six practical and economically attractive opportunities to
reduce food waste by almost 1,000 tonnes/year valued at $706,000
Source: https://www.provisioncoalition.com/Assets/ProvisionCoalition/Documents/Articles/pc-case-study-campbells-2017-05-02%20FINAL.pdf
Business case. Manufacturer – by facility
Opportunity:
Rice loss reductions of 30% possible (harvesting and threshing
stages)
Improved storage equipment and farmer training
Financial benefit:
• Gross savings: $19.3 million/year
• Cost: $300,000/year
• Net savings : $19.0 million/year
Implementation Requirements:
• Know about the solution
• See how they will benefit from it
• Have money at the right time to purchase solution
• Be able to get equipment when they need it
Source: FAO
Source: Scaling Up Post-Harvest Losses Interventions in Uganda
Through Market Forces, World Food Program
Business case. Farmer (Andhra Pradesh/India)
Requirement Guidance
1. Base FLW accounting and reporting on the principles of relevance, completeness,
consistency, transparency, and accuracy
Chapter 5
2. Account for and report the physical amount of FLW expressed as weight
(e.g., pounds, kilograms, tons, metric tons)
Chapter 7
3. Define and report on the scope of the FLW inventory
a. Timeframe c. Destination
b. Material type d. Boundary
(See FLW Standard for details, including related issues)
Chapter 6
4. Describe the quantification method(s) used. If existing studies or data are used, identify
the source and scope
Chapter 7
5. If sampling and scaling of data are undertaken, describe the approach and calculation
used, as well as the period of time over which sample data are collected (including starting
and ending dates)
Chapter 8
6. Provide a qualitative description and/or quantitative assessment of the uncertainty
around FLW inventory results
Chapter 9
7. If assurance of the FLW inventory is undertaken (which may include peer review,
verification, validation, quality assurance, quality control, and audit), create an assurance
statement
Chapter 12
8. If tracking the amount of FLW and/or setting an FLW reduction target, select a base year,
identify the scope of the target, recalculate the base year FLW inventory when necessary
Chapter 14
The eight FLW Standard accounting and reporting requirements
Smarter Metrics Workshop | Burlington 2627-28 March 2018
Food Loss & Waste
DISCUSSION: WHAT’S ON YOUR MIND?
What are we already doing?
• Very different approaches
• Monitoring food donations
• Use of circular economy
approaches with waste
• Integration into production
efficiency analysis and LCAs
• For many, a new area
What are our monitoring goals?
• For some not in scope
• No goals yet – but highly
interested in developing a
monitoring system
• Considering incorporating it
into climate monitoring
approaches
What challenges are we facing?
• Upstream data collection from
direct suppliers
• Difficulty classifying waste in
different product markets
• How to combine use of
estimates with ground-
truthing
Where to Start? @ www.FLWProtocol.org
Easily Find Guidance in the FLW Standard
TIP: Hover
over each
box to see
the table of
contents;
clicking on
the Section
of interest
will take you
right to that
part of the
FLW
Standard
(insert
timeframe)
Food
Inedible parts
Animal Feed
Biomaterial/
processing
Co/anaerobic
digestion
Compost/aerobic
Controlled
combustion
Land application
Landfill
Not harvested
Refuse/discards
Sewer
Pre-harvest
losses and the
weight of
product
packaging is
excluded from
the weight of
FLW.
(modify and/or
insert additional
relevant text)
Food category =
(insert text)
Lifecycle stage =
(insert text)
Geography =
(insert text)
Organization =
(insert text)
Indicate what material
types and destinations
are included as the
scope – color in the box
and add a check mark
Provide details about
Timeframe, Boundary,
and Related Issues
Template Downloadable: Visual to Easily Summarize Scope
Where to Find the Customizable Visual
@ www.FLWProtocol.org
More in the Pipeline:
Cranswick plc, Danone, Campbell’s,
Sobey’s, Walmart, UK Produce Study
Case Studies Provide Practical Examples
Include:
 Benefits from using the FLW Standard
 Challenges faced and overcome in measuring
 How to summarize an FLW inventory using the FLW Standard
 Actions being taken to reduce FLW
Focus for 2018
 Sectoral guidance and other tools under development
 Monthly webinar series to continue April 18th (third Wednesdays)
 April 18th webinar will be in Spanish (An overview of the FLW Standard)
 Send us your thoughts on questions and topics to address
 If you aren’t already signed up for the news update, do so at the bottom of
any page @ FLWProtocol.org
Coming soon:
FLW Value Calculator
FLW VALUE CALCULATOR
ALEXI ERNSTOFF, PHD
SUSTAINABILITY CONSULTANT
27 MARCH 2018
37
FLW IS NOT JUST A VOLUME BUT WASTED VALUE.
FLW VALUATION TOOL
• Social
capital &
worker
impacts
• Natural
capital &
environmenta
l impacts
• Nutritional
value
38
Strategize future
action to focus on
high value FLW
streams.
Understand the
magnitude of
impacts the FLW has
on society
Inspire action and
transforming
thinking about FLW
and its true value
Communicate
internally and
externally to gather
support for FLW
mitigation
WHAT IS THE VALUE OF AVOIDING FLW?
FLW VALUATION TOOL
is building a FLW valuation calculator for FReSH.*
The calculator is intended to suite the needs of forward-thinking businesses.
* A joint program between EAT and WBCSD, Food Reform for Sustainability and Health (FReSH)
39
AFTER MEASURING THE VOLUME OF FLW THE VALUE CAN BE ESTIMATED BY THE FLW
VALUATION TOOL (IN PREPARATION)
FLW VALUATION TOOL
 An entity calculates its FLW
 The tool estimates the:
o environmental impacts related to the agricultural production of
the food and the impacts of its destination (e.g. methane releases
from landfill).
o nutritional values that have been wasted (e.g. calories, vit. A)
o labor hours that have been wasted (e.g. to grow the food)
o economic value that has been wasted (e.g. market value)
DRAFT
40
MINIMAL USER INPUTS TO GENERATE A WEALTH OF KNOWLEDGE
FLW VALUATION TOOL
User inputs are
matched with
data to
calculate value
DRAFT
Coming soon:
Cool Farm Tool
3/28/2018 42
Cool Farm Tool – DRAFT Module for Farm-Level Losses (Under Development)
DRAFT
Coming soon:
The FLW Atlas
What is the Atlas?
- The one-stop shop for viewing and submitting food loss
and waste data
- Will contain both individual data points (based on
geography, commodity type and stage of the supply
chain) and full inventory data from companies and
countries
DRAFT Functionality of the Atlas
DRAFT Functionality of the Atlas
When Will the Atlas Launch?
- Likely launch date: September 2018
- More updates to come on future webinars
In the meantime – Excel downloadable from Missing Food, Missing Data?
report
3/28/2018 49
Other resources (sampling)
3/28/2018 51
Farm-level measurement activity – in U.S.
Project:
World Wildlife Fund (WWF) with Santa Clara University,
Global Cold Chain Alliance, Postharvest Education
Foundation, NC State, UC Davis (estimated embedded
resources in crop loss)
Focus:
Tomatoes, Romaine lettuce, Peaches, Potatoes
Publication:
Estimated ~May 2018
Conference with Preliminary Findings Held March 2018
End of season harvest potential protocol
Smarter Metrics Workshop | Burlington 5227-28 March 2018
Commission for Environmental Cooperation (CEC) guidance
Focus: Canada, Mexico, US
Expected publication:
December 2018
Approaches
(pros/cons)
Why Quantifying? What Steps to Take? Who to Involve?
Tips & Questions
Summary Sheet: Developing Your Action Plan
What’s Your Focus?
WHERE TO FOCUS?
Prioritization Criteria Notes
OPPORTUNITY SIZE
How high is the waste level of the commodity?
How important is the commodity to your company?
YOUR INFLUENCE
What portion of the global market do you purchase?
ENVIRONMENTAL IMPACT
What is the GHG footprint of the commodity (or water
consumption, impact on deforestation…)?
Solution Providers:
What’s your opportunity to help a company focus?
WBCSD CSA Workshop - Measuring FLW About The FLW Standard Tools And Resources

More Related Content

What's hot

The impact of governance on the performance of the industrial dairy value cha...
The impact of governance on the performance of the industrial dairy value cha...The impact of governance on the performance of the industrial dairy value cha...
The impact of governance on the performance of the industrial dairy value cha...ILRI
 
Organic System Plan (OSP) Templates for Certifiers
Organic System Plan (OSP) Templates for CertifiersOrganic System Plan (OSP) Templates for Certifiers
Organic System Plan (OSP) Templates for CertifiersElisaMendelsohn
 
Servitization Ángeles Pereira
Servitization Ángeles PereiraServitization Ángeles Pereira
Servitization Ángeles PereiraOrkestra
 
The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...
The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...
The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...ILRI
 
Assessing the Application of GMPs in Date Factories in Baharia Oasis
Assessing the Application of GMPs in Date Factories in Baharia OasisAssessing the Application of GMPs in Date Factories in Baharia Oasis
Assessing the Application of GMPs in Date Factories in Baharia OasisAli Zein El-Abdeen Kassem
 
High-Velocity Supply Chains for Perishables: A Fresher Proposition
High-Velocity Supply Chains for Perishables: A Fresher PropositionHigh-Velocity Supply Chains for Perishables: A Fresher Proposition
High-Velocity Supply Chains for Perishables: A Fresher PropositionCognizant
 

What's hot (8)

The impact of governance on the performance of the industrial dairy value cha...
The impact of governance on the performance of the industrial dairy value cha...The impact of governance on the performance of the industrial dairy value cha...
The impact of governance on the performance of the industrial dairy value cha...
 
MAPA Project: resilient agro-climatic adaptation models for livestock product...
MAPA Project: resilient agro-climatic adaptation models for livestock product...MAPA Project: resilient agro-climatic adaptation models for livestock product...
MAPA Project: resilient agro-climatic adaptation models for livestock product...
 
Organic System Plan (OSP) Templates for Certifiers
Organic System Plan (OSP) Templates for CertifiersOrganic System Plan (OSP) Templates for Certifiers
Organic System Plan (OSP) Templates for Certifiers
 
Servitization Ángeles Pereira
Servitization Ángeles PereiraServitization Ángeles Pereira
Servitization Ángeles Pereira
 
The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...
The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...
The Feed Assessment Tool (FEAST): Relevance for analyses and capacity develop...
 
Fall 2020- AURI Connects: Webinar Wednesday
Fall 2020- AURI Connects: Webinar WednesdayFall 2020- AURI Connects: Webinar Wednesday
Fall 2020- AURI Connects: Webinar Wednesday
 
Assessing the Application of GMPs in Date Factories in Baharia Oasis
Assessing the Application of GMPs in Date Factories in Baharia OasisAssessing the Application of GMPs in Date Factories in Baharia Oasis
Assessing the Application of GMPs in Date Factories in Baharia Oasis
 
High-Velocity Supply Chains for Perishables: A Fresher Proposition
High-Velocity Supply Chains for Perishables: A Fresher PropositionHigh-Velocity Supply Chains for Perishables: A Fresher Proposition
High-Velocity Supply Chains for Perishables: A Fresher Proposition
 

Similar to WBCSD CSA Workshop - Measuring FLW About The FLW Standard Tools And Resources

Contents1.1 Background21.2 Business OpportunityProblem3
Contents1.1 Background21.2 Business OpportunityProblem3Contents1.1 Background21.2 Business OpportunityProblem3
Contents1.1 Background21.2 Business OpportunityProblem3AlleneMcclendon878
 
gp 1 sec 1 ABPM.pptx
gp 1 sec 1 ABPM.pptxgp 1 sec 1 ABPM.pptx
gp 1 sec 1 ABPM.pptxPavanU12
 
5A. Validation Workshop Template.pptx
5A. Validation Workshop Template.pptx5A. Validation Workshop Template.pptx
5A. Validation Workshop Template.pptxconstantino34
 
Developing a Global Food Loss and Waste Measurement Protocol
Developing a Global Food Loss and Waste Measurement ProtocolDeveloping a Global Food Loss and Waste Measurement Protocol
Developing a Global Food Loss and Waste Measurement ProtocolWorld Resources Institute (WRI)
 
Measuring food losses: a new methodology
Measuring food losses: a new methodologyMeasuring food losses: a new methodology
Measuring food losses: a new methodologyIFPRI-PIM
 
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...John Blue
 
MR Organics EPAUpdate
MR Organics EPAUpdateMR Organics EPAUpdate
MR Organics EPAUpdatemassrecycle2012
 
Food supply chain waste
Food supply chain wasteFood supply chain waste
Food supply chain wasteKhoirul Anam
 
Dr. Greg Thoma - The Intersection Between Traceability and Sustainability
Dr. Greg Thoma - The Intersection Between Traceability and SustainabilityDr. Greg Thoma - The Intersection Between Traceability and Sustainability
Dr. Greg Thoma - The Intersection Between Traceability and SustainabilityJohn Blue
 
Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...
Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...
Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...Brussels Briefings (brusselsbriefings.net)
 
Using participatory system dynamics approaches to evaluate the nutritional se...
Using participatory system dynamics approaches to evaluate the nutritional se...Using participatory system dynamics approaches to evaluate the nutritional se...
Using participatory system dynamics approaches to evaluate the nutritional se...ILRI
 

Similar to WBCSD CSA Workshop - Measuring FLW About The FLW Standard Tools And Resources (20)

WBCSD CSA Workshop - Overview of Loss and Waste
WBCSD CSA Workshop - Overview of Loss and WasteWBCSD CSA Workshop - Overview of Loss and Waste
WBCSD CSA Workshop - Overview of Loss and Waste
 
Contents1.1 Background21.2 Business OpportunityProblem3
Contents1.1 Background21.2 Business OpportunityProblem3Contents1.1 Background21.2 Business OpportunityProblem3
Contents1.1 Background21.2 Business OpportunityProblem3
 
gp 1 sec 1 ABPM.pptx
gp 1 sec 1 ABPM.pptxgp 1 sec 1 ABPM.pptx
gp 1 sec 1 ABPM.pptx
 
Smallholder agriculture & climate change
Smallholder agriculture & climate changeSmallholder agriculture & climate change
Smallholder agriculture & climate change
 
5A. Validation Workshop Template.pptx
5A. Validation Workshop Template.pptx5A. Validation Workshop Template.pptx
5A. Validation Workshop Template.pptx
 
Developing a Global Food Loss and Waste Measurement Protocol
Developing a Global Food Loss and Waste Measurement ProtocolDeveloping a Global Food Loss and Waste Measurement Protocol
Developing a Global Food Loss and Waste Measurement Protocol
 
Metrics for CSA: increasing programming effectiveness and outcome tracking
Metrics for CSA: increasing programming effectiveness and outcome trackingMetrics for CSA: increasing programming effectiveness and outcome tracking
Metrics for CSA: increasing programming effectiveness and outcome tracking
 
Eduardo Nakasone • 2017 IFPRI Egypt Seminar Series: Food Loss and Waste in Egypt
Eduardo Nakasone • 2017 IFPRI Egypt Seminar Series: Food Loss and Waste in EgyptEduardo Nakasone • 2017 IFPRI Egypt Seminar Series: Food Loss and Waste in Egypt
Eduardo Nakasone • 2017 IFPRI Egypt Seminar Series: Food Loss and Waste in Egypt
 
Measuring food losses: a new methodology
Measuring food losses: a new methodologyMeasuring food losses: a new methodology
Measuring food losses: a new methodology
 
Metrics for Monitoring Climate-Smart Agriculture
Metrics for Monitoring Climate-Smart Agriculture Metrics for Monitoring Climate-Smart Agriculture
Metrics for Monitoring Climate-Smart Agriculture
 
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...
Dr. Marty D. Matlock - Science-Based Metrics for Sustainable Outcomes in Agri...
 
Fwra toolkit final_0415141
Fwra toolkit final_0415141Fwra toolkit final_0415141
Fwra toolkit final_0415141
 
MR Organics EPAUpdate
MR Organics EPAUpdateMR Organics EPAUpdate
MR Organics EPAUpdate
 
Food supply chain waste
Food supply chain wasteFood supply chain waste
Food supply chain waste
 
CLIFF-GRADS webinar series session 3 - Student research presentations
CLIFF-GRADS webinar series session 3 - Student research presentations CLIFF-GRADS webinar series session 3 - Student research presentations
CLIFF-GRADS webinar series session 3 - Student research presentations
 
Dr. Greg Thoma - The Intersection Between Traceability and Sustainability
Dr. Greg Thoma - The Intersection Between Traceability and SustainabilityDr. Greg Thoma - The Intersection Between Traceability and Sustainability
Dr. Greg Thoma - The Intersection Between Traceability and Sustainability
 
Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...
Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...
Brussels Briefing 54: Carin Smaller ''SDG2: cost and evidence reviews to expa...
 
CCAFS-MOT Tool, March 2015
CCAFS-MOT Tool, March 2015CCAFS-MOT Tool, March 2015
CCAFS-MOT Tool, March 2015
 
Using participatory system dynamics approaches to evaluate the nutritional se...
Using participatory system dynamics approaches to evaluate the nutritional se...Using participatory system dynamics approaches to evaluate the nutritional se...
Using participatory system dynamics approaches to evaluate the nutritional se...
 
WG3 release Charlotte Streck 16 apr 2014
WG3 release Charlotte Streck 16 apr 2014WG3 release Charlotte Streck 16 apr 2014
WG3 release Charlotte Streck 16 apr 2014
 

More from CCAFS | CGIAR Research Program on Climate Change, Agriculture and Food Security

More from CCAFS | CGIAR Research Program on Climate Change, Agriculture and Food Security (20)

CGIAR-AICCRA Knowledge Management Guide (2021)
CGIAR-AICCRA Knowledge Management Guide (2021)CGIAR-AICCRA Knowledge Management Guide (2021)
CGIAR-AICCRA Knowledge Management Guide (2021)
 
Achieving NDC Ambition in Agriculture: How much does agriculture contribute t...
Achieving NDC Ambition in Agriculture: How much does agriculture contribute t...Achieving NDC Ambition in Agriculture: How much does agriculture contribute t...
Achieving NDC Ambition in Agriculture: How much does agriculture contribute t...
 
Achieving NDC Ambition in Agriculture: Mitigation ambition in new & updated N...
Achieving NDC Ambition in Agriculture: Mitigation ambition in new & updated N...Achieving NDC Ambition in Agriculture: Mitigation ambition in new & updated N...
Achieving NDC Ambition in Agriculture: Mitigation ambition in new & updated N...
 
Achieving NDC Ambition in Agriculture: Overview of NDC ambition in the agricu...
Achieving NDC Ambition in Agriculture: Overview of NDC ambition in the agricu...Achieving NDC Ambition in Agriculture: Overview of NDC ambition in the agricu...
Achieving NDC Ambition in Agriculture: Overview of NDC ambition in the agricu...
 
CCAFS and GRA Resources for CLIFF-GRADS 2021
CCAFS and GRA Resources for CLIFF-GRADS 2021CCAFS and GRA Resources for CLIFF-GRADS 2021
CCAFS and GRA Resources for CLIFF-GRADS 2021
 
CSA Monitoring: Understanding adoption, synergies and tradeoffs at farm and h...
CSA Monitoring: Understanding adoption, synergies and tradeoffs at farm and h...CSA Monitoring: Understanding adoption, synergies and tradeoffs at farm and h...
CSA Monitoring: Understanding adoption, synergies and tradeoffs at farm and h...
 
Livestock and sustainability in changing climate: Impacts and global best pra...
Livestock and sustainability in changing climate: Impacts and global best pra...Livestock and sustainability in changing climate: Impacts and global best pra...
Livestock and sustainability in changing climate: Impacts and global best pra...
 
Plant-based protein market in Asia
Plant-based protein market in AsiaPlant-based protein market in Asia
Plant-based protein market in Asia
 
ADB ESLAP case study outputs and synthesis results: Sustainable livestock gui...
ADB ESLAP case study outputs and synthesis results: Sustainable livestock gui...ADB ESLAP case study outputs and synthesis results: Sustainable livestock gui...
ADB ESLAP case study outputs and synthesis results: Sustainable livestock gui...
 
ADB ESLAP Case Study "Dairy value chain in Indonesia"
ADB ESLAP Case Study "Dairy value chain in Indonesia"ADB ESLAP Case Study "Dairy value chain in Indonesia"
ADB ESLAP Case Study "Dairy value chain in Indonesia"
 
Assessment of the environmental sustainability of plant-based meat and pork: ...
Assessment of the environmental sustainability of plant-based meat and pork: ...Assessment of the environmental sustainability of plant-based meat and pork: ...
Assessment of the environmental sustainability of plant-based meat and pork: ...
 
Case study on dairy value chain in China
Case study on dairy value chain in ChinaCase study on dairy value chain in China
Case study on dairy value chain in China
 
Global sustainable livestock investment overview
Global sustainable livestock investment overviewGlobal sustainable livestock investment overview
Global sustainable livestock investment overview
 
The impact of mechanization in smallholder rice production in Nigeria
The impact of mechanization in smallholder rice production in NigeriaThe impact of mechanization in smallholder rice production in Nigeria
The impact of mechanization in smallholder rice production in Nigeria
 
Biodiversity in agriculture for people and planet
Biodiversity in agriculture for people and planetBiodiversity in agriculture for people and planet
Biodiversity in agriculture for people and planet
 
Greenhouse gas (GHG) emissions & priority action in climate mitigation in the...
Greenhouse gas (GHG) emissions & priority action in climate mitigation in the...Greenhouse gas (GHG) emissions & priority action in climate mitigation in the...
Greenhouse gas (GHG) emissions & priority action in climate mitigation in the...
 
Evaluation of Rwanda climate services for agriculture through a gender lens
Evaluation of Rwanda climate services for agriculture through a gender lensEvaluation of Rwanda climate services for agriculture through a gender lens
Evaluation of Rwanda climate services for agriculture through a gender lens
 
Introduction to Climate-Smart Agriculture: Busia County, Kenya
Introduction to Climate-Smart Agriculture: Busia County, KenyaIntroduction to Climate-Smart Agriculture: Busia County, Kenya
Introduction to Climate-Smart Agriculture: Busia County, Kenya
 
Delivering information for national low-emission development strategies: acti...
Delivering information for national low-emission development strategies: acti...Delivering information for national low-emission development strategies: acti...
Delivering information for national low-emission development strategies: acti...
 
Delivering information for national low-emission development strategies: acti...
Delivering information for national low-emission development strategies: acti...Delivering information for national low-emission development strategies: acti...
Delivering information for national low-emission development strategies: acti...
 

Recently uploaded

Biopesticide (2).pptx .This slides helps to know the different types of biop...
Biopesticide (2).pptx  .This slides helps to know the different types of biop...Biopesticide (2).pptx  .This slides helps to know the different types of biop...
Biopesticide (2).pptx .This slides helps to know the different types of biop...RohitNehra6
 
Recombinant DNA technology (Immunological screening)
Recombinant DNA technology (Immunological screening)Recombinant DNA technology (Immunological screening)
Recombinant DNA technology (Immunological screening)PraveenaKalaiselvan1
 
Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.aasikanpl
 
Work, Energy and Power for class 10 ICSE Physics
Work, Energy and Power for class 10 ICSE PhysicsWork, Energy and Power for class 10 ICSE Physics
Work, Energy and Power for class 10 ICSE Physicsvishikhakeshava1
 
NAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdf
NAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdfNAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdf
NAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdfWadeK3
 
Grafana in space: Monitoring Japan's SLIM moon lander in real time
Grafana in space: Monitoring Japan's SLIM moon lander  in real timeGrafana in space: Monitoring Japan's SLIM moon lander  in real time
Grafana in space: Monitoring Japan's SLIM moon lander in real timeSatoshi NAKAHIRA
 
Labelling Requirements and Label Claims for Dietary Supplements and Recommend...
Labelling Requirements and Label Claims for Dietary Supplements and Recommend...Labelling Requirements and Label Claims for Dietary Supplements and Recommend...
Labelling Requirements and Label Claims for Dietary Supplements and Recommend...Lokesh Kothari
 
Behavioral Disorder: Schizophrenia & it's Case Study.pdf
Behavioral Disorder: Schizophrenia & it's Case Study.pdfBehavioral Disorder: Schizophrenia & it's Case Study.pdf
Behavioral Disorder: Schizophrenia & it's Case Study.pdfSELF-EXPLANATORY
 
STERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCE
STERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCESTERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCE
STERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCEPRINCE C P
 
Analytical Profile of Coleus Forskohlii | Forskolin .pptx
Analytical Profile of Coleus Forskohlii | Forskolin .pptxAnalytical Profile of Coleus Forskohlii | Forskolin .pptx
Analytical Profile of Coleus Forskohlii | Forskolin .pptxSwapnil Therkar
 
Animal Communication- Auditory and Visual.pptx
Animal Communication- Auditory and Visual.pptxAnimal Communication- Auditory and Visual.pptx
Animal Communication- Auditory and Visual.pptxUmerFayaz5
 
Artificial Intelligence In Microbiology by Dr. Prince C P
Artificial Intelligence In Microbiology by Dr. Prince C PArtificial Intelligence In Microbiology by Dr. Prince C P
Artificial Intelligence In Microbiology by Dr. Prince C PPRINCE C P
 
Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝
Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝
Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝soniya singh
 
Orientation, design and principles of polyhouse
Orientation, design and principles of polyhouseOrientation, design and principles of polyhouse
Orientation, design and principles of polyhousejana861314
 
Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.aasikanpl
 
PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...
PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...
PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...SĂŠrgio Sacani
 
Scheme-of-Work-Science-Stage-4 cambridge science.docx
Scheme-of-Work-Science-Stage-4 cambridge science.docxScheme-of-Work-Science-Stage-4 cambridge science.docx
Scheme-of-Work-Science-Stage-4 cambridge science.docxyaramohamed343013
 
Nanoparticles synthesis and characterization​ ​
Nanoparticles synthesis and characterization​  ​Nanoparticles synthesis and characterization​  ​
Nanoparticles synthesis and characterization​ ​kaibalyasahoo82800
 
Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43b
Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43bNightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43b
Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43bSĂŠrgio Sacani
 

Recently uploaded (20)

Biopesticide (2).pptx .This slides helps to know the different types of biop...
Biopesticide (2).pptx  .This slides helps to know the different types of biop...Biopesticide (2).pptx  .This slides helps to know the different types of biop...
Biopesticide (2).pptx .This slides helps to know the different types of biop...
 
Recombinant DNA technology (Immunological screening)
Recombinant DNA technology (Immunological screening)Recombinant DNA technology (Immunological screening)
Recombinant DNA technology (Immunological screening)
 
Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Munirka Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
 
Work, Energy and Power for class 10 ICSE Physics
Work, Energy and Power for class 10 ICSE PhysicsWork, Energy and Power for class 10 ICSE Physics
Work, Energy and Power for class 10 ICSE Physics
 
NAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdf
NAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdfNAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdf
NAVSEA PEO USC - Unmanned & Small Combatants 26Oct23.pdf
 
Grafana in space: Monitoring Japan's SLIM moon lander in real time
Grafana in space: Monitoring Japan's SLIM moon lander  in real timeGrafana in space: Monitoring Japan's SLIM moon lander  in real time
Grafana in space: Monitoring Japan's SLIM moon lander in real time
 
Labelling Requirements and Label Claims for Dietary Supplements and Recommend...
Labelling Requirements and Label Claims for Dietary Supplements and Recommend...Labelling Requirements and Label Claims for Dietary Supplements and Recommend...
Labelling Requirements and Label Claims for Dietary Supplements and Recommend...
 
Behavioral Disorder: Schizophrenia & it's Case Study.pdf
Behavioral Disorder: Schizophrenia & it's Case Study.pdfBehavioral Disorder: Schizophrenia & it's Case Study.pdf
Behavioral Disorder: Schizophrenia & it's Case Study.pdf
 
STERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCE
STERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCESTERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCE
STERILITY TESTING OF PHARMACEUTICALS ppt by DR.C.P.PRINCE
 
Analytical Profile of Coleus Forskohlii | Forskolin .pptx
Analytical Profile of Coleus Forskohlii | Forskolin .pptxAnalytical Profile of Coleus Forskohlii | Forskolin .pptx
Analytical Profile of Coleus Forskohlii | Forskolin .pptx
 
9953056974 Young Call Girls In Mahavir enclave Indian Quality Escort service
9953056974 Young Call Girls In Mahavir enclave Indian Quality Escort service9953056974 Young Call Girls In Mahavir enclave Indian Quality Escort service
9953056974 Young Call Girls In Mahavir enclave Indian Quality Escort service
 
Animal Communication- Auditory and Visual.pptx
Animal Communication- Auditory and Visual.pptxAnimal Communication- Auditory and Visual.pptx
Animal Communication- Auditory and Visual.pptx
 
Artificial Intelligence In Microbiology by Dr. Prince C P
Artificial Intelligence In Microbiology by Dr. Prince C PArtificial Intelligence In Microbiology by Dr. Prince C P
Artificial Intelligence In Microbiology by Dr. Prince C P
 
Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝
Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝
Call Girls in Munirka Delhi 💯Call Us 🔝8264348440🔝
 
Orientation, design and principles of polyhouse
Orientation, design and principles of polyhouseOrientation, design and principles of polyhouse
Orientation, design and principles of polyhouse
 
Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
Call Girls in Mayapuri Delhi 💯Call Us 🔝9953322196🔝 💯Escort.
 
PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...
PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...
PossibleEoarcheanRecordsoftheGeomagneticFieldPreservedintheIsuaSupracrustalBe...
 
Scheme-of-Work-Science-Stage-4 cambridge science.docx
Scheme-of-Work-Science-Stage-4 cambridge science.docxScheme-of-Work-Science-Stage-4 cambridge science.docx
Scheme-of-Work-Science-Stage-4 cambridge science.docx
 
Nanoparticles synthesis and characterization​ ​
Nanoparticles synthesis and characterization​  ​Nanoparticles synthesis and characterization​  ​
Nanoparticles synthesis and characterization​ ​
 
Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43b
Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43bNightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43b
Nightside clouds and disequilibrium chemistry on the hot Jupiter WASP-43b
 

WBCSD CSA Workshop - Measuring FLW About The FLW Standard Tools And Resources

  • 1. Impactful and Measurable Progress on CSA in Corporate Value Chains Workshop 27-28 March 2018Smarter Metrics Workshop | Burlington 1 MEASURING FLW ABOUT THE FLW STANDARD TOOLS AND RESOURCES Kai Robertson, Lead Advisor, FLW Protocol WRI Day 2 | 28 March 2018 afternoon
  • 2. HOW TO CHANGE ATTITUDES AND BEHAVIORS 1. Make it understood 2. Make it easy 3. Make it desirable 4. Make it rewarding 5. Make it a habit
  • 3. Smarter Metrics Workshop | Burlington 327-28 March 2018 Food Loss & Waste THEMES FROM PRE-TRAINING EXERCISE What are we already doing? • Very different approaches • Monitoring food donations • Use of circular economy approaches with waste • Integration into production efficiency analysis and LCAs • For many, a new area What are our monitoring goals? • For some not in scope • No goals yet – but highly interested in developing a monitoring system • Considering incorporating it into climate monitoring approaches What challenges are we facing? • Upstream data collection from direct suppliers • Difficulty classifying waste in different product markets • How to combine use of estimates with ground- truthing
  • 4. MEASURE: “What gets measured gets managed” Photo: www.cgu.edu • Understand size of opportunity • Data drives decisions and prioritization • Ability to track progress
  • 5. About the FLW Protocol A multi-stakeholder effort to develop a global Food Loss and Waste Accounting and Reporting Standard (FLW Standard) Secretariat
  • 6. Benefits from using the FLW Standard  Common language  Practical guidance  Reporting framework Summarize your inventory consistently and transparently “… provides consistent language to use … and standard ways to measure and report.” Kellogg Company
  • 7. Steps to quantify and report on FLW Why quantify? What to quantify? (January 2018 webinar) How to quantify? (February 2018 webinar) Reporting (March 2018 webinar)
  • 8. Foundation of the common language (1) Material Types (i.e., food and/or inedible parts) AND (2) Destinations (where material goes when it leaves the food supply chain; 10 possibilities) a Intended for human consumption (i.e., excludes crops intentionally grown for bioenergy, animal feed, seed, or industrial use) b At some point in the food supply chain (including surplus food redistributed to people and consumed) Source: FLW Standard, Adapted from FAO, 2014. Definitional Framework of Food Loss. Working paper of the Global Initiative on Food Loss and Waste Reduction. Rome, Italy: FAO. The FLW Standard allows an entity to select which combination of material types and destinations it considers to be “food loss and waste”
  • 9. Inedible parts Food Biomaterial/ processing Co/anaerobic digestion Controlled combustion Land application Landfill Not harvested Refuse/discards Animal feed Compost/ aerobic Sewer US EPA: 36.46 million tons disposed Inedible parts Food Biomaterial/ processing Co/anaerobic digestion Controlled combustion Land application Landfill Not harvested Refuse/discards Animal feed Compost/ aerobic USDA: 66.5 million tons Goals -> drive definitions V E R S U S Sewer
  • 10. Scope of proposed SDG 12.3 Interpretation TARGET 12.3 By 2030, halve per capita global food waste at the retail and consumer levels and reduce food losses along production and supply chains, including post-harvest losses
  • 11. Food Waste Resolution (2015) Food Loss Resolution (2017) Prevent and reduce food waste by 50% within our own retail and manufacturing operations by 2025 versus a 2016 baseline Prevent and reduce food loss by 50% within our own operations by 2030 versus a 2018 baseline Targets are being set by business partnerships
  • 12. Controlled combustion* Landfill Refuse/discards Sewer Food category = To be determined by company Lifecycle stage = Direct operations Geography = To be determined by company Organization = To be determined by company Weight of packaging is excluded. 12 months (calendar or fiscal year) Food Scope of CGF’s Food Waste Resolution Inedible parts *without energy recovery “Food only” OR “Food + Inedible parts” Food waste will be assessed by individual member companies as… …sent to disposal (only the destinations with green check mark) CGF GOAL WE ARE COMMITTED TO PREVENTING FOOD WASTE AND MAXIMISING ITS RECOVERY TOWARDS THE GOAL OF HALVING FOOD WASTE BY 2025** **Aligned with the FLW Standard; per unit of food sales in constant currency http://www.theconsumergoodsforum. com/sustainability-strategic- focus/waste/food-waste
  • 13. 1. Direct weighing 2. Counting 3. Assessing volume 4. Waste composition analysis 5. Records 6. Diaries 7. Surveys 8. Mass balance 9. Modeling 10. Proxy data Plus: Quantifying FLW if water is added (Appendix A) About FLW quantification methods The stand-alone Guidance on FLW Quantification Methods document provides an overview of 10 methods commonly used to quantify FLW: The FLW Standard does not require use of a particular quantification method o May select whichever method(s) best meets its particular needs and may also choose to use methods not described in the standard o Requirement: “Describe the quantification method(s) used.” Methods in “bold” are common for quantifying farm-level losses
  • 14. From the home page Where to find the Guidance on FLW Quantification Methods (@ www.FLWProtocol.org) Individual chapter for each quantification method provides:  Overview  Advantages and disadvantages  Level of expertise required  Cost  Guidance on implementing the method
  • 15. Helpful hints about measuring 1. You don't need a super accurate number to get started 2. Measurement itself is an act of prevention 3. Think beyond “landfill avoidance”
  • 16. Basic steps for collecting data 1. Identify the main streams of possible FLW o Where FLW is already separated from other material streams • e.g., FLW to animal feed o Where estimates may be needed to separate the FLW from other material streams • e.g., fraction of total material to compost that is FLW 2. Gather and assess existing data o Sources may include: storage records, waste collection receipts, o Identify who has the data o Consider if existing data • fits your scope and is reliable, and • could be extrapolated for other sites (if needed) 3. Where data does not exist, determine how to calculate the amount of FLW (i.e., measure, approximate, or infer by calculation)
  • 17. Defining “losses” at farm-level During or immediately after harvesting on the farm *Read more in: Introducing Farm-Level Loss into the Food Waste Discussion, NC State University = Product that doesn’t leave the farm May be called:* • unmarketable • oversupply • surplus • seconds • culls • trash • ugly Trim (“Outer leaves”) Damaged product (unsaleable) Excess product Stalks / Stems What might this look like (lettuce example)?
  • 18. “Non-food” agricultural losses Smarter Metrics Workshop | Burlington 1827-28 March 2018 FOR EXAMPLE: WHEN COTTON IS LEFT IN THE FIELD, ITS FOOD POTENTIAL ALSO GOES UNTAPPED …one acre of cotton produces about 25-30 gallons of edible cottonseed oil per acre. The average person consumes about 3 pints of cottonseed oil annually. http://www.westernfarmpress.com/blog/cotton-fabric-and-food-our-lives Approach for how to calculate harvest losses is provided by Cotton Inc. http://www.cottoninc.com/fiber/AgriculturalDisciplines/Engineering/Cotton-Harvest- Systems/Cotton-Pickers/Appendix-Harvest-Loss-Calculations/
  • 19. Production process - Streams or materials not fit for food Raw Material Final Product 1 Final Product 2 Storage Cleaning Process Process Step x Process Step 2b Process Step 2a Storage Material Cleaning Material Production Material Production Material Final Product Material 19 Production Handling and Storage Processing and Packaging Distribution and Market Consumption Produced and sold for non-food uses Material is used for: • Animal feed, or • Biomaterial/processing (industrial products) Agribusiness operations Material goes to: • Co/anaerobic digestion • Composting/aerobic processes • Controlled combustion • Land application • Landfill • Refuse/discards/litter • Sewer/wastewater treatment* Assess Destination * Keep in mind process water may have been added Destinations (Process Waste) Destinations (Non-food / By-product) Productionprocess Note: confirm it is lawful Produced for humans (food & associated inedible parts) Streams or materials that leave the food supply chain: Food Waste (SDG 12.3 Interpretation) Material Flows
  • 20. Example. Destinations drive what a company considers food waste (Slide from consulting firm Anthesis) Not food waste: human consumption Not food waste: animal feed Food waste
  • 21. 36% reduction (From 1.25% to 0.8%) In supply chain under Olam’s control Post-harvest rice losses in Cameroon 2,500 tonnes saved over 5 years = 50 million servings Business case. Food producer and trader: Olam
  • 22. Note: These destinations comprise the interpretation of the SDG Target 12.3 Scope All destinations are reported Source: Kellogg Company 2016/2017 Corporate Responsibility Report “In 2016, our food waste was approximately 21.56 tonnes of food per million USD in food sales” Conversion: Sales in 2016 ~$13 billion = 618 million pounds of food waste (519 million to animal feed) “We estimate that reducing food waste within our facilities represents approximately $30 million in potential cost savings, based on the cost of raw materials, confirming the clear financial benefit of measuring (and reducing) food loss and waste. “ Source: Kellogg Company Food Waste Position Statement (updated May 2017) http://www.kelloggcompany.com/content/dam/kelloggcompanyus/corporate_responsibility/pdf/2017/Food%20Loss%20and%20Waste%20Position%20Statement.pdf Additional details provided in FLW Standard case study – available at: http://flwprotocol.org/case-studies/ Business case. Manufacturer - globally
  • 23. Opportunity related to sorting process When carrots and potatoes are received at the facility they are sorted, sliced and diced followed by optical sorter processing to remove blemished vegetables. Floor measurements found that collateral losses of good quality carrots and potatoes amounts to 799 tonnes per year. It was found that by reprocessing or decreasing the speed of the optical sorter, collateral losses could be reduced by 2/3. This would avoid over 537 tonnes of vegetable matter from entering the food waste stream. In addition to saving over $227,000 in raw ingredient costs annually, addressing this issue will reduce the amount of BOD sewage fees and embedded natural gas, electrical and water costs. In one facility, identified six practical and economically attractive opportunities to reduce food waste by almost 1,000 tonnes/year valued at $706,000 Source: https://www.provisioncoalition.com/Assets/ProvisionCoalition/Documents/Articles/pc-case-study-campbells-2017-05-02%20FINAL.pdf Business case. Manufacturer – by facility
  • 24. Opportunity: Rice loss reductions of 30% possible (harvesting and threshing stages) Improved storage equipment and farmer training Financial benefit: • Gross savings: $19.3 million/year • Cost: $300,000/year • Net savings : $19.0 million/year Implementation Requirements: • Know about the solution • See how they will benefit from it • Have money at the right time to purchase solution • Be able to get equipment when they need it Source: FAO Source: Scaling Up Post-Harvest Losses Interventions in Uganda Through Market Forces, World Food Program Business case. Farmer (Andhra Pradesh/India)
  • 25. Requirement Guidance 1. Base FLW accounting and reporting on the principles of relevance, completeness, consistency, transparency, and accuracy Chapter 5 2. Account for and report the physical amount of FLW expressed as weight (e.g., pounds, kilograms, tons, metric tons) Chapter 7 3. Define and report on the scope of the FLW inventory a. Timeframe c. Destination b. Material type d. Boundary (See FLW Standard for details, including related issues) Chapter 6 4. Describe the quantification method(s) used. If existing studies or data are used, identify the source and scope Chapter 7 5. If sampling and scaling of data are undertaken, describe the approach and calculation used, as well as the period of time over which sample data are collected (including starting and ending dates) Chapter 8 6. Provide a qualitative description and/or quantitative assessment of the uncertainty around FLW inventory results Chapter 9 7. If assurance of the FLW inventory is undertaken (which may include peer review, verification, validation, quality assurance, quality control, and audit), create an assurance statement Chapter 12 8. If tracking the amount of FLW and/or setting an FLW reduction target, select a base year, identify the scope of the target, recalculate the base year FLW inventory when necessary Chapter 14 The eight FLW Standard accounting and reporting requirements
  • 26. Smarter Metrics Workshop | Burlington 2627-28 March 2018 Food Loss & Waste DISCUSSION: WHAT’S ON YOUR MIND? What are we already doing? • Very different approaches • Monitoring food donations • Use of circular economy approaches with waste • Integration into production efficiency analysis and LCAs • For many, a new area What are our monitoring goals? • For some not in scope • No goals yet – but highly interested in developing a monitoring system • Considering incorporating it into climate monitoring approaches What challenges are we facing? • Upstream data collection from direct suppliers • Difficulty classifying waste in different product markets • How to combine use of estimates with ground- truthing
  • 27.
  • 28. Where to Start? @ www.FLWProtocol.org
  • 29. Easily Find Guidance in the FLW Standard TIP: Hover over each box to see the table of contents; clicking on the Section of interest will take you right to that part of the FLW Standard
  • 30.
  • 31. (insert timeframe) Food Inedible parts Animal Feed Biomaterial/ processing Co/anaerobic digestion Compost/aerobic Controlled combustion Land application Landfill Not harvested Refuse/discards Sewer Pre-harvest losses and the weight of product packaging is excluded from the weight of FLW. (modify and/or insert additional relevant text) Food category = (insert text) Lifecycle stage = (insert text) Geography = (insert text) Organization = (insert text) Indicate what material types and destinations are included as the scope – color in the box and add a check mark Provide details about Timeframe, Boundary, and Related Issues Template Downloadable: Visual to Easily Summarize Scope
  • 32. Where to Find the Customizable Visual @ www.FLWProtocol.org
  • 33. More in the Pipeline: Cranswick plc, Danone, Campbell’s, Sobey’s, Walmart, UK Produce Study Case Studies Provide Practical Examples Include:  Benefits from using the FLW Standard  Challenges faced and overcome in measuring  How to summarize an FLW inventory using the FLW Standard  Actions being taken to reduce FLW
  • 34. Focus for 2018  Sectoral guidance and other tools under development  Monthly webinar series to continue April 18th (third Wednesdays)  April 18th webinar will be in Spanish (An overview of the FLW Standard)  Send us your thoughts on questions and topics to address  If you aren’t already signed up for the news update, do so at the bottom of any page @ FLWProtocol.org
  • 36. FLW VALUE CALCULATOR ALEXI ERNSTOFF, PHD SUSTAINABILITY CONSULTANT 27 MARCH 2018
  • 37. 37 FLW IS NOT JUST A VOLUME BUT WASTED VALUE. FLW VALUATION TOOL • Social capital & worker impacts • Natural capital & environmenta l impacts • Nutritional value
  • 38. 38 Strategize future action to focus on high value FLW streams. Understand the magnitude of impacts the FLW has on society Inspire action and transforming thinking about FLW and its true value Communicate internally and externally to gather support for FLW mitigation WHAT IS THE VALUE OF AVOIDING FLW? FLW VALUATION TOOL is building a FLW valuation calculator for FReSH.* The calculator is intended to suite the needs of forward-thinking businesses. * A joint program between EAT and WBCSD, Food Reform for Sustainability and Health (FReSH)
  • 39. 39 AFTER MEASURING THE VOLUME OF FLW THE VALUE CAN BE ESTIMATED BY THE FLW VALUATION TOOL (IN PREPARATION) FLW VALUATION TOOL  An entity calculates its FLW  The tool estimates the: o environmental impacts related to the agricultural production of the food and the impacts of its destination (e.g. methane releases from landfill). o nutritional values that have been wasted (e.g. calories, vit. A) o labor hours that have been wasted (e.g. to grow the food) o economic value that has been wasted (e.g. market value) DRAFT
  • 40. 40 MINIMAL USER INPUTS TO GENERATE A WEALTH OF KNOWLEDGE FLW VALUATION TOOL User inputs are matched with data to calculate value DRAFT
  • 42. 3/28/2018 42 Cool Farm Tool – DRAFT Module for Farm-Level Losses (Under Development) DRAFT
  • 44. What is the Atlas? - The one-stop shop for viewing and submitting food loss and waste data - Will contain both individual data points (based on geography, commodity type and stage of the supply chain) and full inventory data from companies and countries
  • 47. When Will the Atlas Launch? - Likely launch date: September 2018 - More updates to come on future webinars
  • 48. In the meantime – Excel downloadable from Missing Food, Missing Data? report
  • 51. 3/28/2018 51 Farm-level measurement activity – in U.S. Project: World Wildlife Fund (WWF) with Santa Clara University, Global Cold Chain Alliance, Postharvest Education Foundation, NC State, UC Davis (estimated embedded resources in crop loss) Focus: Tomatoes, Romaine lettuce, Peaches, Potatoes Publication: Estimated ~May 2018 Conference with Preliminary Findings Held March 2018 End of season harvest potential protocol
  • 52. Smarter Metrics Workshop | Burlington 5227-28 March 2018 Commission for Environmental Cooperation (CEC) guidance Focus: Canada, Mexico, US Expected publication: December 2018 Approaches (pros/cons)
  • 53. Why Quantifying? What Steps to Take? Who to Involve? Tips & Questions Summary Sheet: Developing Your Action Plan What’s Your Focus?
  • 54. WHERE TO FOCUS? Prioritization Criteria Notes OPPORTUNITY SIZE How high is the waste level of the commodity? How important is the commodity to your company? YOUR INFLUENCE What portion of the global market do you purchase? ENVIRONMENTAL IMPACT What is the GHG footprint of the commodity (or water consumption, impact on deforestation…)? Solution Providers: What’s your opportunity to help a company focus?