Food L Loss a and Waste Study conducted for the CCA AGM Event for - - PowerPoint PPT Presentation

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Food L Loss a and Waste Study conducted for the CCA AGM Event for - - PowerPoint PPT Presentation

Food L Loss a and Waste Study conducted for the CCA AGM Event for Perishables Luxembourg, 19 th June Philippe Schuler https://www.youtube.com/watch?v=qeuaa1pMRNk&t=1s Conten tent 1 The The Prob Problem em of of Food Food Loss


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Food L Loss a and Waste

Study conducted for the CCA AGM Event for Perishables Luxembourg, 19th June Philippe Schuler

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https://www.youtube.com/watch?v=qeuaa1pMRNk&t=1s

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Conten tent

1 2 3

The The Prob Problem em of

  • f Food

Food Loss Loss and W and Waste aste The Col The Cold Chai d Chain Unfol Unfolded The Sol The Soluti ution

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THE PROBLEM OF THE PROBLEM OF FOOD FOOD LOSS LOSS AND AND WASTE WASTE

1

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FOO FOOD LOS LOSS FOO FOOD WA WAST STE &

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food produced

  • od produced in

n the w he worl

  • rld,

d, int ntended f ended for

  • r human consumpt

human consumption, n, i is s lost

  • st or
  • r

wast asted ed from rom farm t arm to f

  • fork
  • rk

…equa equating t to 1

  • 1.3

3 bi billion met etri ric tons

  • ns

Every ye ery year! r!

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The worl The world’s great s greatest st inef neffici ciency ency…

Pl Plane anet Peop People Pock Pocket

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Our Pl ur Planet anet

  • f annual GHG emissions – 3.3 billion metric tons of CO2–

stem from FLW

8% 8% 30% 0%

increase in GHG emissions if today’s food system remains and global agriculture is forecasted to increase by 70% to satisfy growing populations

3rd 3rd

largest emitter of annual GHG emissions

13 1300

gallons are eaten every day in food of a healthy diet Wat Water er Emi Emissi ssions cubic kilometers of water is wasted due to FLW - three times the volume of Lake Geneva

25 250 70% 0%

  • f global water withdrawals comes from

agriculture

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Our Peopl ur People

…to

  • sust

sustain curren current grow growth

800 mill 00 million under under-nou nouri rished hed 1.2 1.2 b bill llion

  • verf
  • verfed

ed

Curr Currently, w we e prod produce enoug enough food food for 1 for 10 bi billion

  • n

peop people – ev every eryone toda today and and thos those expe expected i in n 20 2050

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Our Pock ur Pocket

Cost

  • sts of

s of FLW FLW are are of

  • ften underval

en undervalued ued, underrep underrepor

  • rted and

d and hi hidden dden from rom the he true rue impact pact on

  • n the

he bot bottom

  • m l

line ne

All t the r e reso sour urce ces n s need eded ed f for f food t

  • d that

at end ends up di up discarded dow down t the l he line…

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Annual human costs - economic, social, and environmental - associated with FLW, roughly the GDP of France (FAO, 2014)

$2. $2.6 trillion 6 trillion

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THE THE COLD CHAIN COLD CHAIN

UNFOLD FOLDED ED

2

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Rapi Rapid urban d urbanization Grow rowing ng mi middl ddle cl class ass Changi hanging di g diet ets

Curre rent T nt Trend ends

Mul ultina national al ret retai ail chai chains ns Int Intern ernationa nal Trade Trade Govern

  • vernmen

ental Suppo Support

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Clea ear nee need f for col

  • r cold cha

chains

  • f food produced in the world currently requires

refrigeration via cold chains

40% 40%

million tons of perishable foods are lost through insufficient use of refrigeration

360 360

  • f global food loss and waste is caused by an

incomplete, fragmented cold chain

20 20%

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What are hat are curr curren ent best pract best practices and and chal challen enges?

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Farm to fork analysis of the Formo Formosa Papaya Papaya from Brazil to Europe

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The The Pap Papaya

 Highly time and temperature sensitive  Susceptible to fungal infections and abrasion injury  Impact on appearance, texture, flavor and nutritional value Temper Temperatur ure Mat atur urity Oxy xygen gen Carbon arbon di dioxi

  • xide

Atmos mosphe heric press pressur ure Rel Relat ative humi e humidi dity

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CURRENT B BEST P PRACTICES

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CHALLENGES

TRANSPARENCY

”…disconnected and fragmented chain”

TRACEABILITY VARIETY ACCOUNTABILITY

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TEM TEMPERA PERATU TURE EXC RE EXCURSI URSIONS

25.
  • 5. 4
4ºC

Keeping in mind that ideal temperature is 10-15ºC

9.
  • 9. 4
4ºC 13.
  • 3. 4
4ºC
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CAUSES USES

Lack Lack of

  • f trai

raining Inappr ppropri

  • priat

ate e infrast rastruct ructure ure Technol hnologi

  • gical

cal discre crepanci pancies es No s synchroni hronize zed d inform

  • rmat

ation c

  • n chann

nnel el Various s

  • us stan

andards dards Lack/part partial al temperat perature m ure monitori

  • ring

ng

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Spoi Spoilage age Brui Bruisi sing ng Cosmet

  • smetic

c Unabl Unable to e to reach reach Dri Drivers vers

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THE SOLUTION THE SOLUTION

THE S SOL OLUTION

3

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My Recom Recommend endat ation

  • n:

The The Perish Perishable Foo able Food d Stand Standard ard

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Faci cili liti ties es

Capa apaci city Equipm pment ent Monitori

  • ring

ng Pow Power er Supp Supply

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Trai aini ning ng

CAPACITY BUILDING

Com

  • mpet

peten enci cies and s and sk skills Techni Technical al expert expertise Technol Technologi

  • gical

al k know now-how how

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Inform

  • rmati

ation

  • n

Inf Inform

  • rmat

ation

  • n Exchange:

Exchange: Accessible and Available Data Inf Inform

  • rmat

ation

  • n Devi

Devices: ces: Optimized and Compatible

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Standa andards rds

Encom Encompass or pass or ev even supersede en supersede those i those in pl n place ace today today:

EU M Market eting S ng Standards ndards & Code Codex Alimentari entarius us (Quality and Product Specifications) Perishabl shable Cargo Cargo Regul ulati ations

  • ns

(Temperature and Handling Requirements) GDP DP (Processes, Facilities and Procedures)

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HOW? W?

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MY S SUGGESTION

PILOT PROJECT: One Prod One Product, One One Corri ridor dor Collaboration Monitoring Improvement

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SYSTE SYSTEMIC A C APPROA PPROACH CH

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SAFETY FETY INTEGRITY TEGRITY QUALITY LITY

3 GOALS

SA SAFE FETY QUAL ALITY INTEG EGRI RITY TY

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EFFIC EFFICIENC IENCY

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Questions?

THAN THANK YOU! K YOU!