greenchainge project

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GreenCHAINge Sustainable chain for ornamentals Eelke Westra

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Wageningen UR Food & Biobased Research, Plant breeders, growers and wholesalers, import and export, are working together in the GreenCHAINge project to further increase the sustainability of transport An important aspect is the switch from air freight to sea freight and from road transport to rail transport. Energy savings at international floriculture transport is an essential objective in this project. The CO2 reduction in the various commercial routes will be described in the subprojects

TRANSCRIPT

Page 1: GreenCHAINge Project

GreenCHAINge

Sustainable chain for ornamentals

Eelke Westra

Page 2: GreenCHAINge Project

Wageningen approach

Initial Quality

Chain conditions

Quality development Predicted

Quality

+

+=

Page 3: GreenCHAINge Project

GreenCHAINGe workpackages (WP)

WP1: Import Cut Flowers

●Kenian Cut-Roses imported by sea freight

WP2: Export Potted Plants

●Dutch grown Anthurium, Phalaenopsis and Cyclamen exported by train or barge

WP3: Export Cut Flowers

●Dutch grown Gerbera and Cut-Anthurium exported by truck (long distance), train or barge

Page 4: GreenCHAINge Project

GreenCHAINge Consortium

Private

Horticultural Board

Flower trade (branche organisation)

Greenhouse production (branche organisation)

Plant breeding (branche organisation)

Knowledge institute:

Wageningen UR

Page 5: GreenCHAINge Project

Quality in Chains

INFORMATION

Grower transport Trade/Auction transport Retail

DATA DATA DATA

Page 6: GreenCHAINge Project

Variety perdicts vase life

• Which varieties are this?

• Why different vase lifes?

Cult

ivar

Vaselife [days]

Page 7: GreenCHAINge Project

Influence Transport Temperature

Page 8: GreenCHAINge Project

different cv, same condition

Temp. variatie

continu 5°C

continu 11°C

continu 8°C

1x conden-satie

Page 9: GreenCHAINge Project

Product

LogisticsTechnology

Multi-disciplinary approach

CO2

Page 10: GreenCHAINge Project

Postharvest quality and logistics

Qualit

y

Fenotype

Genotype

Growing conditions Postharvest &

Logisitics

Page 11: GreenCHAINge Project

Quality Monitoring

Learn of daily operation:

Monitor growing conditions

Know variety

Measure chain conditions

Log quality measurements

Create dataset and analyse

Page 12: GreenCHAINge Project

Summary (1)

Quality of fresh produce needs total chain approach

●Transparency needed between every link

Appropriate technology can then be selected to maintain quality

●A single factor approach only leads to sub-optimal results

Page 13: GreenCHAINge Project

Summary (2)

Quality starts with the intrinsic potential of a plant (genes)

The postharvest chain can only slow down quality loss, the chain is not a hospital

Understanding and knowing quality loss gives many possibilities

●Low hanging fruit: start with chain monitoring

Page 14: GreenCHAINge Project

Information

Contact

Food & Biobased Research

PO Box 17

6700 AA Wageningen

[email protected]

+31 317 480208

© Wageningen UR 2014