Presentation is loading. Please wait.

Presentation is loading. Please wait.

PPS Smart Materials AgriFoodTop Symposium 7 juni 2017, Wageningen.

Similar presentations


Presentation on theme: "PPS Smart Materials AgriFoodTop Symposium 7 juni 2017, Wageningen."— Presentation transcript:

1 PPS Smart Materials AgriFoodTop Symposium 7 juni 2017, Wageningen

2 Growth – 2050: growth to 9 billion people
In the next 25 years we need to produce more food than in the past 10,000 years

3 Environmental protection – Efficient use of water and fertilizers

4 Environmental protection – Emission-free growing in 2027

5 Energy efficiency – Energy neutral in 2020

6 1980 > 2016 Higher greenhouses to create a better climate
“Lighter” greenhouses as 1% more light = 1% more yield

7 Since 2014: new breakthrough in greenhouse glass
Diffuse glass with anti reflection coating Standard glass Diffuse glass: + 10% yield Payback < 3 years

8 Modern greenhouse vs. ceiling panel
< € / m2

9 Greenhouse is fixed… but… suboptimal in most of the time
4 seasons Different climate zones Next step: smart greenhouses with adaptable technologies

10 Main challenge Are our customers prepared to pay for new innovation of high added value solutions with a longer and uncertain payback? Stakeholders banks Stakeholders other investors

11 Challenges for Saint-Gobain
- Convincing headquarters to enter an unknown new market next to construction - Provide specific knowledge about growing plants in a protected environment to the different R&D departments of Saint-Gobain -5% +5%

12 Challenges for Saint-Gobain
1. Adapt existing Saint-Gobain solutions for the horticulture application 2. Co-development between different parties (other companies + universities)

13 Results: Smart greenhouse materials
Light quality as “signalling effect” e.g. right colour for different crop stage  Better quality High value crops High nutritional value Light quantity e.g. light regulation, new materials  1% more light = 1% more yield Greenhouse=solar collector e.g. high insulation for heat capturing  Energy saving, electricity production Greenhouse=solar collector e.g. produce electricity Light geometrical distribution e.g. switch to clear or more diffusion  10% more diffusion = 1.5% more yield

14

15 Partners Coordinator Academic partners Industrial partners
Supported by:


Download ppt "PPS Smart Materials AgriFoodTop Symposium 7 juni 2017, Wageningen."

Similar presentations


Ads by Google