Logistics In Agritex
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1. Agritex Energy S.A. operates a large glass greenhouse for tomato production covering 10 hectares with a height of 5.5 meters and dimensions of 500m by 200m. 2. The greenhouse layout is vertically oriented to optimize space and allow direct eye-level access for improved productivity and quality. 3. Tomato production involves fixed times for seedling production, variable but specified times from flowering to harvesting, and minimal times from harvesting to shipping through efficient logistics. Precise climate, irrigation, and nutrient controls further optimize yields.
![Thank you! In case of questions please e-mail: [email_address] Or visit us at www.agritex.gr Or visit our premises in Alexandria, Greece Photos courtesy of Babis Giritziotis](https://image.slidesharecdn.com/logisticseng-13230134267661-phpapp02-111204094507-phpapp02/85/Logistics-In-Agritex-19-320.jpg)
Logistics In Agritex
- 1. Logistics and More… The Case Study of Agritex Energy S.A. Vassily Haitas - Managing Director Andreas Kiziris - Crop Manager
- 2. How Logistics Work? Flow of information/product FROM the market Flow of information/product TO the market Suppliers Internal LOGISTICS Customers
- 3. Enormous glass warehouse… Total area: 10 Ha Height: 5.5 m Length: 500 m Width: 200 m 620 working paths of total 60 km Total volume of 500.000 m 3 5,5m 200m 500m
- 4. Why so high, why vertically? 0,5 m from ground till growing gutter 3,0 m from gutter till growing wire 2,0 m till highest point
- 5. Time needed of the final product Time needed to produce seedlings ( Fixed and specified) Time needed from flowering till harvesting ( Variable but specified ) Time needed from harvesting till shipping (when Minimum =succeeded Logistics)
- 6. 1. Time Needed time for seedling production Depending on: Season of wanted cultivar Variety of tomato S pecifications For Agritex= 28 days
- 7. 2. Time needed from flowering till harvesting Flowering and setting Impact of the energy from “ Degree Days” Cluster ready to harvest 42-77 days Flowering and setting Harvesting truss 2,5 m
- 8. Time needed from flowering till harvesting (continued) Flowering and fruit setting Gradual color change 1 10 1 2 3 4 5
- 9. Convenience - perfect working height - Direct eye contact Perfect results increased productivity with higher quality 3. Time needed from harvesting till shipping
- 12. Tomato fruit production time Χ= α ( min, max) + β(min,max) + γ (min,max) α = nursery time (24-30 days) β = from flowering –fruit setting to cluster ripening (42-77 days ) γ = harvesting-packing- transportation - palletizing (0,5-3 hours ) Χ minimum = 66 days + 0,5 hours Χ maximum = 107 days + 3 hours
- 13. Climate + Irrigation Control = Max. income Irrigation Control + Fertilization Control = Maximum water & nutrients availability and efficiency via hydroponics method Climate Control + Nutrients Control = up to 4 times more production with high quality tomato fruits
- 14. Supporting procedures for tomato production Works on plants Clipping - plants supporting Thieving -side shoots elimination Pruning - flower elimination Deleafing - leaves removal
- 15. View of the software, daily registration
- 16. NOMAD: Supportive Tool for Labor Management ( Registration and administration ) Labor registration by TIME-PLACE-TYPE Quick Problem Solving Quick and clear view C ontinuous I mprovement
- 17. Big project = Team building Collaborations with strong partners Knowledge and information diffusion Effective Team work between production-sales Serial work flow ( finishing one step-go to second )
- 18. Active Networking = Perfect results
- 19. Thank you! In case of questions please e-mail: [email_address] Or visit us at www.agritex.gr Or visit our premises in Alexandria, Greece Photos courtesy of Babis Giritziotis