addresses wastewater treatment, energy recovery via biogas production & the recovery of polyphenols within the #FoodIndustry, especially during wastewater shock loads

1. CS 6 Karmiel, Shafdan
Kick-off meeting: September, 7th 2020
I. Sabbah, K. Baransi-Karkaby, N. Massalha, G. Horn, A. Aharoni, H. Raanan
Kiperwas, D. Iossifidis, E. Bizani, C. Christophoridis, M. Touloupi

2. 2
The project leading to this application has received funding from the European Union’s
Horizon 2020 research and innovation programme under grant agreement No 869318
Symbiosis in Karmiel and Shafdan:
Karmiel Shafdan
Current situation
- Pre-treatment
- Primary clarfier
- Activated sludge
- Tertiary treatment via SAT
Municipal /
Agro-industrial
WW
Shafdan
WWTP
400 K m3/d
- Pre-treatment
- Primary clarifier
- Activated sludge
- Sand filtration
Municipal /
Agro-industrial
WW and (demo
scale AAT)
Karmiel
WWTP
30 K m3/d
Municipal / Agro-
industrial WWTP

3. 3
The project leading to this application has received funding from the European Union’s
Horizon 2020 research and innovation programme under grant agreement No 869318
ENERGY - Task 1.3.3
Biogas production from anaerobic pre-treatment of
municipal and/or industrial wastewater in Karmiel
Partners:
OBJECTIVE:
Reducing the high organic load peaks in
WWTP main stream, caused by mixing with olive
mill and slaughterhouse wastewater, using
iimmobilized high rate anaerobic system (AAT).
Karmiel
WWTP
30 K m3/d
Municipal /
Agro-industrial
WW
(120 m3/d)
OMW
(0.5-2 m3/d)
OMW tank /
pre-treatment
Mixing
tank
AAT
Biogas recovery:
(8-15) m3/d
Scenario 1Scenario 2
Packed
resin bedOMW
(0.5-2 m3/d)
OMW tank /
pre-treatment
Mixing
tank
AAT
Tests under different ratios
of discharge
Biogas recovery:
(8-15) m3/d
Municipal /
Agro-industrial
WW
(120 m3/d)
Recovery of
polyphenols task
1.4.5

4. 4
The project leading to this application has received funding from the European Union’s
Horizon 2020 research and innovation programme under grant agreement No 869318
ENERGY - Task 1.3.4
Combining anaerobic biofilm treatment with membrane
filtration and activated carbon in Shafdan
OBJECTIVE:
Testing the efficiency of AnMBR based on
AAT combined with Activated carbon for
higher biogas production (biofouling
reduction/optimal operation) from mixed
domestic and agro-industrial wastewater
Partners:
Shafdan
WWTP
400 K m3/d
Agro-industrial
WW
(winery/dairy/OMW)
Tank/Pre-
treatment
AAT AnMBR/AC
Biogas recovery:
(3-5) m3/d
Municipal /
Agro-industrial
WW
12-24 m3/d
Mixing
tank

5. The project leading to this application has received funding from the European
Union’s Horizon 2020 research and innovation programme under grant agreement
No 8693185
MATERIAL - Task 1.4.5
Recovery of high-value products from olive mill
wastewater in Karmiel
OBJECTIVES:
Recovery of polyphenols from olive mill wastewater
Content of study:
- Pre-trials in lab-scale
- Pilot plant system with an adsorption column
- Extraction with pressurised hot water
Partners:
Karmiel
WWTP
30 K m3/d
Packed
resin bedOMW
(0.5-2 m3/d)
OMW tank /
pre-treatment
Mixing
tank
AAT
Tests under different
ratios of discharge
Biogas recovery:
(8-15) m3/d
Municipal /
Agro-industrial
WW
(120 m3/d)
Subcritical / hot
water extraction
Polyphenols
Removal
60% PolyP
removal
Polyphenol
Recovery