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Projects

ספקי ציוד לטיפול בשפכים

הקמת מכוני טיהור

  • ציוד אלקטרומכני

  • www.brnatrading.com

  • ספקי ציוד לטיפול בשפכים | B.R.N 

  • משקעים מלבניים

  • ברנע סחר

  • יקב

  • טיפול בשפכי יקבים

  • brna.trade@gmail.com

  • brnatrading

  • B.R.N.A Tarde

 

 OUR LATEST PROJECTS

Barkan Winery-WWTP

Design and build WWTP treating wine making and distillery.

 

DATA

Location: Holda, Israel

Wastewater Source: Wine producing and distillery.

Pick Daily Flow Rate: 400 m3/day

Pick COD Load: 45,000 mg/L

TSS: 4,000 Mg/L

Ph: ~3.5

Effluent Discharge: Municipality

Contract type: Turnkey project

 

One of the leading wineries in Israel.

Producing red & white wines, and some liquors.

The challenge was to treat a very Volatility flow with high COD because of high season operation that wineries have.

 

We have designed a treatment scheme based on SBR treatment, with fine screening that reduce COD to the level the winery can dispose it to the local WWTP.

Netanya- WWTP

primary and secondary settlement basins.
14 million m3/year runs through the wwtp.
Cooperation with Electra.
The Netanya WWTP demand was to get a system that works with no malfunctions to treat wastewater at primary and secondary stages.
We build highly efficient solution that enable enormous saving when it comes to energy and maintenance costs.
We build 12 basins with nonmetallic scrapper system that remove the floating waste and the sludge 24 Hr 365 days a year.
Recanati WINERY

Turnkey -Design and build WWTP treating red and white wine making.

 

DATA

Location: Dalton industrial area, Israel

Wastewater Source: Red & White Wine producing and boteling.

Pick Daily Flow Rate: 50 m3/day

Pick COD Load: 15,000 mg/L

TSS: 4,000 Mg/L

Ph: ~3.5

Effluent Discharge: Municipality

Contract type: Turnkey project

 

One of the leading wineries in Israel.

Producing red & white wines.

The challenge was to treat a very Volatility flow with high COD because of high season operation that wineries have.

The winery relocates its operation at a new winery, we need to design and build in short time schedule.

 

We have designed a treatment scheme based on SBR treatment, with fine screening that reduces COD to the level the winery can dispose it to the local WWTP.

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