Karan kuchh bhi ho sakta h.. Low DO. high bod load

Inlet ka pH aapke process pr depend krta h lekin outlet ka 5.5 se 8.5 tk hona chahiyen

@@ETPKnowledgeJunction Thanks for the reply

Pharmaceutical Etp ke bare mein video banaye our jankari de please

Sludge volume 30..means 30 minutes ke liye jo aeration tank ka sample hum settling ke liye rakhte hn taki ye pta kar sake ki 30 min me kitna sludge settle ho rha h

🙏🙏

Dose hcl

For an anaerobic digester, the ideal pH typically ranges between 6.5 and 8.0, with 7.0 being neutral. As for temperature, it's usually optimal between 95°F to 100°F (35°C to 38°C). These conditions foster the growth of microorganisms responsible for breaking down organic matter efficiently.

@@ETPKnowledgeJunction thank you so much sir

Ye hui na baat... ✌✌

15K .. 16K se MLSS ko 3500ppm pr leke aao.

Who's quantity??

Normally first dose is 10grams per KL of aeration tank volume and repeat dosage is 2 grams per KL of daily inflow KL on ongoing basis

Normally first dose is 10grams per KL of aeration tank volume and repeat dosage is 2 grams per KL of daily inflow KL on ongoing basis

Ho sakta h SVI jayada ho.

Your SVI is too high i.e. 280 ml/g. Because SV30 is high but MLSS is ok. So, don't waste the sludge. Do some check points.. Maintain D.O. 1to 3ppm, dose N:P as per BOD:N:P= 100:5:1. Watch kzfaq.info/get/bejne/bdifjLRkz7O6dGg.htmlsi=3o_dTxhYrRM22stV.

Holding time adhik hone se septic conditions bnti h jisse pH km hota h

MBBR, yaani Moving Bed Biofilm Reactor, ek prakar ka advanced wastewater treatment system hai jo biofilm ka upyog karta hai. Isme suspended plastic media ka istemal hota hai jo wastewater me suspend hota hai aur jis par microbes attach hokar biofilm banate hain. Ye biofilm pollutants ko degrade karte hain aur clean water ko produce karte hain. MBBR ke through, biofilm ka efficient growth hota hai jo treatment process ko enhance karta hai aur contaminants ko nikalne me madad karta hai.

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The percentage of filamentous bacteria in an aeration tank can vary depending on various factors such as the specific conditions of the tank, the type of wastewater being treated, and the efficiency of the treatment process. Typically, filamentous bacteria should be present in a balanced proportion within the microbial community to ensure effective wastewater treatment. However, specific percentages can vary widely. Generally, filamentous bacteria should not dominate the microbial population as it can lead to operational issues such as bulking and foaming. Regular monitoring and adjustment of the treatment process are necessary to maintain optimal microbial balance.