Aapke aeration tank mein jo samasya (excess foaming aur water yellowness) ho rahi hai, uska mukhya karan low MLSS ho sakta hai. Aapka MLSS sirf 600 mg/L hai, jo ideal operation ke liye kaafi kam hai. MLSS ko 2000-3000 mg/L tak badhane ke liye aap kuch upay apna sakte hain: 1. Sludge Recirculation Increase: Secondary clarifier se sludge return ki matra ko badha sakte hain, taaki MLSS level mein sudhar ho. 2. Bio-culture Addition: Aap market se ready-to-use bio-cultures ya kisi dusre treatment plant se sludge import karke MLSS badha sakte hain. Saath hi, foaming ko temporary rokhne ke liye antifoam agent ka upyog karna ek samayik solution ho sakta hai. Nutrient balance aur influent load ka analysis bhi zaroori hoga. Join telegram group.

Bhai yah video isi Vishay Mein Di gai hai

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You can check out my other videos related to sludge rising in secondary clarifier

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Aeration tank ke effluent mein se yellowness ko hatane ke liye, pehle paani mein maujood rang ke source ko pehchanein, jo aam taur par organic ya inorganic pollutants ke kaaran hota hai. Biological treatment ke saath-saath, aap coagulation aur flocculation technique ka upyog kar sakte hain. Active carbon ya oxidation agents jaise ozone ka prayog bhi effective ho sakta hai. Final stage mein ultra-filtration ya reverse osmosis technique se rang ko hataya ja sakta hai. In upaayon se paani ki quality behtar hogi. Join telegram group.

To build up MLSS in an ETP aeration tank, reduce sludge wasting, maintain optimal dissolved oxygen (1-3 mg/L), and gradually increase organic loading. Introduce seed sludge if necessary, control pH (6.5-8.0), and avoid toxic influents. Ensure proper nutrient balance (BOD:N:P = 100:5:1) and good mixing. These steps help promote microbial growth and increase MLSS concentration. Join telegram group.

Itss real dear

You have to go through your plant process then use internet to explain all these things related to safety and legal requirement. read your company documents and search them on internet. also, follow all the legal requirements like factory act 1948,rules for Petroleum, rules for compressed gas cylinders, rules for electricity, rules for light, sound everything. joint Telegram and follow me on LinkedIn.

Lime is not just a ph booster and some kind of nutrients. Not increasing the mlss

ETP aeration tank mein MLSS badhane ke liye sludge wasting kam karein, dissolved oxygen level (1-3 mg/L) sahi rakhein aur dheere-dheere organic loading badhayein. Zarurat pade toh seed sludge introduce karein, pH (6.5-8.0) control karein aur toxic influents se bachein. Nutrient balance (BOD:N:P = 100:5:1) aur achha mixing ensure karein. In steps se microbial growth badhti hai aur MLSS concentration improve hoti hai.

Sulfuric acid ka formula hai H2SO4 hai. Jismein H2 ke pass positive charge hai aur SO4 ke pass negative charge hai positive or negative charge Milkar neutral compound banate hain.

Sulfuric acid ka istemal pH ghatane ke liye Kiya Jata Hai jabki alum ka istemal coagulation yani Ki Pani Mein Se sludge ko alag karne ke liye Kiya jata haiS. sulfuric acid or alum donon ka kam alag alag Hai halanki alum ko add karne se pani ka pH kam ho jata hai lekin uska main kam sludge alag Karna Hai Pani Mein Se.

Yes, Anoxic tank ko aeration tank se pehle isliye lagaya jata hai taaki denitrification process ho sake, jisme wastewater mein present nitrates (NO3-) ko nitrogen gas (N2) mein convert kiya jata hai. Anoxic environment mein, jahan oxygen absent hoti hai, bacteria nitrates ko energy source ke roop mein use karke nitrogen gas banate hain, jisse nitrates water se remove ho jate hain. Aeration tank mein oxygen present hoti hai, jahan yeh process nahi ho sakti. Isliye anoxic tank pehle lagaya jata hai taaki nitrogen removal efficiently ho sake aeration stage se pehle.

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If you skip adding sulphamic acid in the chemical oxygen demand (COD) procedure, nitrites present in the sample may interfere by being oxidized, leading to an overestimation of the COD result. Sulphamic acid is used to neutralize nitrites and prevent this interference.

जी हां, इफ्लुएंट ट्रीटमेंट प्लांट (ETP) में उपयोग होने वाला बायोमास वास्तव में बैक्टीरिया होता है। ये बैक्टीरिया पानी में मौजूद ऑर्गेनिक मैटर (जैविक पदार्थ) को खा कर उसका टूटना (डिग्रेडेशन) करते हैं। इस प्रक्रिया में, बैक्टीरिया ऑर्गेनिक मैटर को छोटे अणुओं में तोड़ते हैं, जिससे पानी की शुद्धता बढ़ती है। बैक्टीरिया इस प्रक्रिया को एरोबिक (ऑक्सीजन की उपस्थिति में) या एनारोबिक (ऑक्सीजन की अनुपस्थिति में) तरीकों से कर सकते हैं।

kzbin.info/www/bejne/nmKpaXl-p7Sfi9E Ye wali video dekho dost

To develop an anaerobic culture in an effluent treatment plant, first, ensure an oxygen-free environment by sealing the reactor or digester. Introduce organic-rich effluent, which serves as a food source for anaerobic microorganisms. Gradually seed the system with anaerobic bacteria from an existing sludge or commercial inoculum. Maintain optimal conditions: pH between 6.5-7.5, temperature between 30-40°C (for mesophilic), and proper mixing. Monitor biogas production, volatile fatty acids (VFA), and alkalinity levels to ensure stability. Avoid overloading the system with effluent initially to prevent shock loading, and gradually increase feed as the microbial population grows.

Mujhe aisa lag raha hai ki aap yah Kahana chah Rahe Hain Ki membrane ke pump ka vacuum fail ho jata hai agar yah Sawal Hai To iska jawab yah hai ki Jab membrane choke Ho Jaati Hai uska vacuum kaam karna band kar deta hai ya bahut jyada pressure ban jata hai iske liye aap regularly aap membrane ko clean Karen

Sir hamare yha STP me MBR lga hai jesa aapne video me dikhaya hai seme waisa hi hai or abhi MBR pump ache se suction nhi kr rha hai Sir CIP process bta do

MBR ko Backwash kro or tab bhi pump pressure maintain nhi krta to CIP kro

Or check kro ki pump air to nhi le rha

Dost aapke effluent treatment plant ki jo bhi last stage hai, usse jo effluent treat hokar nikalta h wahi outlet hai...

App google pr sab jaan sakte ho

दोस्त तुम्हारा एजुकेशन लेवल जितना नीचे होगा तुम्हारी जॉब लगने का चांस उतना ही काम होगा और तुम्हारी ग्रोथ उतनी ही कम होगी मेरे हिसाब से तुम्हें कम से कम BSc. कर लेना चाहिए. और बारवी के लेवल पर कोई खास जॉब नहीं लगने वाली और एटीपी में कोई खास ग्रोथ नहीं है

@@ETPKnowledgeJunction sir 12ke baad mene BA kiya hai kya BA se ETP Field me course Able h

देखो मित्र एफ्लूएंट ट्रीटमेंट प्लांट में जॉब करने के लिए कोई स्पेसिफिक डिग्री की रिटायरमेंट अभी तक नहीं है छोटी मोटी कंपनियों में कोई सी भी डिग्री या फिर दसवीं बारहवीं तक की पढ़ाई भी काम आ जाती है लेकिन तुम्हें अगर एटीपी से बढ़कर एनवायरमेंट हेल्थ एंड सेफ्टी डिपार्टमेंट में काम करना है तो तुम्हें साइंस में ग्रेजुएशन करने की आवश्यकता है हालांकि BA करने के बाद भी तुम वहां पर जॉब कर सकते हो वह तुम्हारे काबिलियत पर निर्भर करता है

@@ETPKnowledgeJunction Job के लिय कोइ कोर्स करना होगा क्या

Aisa koi course nahi h.. Science side hoti h to achha rhta h

Ye video dekho kzbin.info/www/bejne/o6S3nKmphd5rqK8. Aur telegram group ETP knowledge junction join kro.

I didn't get you.

@@ETPKnowledgeJunctionmy self gigin, maintenance Engineer of a hospitality industry,

I mean I didn't get your question.

@@ETPKnowledgeJunction recycling of sludge from secondary settlement tank to biogas plant as input

Activated sludge from a secondary clarifier can be used in a UASB reactor for biogas production, but it requires adaptation from aerobic to anaerobic conditions. This process can take time, and the efficiency of biogas production may initially be lower. Research supports its feasibility, with studies showing successful conversion after acclimatization. Operational adjustments and pre-treatment may enhance the process, making it a viable option for biogas generation.

Samjh nahi aaya

Chrome effluent ko effluent treatment plant mein treat karne ke liye aam taur par **sodium bisulfite (NaHSO₃)** ka upyog kiya jata hai. Yeh chemical hexavalent chromium (Cr⁶⁺), jo atyadhik vishaila hota hai, ko trivalent chromium (Cr³⁺), jo kam vishaila hota hai, mein badal deta hai. Yeh reaction aam taur par amliya vatavaran mein hoti hai, aur iske baad trivalent chromium ko chromium hydroxide (Cr(OH)₃) ke roop mein precipitate kiya ja sakta hai, jise solution ke pH ko chuna ya kisi anya kshar ke saath badhakar kiya jata hai.

Bacteria ka size kaafi chhota hota hai, aur yeh typically 0.2 to 2.0 micrometers (µm) ke range mein hota hai. Lekin kuch bacteria is range se bade ya chhote bhi ho sakte hain. Example ke taur par, *Escherichia coli* (E. coli) bacteria ka size lagbhag 1-2 µm hota hai.