As someone who is taking his first graduate level WWTP course, your videos are extremely helpful for me to understand the jargon and terminology associated with the various systems. EXCELLENT WORK.
Great job, i'm definately going to talk about it in my task about Sedimentation. I'm from Porto Alegre, Brazil, student of chemical engineering at UFRGS.
Hello, Mr.Myers. Thank you a lot for uploaded video. What educational literature regarding WWTP process could you recommend? Is it possible to pass correspondence education at University for WWTP operation specialist (e.g. Sacramento)?
I am a noob in clarifier design calculations, thus I have a couple of questions: 1. The units of your SUR and SOR calculations are different frm the Y-axis(one being in kg, and ur calculation in g), but yet you plot it without making any conversions. 2. In the video you said that the SOR slope is dependent on the influent flow, but according to other sources it is the overflow flow. (Biological Wastewater Treatment: Principles, Modeling, and Design p 323) Thanks again in advance, great video!
@Steven Myers: It helped a lot for me to develop my basic understanding. Can you please refresh the link of State point spreadsheet? Actually I am trying to download it, but unable to download it yet.
hey bud great video helps a new operator like my self learn a few things but i was wondering were i can get that program that you were useing it would be very help full on a day to day proccess
Got a question about RAS and Underflow. Is the presumption that Underflow = RAS? I am a little confused because I think (might be wrong) underflow = RAS + WAS/SAS. If I am right, why the clarifier design is based on RAS; and not total RAS + WAS/SAS?
Hi Steve were can I get access to your EXEL spread sheets ,will be great help as training tool for process staff . Greetings from Cape Town South Africa.
Stephen, great job on this film presentation. My question: is this a primary clarifier you're depicting or a secondary clarifier? I am trying to research what a secondary clarifier looks like within a wastewater treatment system. Thanks.
Sir, i have a question. In the video an SVI of 250 is mentioned for a descent settling sludge. Isn't that a bit high ? I thought an SVI over 200 ml/g meant bulking sludge. Or is it the SVI taken from RAS flow sludge ? I'm a bit confused here.
Thanks for sharing Steven, fantastic.Can I apply the analysis for a MBBR process? if not, would you be kind enough and point me to the right direction?.
Hello sir, you also use MBBR media in your project? We are the largest MBBR manufacture in China and export to many countries in Europe and America. my mail is: sb10@smallboss.com
Very nice and useful tool. I just can't understand why are people in the US still using imperial units, and even combining em with metric system? It's so impractical. Just saying...
Ihave to get anew jop that it is to build and installing treatment plant in iraq in baghdad so i need like this vedio because we are to late with this new technoligy so i thank you for this
Water clarifiers are chemical compounds used in the water treatment process to remove impurities from water. They are metallic, organic and non- organic in nature and also help to maintain or stabilize the Ph value of the water. Download Free Sample Report here:bit.ly/2MUchr7
Странно, такива конструкции не съм виждал по наша територия, да не би да ги крият в постройки, наподобяващи бункери или складове - за да няма замърсяване с партикулати через пренос от въздух/вятър?
