Getting started: how to find the right blower for your site
Before you look at the technical details of a solution, it's a good idea to go back to basics. Looking at the data plate of your existing units will give you some information, but not the full picture. What is the current capacity you need at your site? How do you compare blower performance data? With a few guidelines, you'll be able to spot the best offer in no time.
If you want to check which blower solution we can offer for your wastewater application, feel free to complete and send us the request sheet. Our local experts are happy to explore which of our technology would be your right fit.
V čistilni napravi za odpadno vodo se do 70 % energije porabi za prezračevanje. Poleg tega poraba energije za obratovanje puhal ustreza pet do desetkratni nakupni ceni enot samih. Znižanje stroškov za energijo je ključnega pomena za ohranjanje nizkih obratovalnih stroškov. Vaše operativne stroške lahko znižamo tako, da vam zagotovimo eno najučinkovitejših in najzanesljivejših naprav na trgu – s tem bo vaša naložba zelo hitro postala donosna.
Thinking about the installation of your air blowers might seem like something you do after you've purchased them. Thinking ahead will save you from unexpected costs. For instance, not all blowers are offered as complete packages. Making sure you have a complete package will ensure that everything you'll need for operation is included in your purchase. What are the hidden costs? What should be included before your blowers can be deployed into the treatment process?
Minimizing emissions & breakdowns
Compressed air is an integral part of the wastewater treatment process. The first step towards a more reliable process is choosing the quality equipment that fits your needs. It's key to stay ahead of new governmental guidelines and regulations. The increasingly strict rules require your process to emit a minimal amount of carbon and the water to contain a minimal level of pollutants after treatment.
Designing your aeration control system affects the efficiency of your process. More control means more knowledge and fewer chances of a complete breakdown. The more control you want, the more data you'll need. Traditional blower setups such as cascade sequences or unit control through gauges only allow simple measuring and control. Discover our tips and tricks to get more control over your system.
Correctly maintaining your aeration installation ensures a smooth treatment process. Preventive maintenance is a great way toward a healthy installation. But taking the next step toward predictive maintenance will pay off in the long run. Discover how you can extend traditional service intervals and avoid those unwanted breakdowns.
Membrane bioreactors feature an ultrafine membrane filter installed at the discharge end of a standard aeration basin. Pumps installed on the membrane filters create a slight vacuum and pull the effluent through the membrane. The ultrafine holes in the membrane do not allow the biological microbes to pass through the membrane.
Digital brochures wastewater treatment & product
The Montville Water Pollution Control Facility uses six Sequencing Batch Reactors (SBRs) to treat their wastewater. The influent flows have significantly higher loading than average due to industrial users from a paper plant and also a nearby casino due to those high loads. They need much more air than your average wastewater treatment plant. Atlas Copco met with Superintendent Derek Albertson about to discuss the application and why Atlas Copco’s ZB VSD+ blower was the perfect the needs of the facility.
Located on the picturesque Lake Michigan shoreline, the Port Washington Wastewater Treatment Facility in Port Washington, Wisconsin chose Atlas Copco’s ZS VSD+ screw blower to power their facility 8 years ago. A few of the benefits they’ve realized with Atlas Copco’s blower and service solutions include 64,000 running hours Zero unplanned downtime Over $190,000+ in energy savings 24/7 Partnership with Service Technicians
Discover how Sainsons Paper Industry in India revolutionized their effluent treatment plant with Atlas Copco Screw Blowers. Witness the transformation as they replaced conventional root blowers with cutting-edge technology, ensuring an uninterrupted air supply for their water treatment process. Experience the success story of a promising investment that propelled their paper manufacturing sector forward. Watch now and witness the power of innovation at Sainsons Paper Industry.
Učinkovito gospodarjenje z vodo postaja vse pomembnejše zaradi vse manjše razpoložljivosti virov in naraščajočega finančnega pritiska. Če računate na ohranjanje bakterij pri življenju z dovajanjem zraka med postopkom čiščenja, si nikakor ne želite onesnaženja z oljem. Zato so naši izdelki brez olja, kar poleg zmanjšanja porabe energije pomaga zmanjšati tudi vpliv na okolje.
Naša prodajno-servisna mreža se razširja po 180 državah; s servisiranjem na tisoče nizkotlačnih napeljav za stisnjen zrak po vsem svetu zagotavljamo, da oprema vedno deluje z največjo učinkovitostjo in da so izpadi delovanja omejeni na minimum.
Frito Lay, podružnica PepsiCo Foods, je okrepila svoj vodilni položaj na področju okoljske ozaveščenosti in dosegla povprečno 30% energetsko učinkovitost in nižjo raven hrupa z izbiro tehnologije vijačnega puhala Atlas Copco za svoj obrat za pripravo vode.
Northumbrian Water, vodilni ponudnik vodovodnih in kanalizacijskih storitev na severovzhodu Anglije, je izbral tehnologijo puhala Atlas Copco, ki pomaga pri zmanjševanju porabe energije in zmanjšanju stroškov storitev pri čistilnih napravah v Newton Aycliffe, okrožje Durham.
ZS VSD screw blower technology hade made the Sandoz effluent treatment plant in Navi Mumbai, India, reduce their total carbon footprint with 1.5% and their energy usage with 17%. Bonus: they benefit from substantially lower noise levels too, now.
Difuzno prezračevanje
Ker bakterije ne morejo preživeti brez kisika, je neprekinjeno dovajanje zraka brez olja pomembno za kakovost postopka čiščenja odpadne vode. Dovajanje odpadne vode se lahko spreminja skozi dan, zato je ključno, da se puhalo prilagaja spremenljivim potrebam po pretoku zraka. Ponujamo vam puhala s stalno hitrostjo in zelo prilagodljivim pretokom zraka ter energijsko učinkovita puhala s spremenljivo hitrostjo.
Čiščenje s protitokom
Čiščenje s protitokom je povratno črpanje vode skozi filter. Zrak brez olja preprečuje, da bi se filtrirni mediji umazali in postali neuporabni. Gre za obliko preventivnega vzdrževanja, tako da se filtrirni medij lahko ponovno uporabi.
Prezračevalna laguna
Prezračevalna laguna je bazen, ki pospešuje biološko oksidacijo odpadne vode. Učinkovitost sistema difuznega prezračevanja neposredno vpliva na kakovost in stopnjo čiščenja odpadne vode, ki se lahko doseže v laguni.
Postopek z aktivnim blatom
Zrak in mikroorganizmi se uporabljajo za biološko oksidacijo organskih onesnaževal, pri čemer nastaja odpadno blato z vsebnostjo oksidiranih materialov. Zrak v običajnih sistemih z aktivnim blatom mora biti brez olja, da ne pride do onesnaženja vode.
Šaržni biološki reaktor (SBR)
Šaržni biološki reaktorji so procesi z aktivnim blatom, zasnovani za uporabo v spremenljivih pogojih. Delujejo v pravem šaržnem načinu s prezračevanjem in usedanjem blata v istem bazenu. V fazi prezračevanja se pretok zraka v rezervoarju razprši. Poraba energije je pri enotah s stalno hitrostjo precej manjša, kar ustvarja konkurenčno cenovno prednost.
Sistemi z membranskimi biološkimi reaktorji (MBR)
Različica običajnega sistema z aktivnim blatom, pri kateri ločevanje trdnih in tekočih snovi poteka z membrano (mikro- ali ultrafiltracija). Ponuja prednosti pri nadzoru postopka in kakovosti vode, vendar porabi veliko energije in zahteva intenziven postopek biološke obdelave.
