biological wastewater treatment plants Equipment in Iowa

Serving Iowa | Office in IowaNear Iowa
165 Results found
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  • Subcategory: Biological Water Treatment ×

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AQUAmax - Model PROFESSIONAL G - SBR Wastewater Treatment Plant

by ATB Umwelttechnologien GmbH     based in Porta Westfalica, GERMANY

For smaller catering, hotel and commercial operations from 4 to 50 PT. The fully biological SBR wastewater treatment plant for multi-chamber cesspits and multi-tank plants from 4 – 50 PT – for new construction and retrofitting.

Sequox - Biological Nutrient Removal Process System

by Aero-Mod, Inc.     based in Manhattan, KANSAS (USA)

The patented SEQUOX Nutrient Removal Process is the latest innovation for biological nutrient removal from wastewater. Even if nutrient removal is not the primary objective, the SEQUOX process results in sufficient process improvements and energy savings to make it cost effective.

August - Model AT75-AT5000 - Biological Wastewater Treatment Plants

by August ir Ko     based in Vilnius, LITHUANIA

The company obtained the National Technical Approval NTL-01-050:2008 „Wastewater treatment plants. Factory and (or) on-site domestic wastewater treatment plants over 50 GE“, which is mandatory for the supply of typical plants to the market from the Certification Centre of Building Products (SPSC) on 27th August 2008. The mentioned ...

Purestream - Package Rotating Biological Contactor System (RBC`s)

by Purestream ES, LLC     based in Walton, KENTUCKY (USA)

The Purestream, Inc. Package Rotating Biological Contactor System provides primary, secondary, and/or advanced treatment in one complete package. Package Plant sizes from 4200 to 112,000 GPD capacities.

Kusters Water - Packaged Wastewater Treatment Plants

by Kusters Water, a Division of Kusters Zima     based in Spartanburg, SOUTH CAROLINA (USA)

Kusters Water offers a complete line of packaged biological wastewater treatment systems. Standard Plants are designed to operate in the extended aeration mode of activated sludge, providing 24-36 hours of aeration retention time allowing the plant to operate effetively over widely varying flow rates and waste loadings while providing lower ...

Sequenced Batch Reactors (SBR)

by Biogest International GmbH     based in Dresden, GERMANY

General Features of the SBR Technology for WWTP's are Extremely effective biological treatment concept. Perfectly useable for domestic and industrial wastewater.

Rotating Biological Contactors

by Walker Process Equipment     based in Aurora, ILLINOIS (USA)

EnviroDisc Rotating Biological Contactors (RBC) provide highly efficient fixed film BOD and ammonia removal with low energy usage and maintenance requirements. In the RBC process, wastewater flows through shallow tanks containing the partially submerged, rotating shafts where biomass is carried on the media for reduction of pollutants.

Cleartec - Model BioCurlz - Submerged Fixed Bed

by Jäger Umwelt-Technik GmbH & Co. KG     based in Hildesheim, GERMANY

Cleartec BioCurlz is used as a completely submerged fixed bed in the biological stage of a wastewater Treatment Plant. The 3-dimensional lace structure provides growth surface for the active micro- organisms without flow restrictions. By using fine bubble aeration for supplying oxygen to the microorganisms a vertical flow be obtained.

Integrated Fixed Film Activated Sludge (IFAS)

by World Water Works, Inc.     based in Oklahoma City, OKLAHOMA (USA)

Integrated Fixed Film Activated Sludge (IFAS) process is a state-of-the-art biological process used in treatment of municipal and industrial wastewaters for BOD removal, nitrification and denitrification. The process is a hybrid of suspended growth and fixed-film (attached growth) process and may be viewed as a combination of Ac

Moving Bed Bio-Reactor (MBBR) Technology Compared to Activated Sludge (AS) Systems

by CREATECH Aqua ApS     based in Egaa, DENMARK

The Moving Bed Bio-Reactor (MBBR) Technology is increasingly being favoured over conventional Activated Sludge (AS) systems. This is largely due to the achievable reduction of the plant's footprint and the ability to maintain a higher concentration of more specialized bacteria.

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