Nassabscheider für industrielle Stäube und Späne - Nassabscheider für Stäube und Späne mit Funkenflug, brennbar oder explosiv.
Industrie Entstauber für Staub, Granulat, Fasern und Späne. Individuell konfigurierbar, energiesparend und in ATEX-Bauweise erhält...

Description

Efficient Oil Mist Separators for Industrial Applications
Our oil mist separators effectively capture fine emulsion mist generated during the use of cooling lubricants in machine tools. Multi-stage filtration systems reliably remove mist, aerosols, vapors, and odors from hall air – ensuring clean production conditions and protecting employees, machinery, and products.
The separated cooling lubricant can be recovered and reused. As a manufacturer, we continuously develop our systems and also offer customized solutions for specialized machining processes.

Maximum extraction performance with minimal energy consumption
Durable, washable stainless steel mesh filter inserts
Industry-leading filter service life for reduced maintenance
Recovery and reuse of cooling lubricants
Direct from the manufacturer – quality “Made in Germany”

Technical data

Washable stainless steel mesh filters
Cassette filters
Siphon connection
Custom discharge system
Capture units
Motor power: 1.1–15 kW
Fan capacity: 2,400–17,900 m³/h
Operating time: 24 hours per day

Areas of application

Metalworking
Plastics Industry
Extrusion
Cable Manufacturing
Automotive Industry
Pharmaceutical Industry
Chemical Industry
Food Industry
Toolmaking
Roller Manufacturing

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Ultrafiltration | Filter Systems | Filtration Technology

Caustic recovery with ceramic filter solution - The beverage industry is faced with the task of making production processes more e...

Description

atech innovations gmbh, based in Gladbeck, Germany, has been involved in the sale of high-quality ceramic membranes for a wide range of industrial applications in the chemical and biotechnology, food and beverage and wastewater treatment/recycling sectors since 1989 and in their development and manufacture since 1992.
In addition to ceramic membranes in various geometries and channel cross-sections, atech also offers associated pressure housings made of various stainless steels and plastics. The designs comply with international standards and also take into account hygiene requirements such as US 3-A Sanitary Standard Design. In addition, atech`s qualified staff and technical facilities are available for services such as pilot plant/filtration tests.
Depending on the requirements of the respective application, atech offers a wide range of different membrane geometries: Mono- and multi-channel membranes with different channel cross-sections, covering the range of ultra- (from 1 kD) and microfiltration (up to 1.2µm).
Due to the extensive product range, atech can supply membrane replacements for many membranes on the market.

DIN

3-A Sanitary Standards

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About us

BAYSU Arıtma, entered the industry in 1996, provides services in the field of “Water Treatment Engineering” and all integrated engineering disciplines around it in general.

Our company, which provides services in industrial process water preparation, drinking water treatment, wastewater treatment, facility automation, swimming pool mechanics and construction, offers professional services to its customers in both project planning and operation stages. At the same time, in collaboration with leading companies in the industry in industrial and water chemicals, it produces a wide range of engineering solutions for end users.

In line with its founding purpose, our company, which strengthens itself day by day with its manufacturing and productive identity, has also started to carry out construction of reinforced concrete and metal construction structures as well as purification and pool construction in-house. BAYSU Arıtma, which works with a results-oriented approach by increasing its service quality and product range, is making solid progress towards becoming one of the strong companies in its industry.

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Ultrafiltration | Ultrafiltration Technology

Ultrafiltration plants mainly perform the function of hyperfiltration. This is a technical process in which macromolecular substances are separated and concentrated. A distinction is made between ultrafiltration and microfiltration. This is done by the degree of separation. If particles with a size of 0.5 to 0.1 µm are separated, this is called microfiltration. If particles with a size of 0.1 to 0.01 µm are separated, this is called ultrafiltration. The so-called cut-off, i.e. the exclusion limit, is usually given in the form of the NMWC with the unit Dalton. This is given as the minimum mass of a globular molecule held back by a membrane. In practical application, the NMWC is therefore at least 20% lower than the molecular weight of the molecule to be separated. Based on the flux, which contains the transmembrane flow or the passage rate, further qualitative statements about the filtration are made. The transmembrane flow is proportional to the transmembrane pressure and antiproportional to the membrane resistance. These values are determined by the properties of the membrane used as well as by concentration polarization and possible fouling. The passage rate is related to 1 m² membrane area. Their unit is l/m²h. Further application possibilities result from diafiltration. In this process, the buffers can be replaced in a suspension. The salt concentrations can also be changed in this way. This combines the properties of dialysis with those of ultrafiltration. During this process, solvent is constantly exchanged through the membrane in the retentate. If the inflow and outflow ratio is equal, there is no change in the suspension volume. With the introduction of a new drinking water ordinance and the prescribed limit values for the parameter of turbidity, ultrafiltration is increasingly being used in municipal drinking water treatment. This method is called the dead-end method. The membrane converts the entire quantity of raw water into filtrate. Another important advantage is the sterility of this method. This means that even heavily polluted groundwater can be treated safely after heavy rainfall.

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