Agitator tanks - Import export

The central agitator has a low energy requirement to ensure mixing and ensures optimum biological digestion. This is helped by the smooth internal walls (largely without any internal attachments) which prevent substrate deposits. As an option, an external heating system can be added to the digester, ensuring an even temperature distribution thanks to the good heat transfer properties of the steel. The central agitator has a low energy requirement to ensure mixing and ensures optimum biological digestion. This is helped by the smooth internal walls (largely without any internal attachments) which prevent substrate deposits. As an option, an external heating system can be added to the digester, ensuring an even temperature distribution thanks to the good heat transfer properties of the steel. MAXIMUM LEAK TIGHTNESS AND PRACTICAL ON SITE CONSTRUCTION With Lipp digesters you will benefit from over 50 years experience in plant and tank construction.

IFA Technology offers you customised solutions for water treatment using mineral wool wash water plants. Benefit from our extensive experience in the field of insulating materials. Functions of mineral wool wash water plants: Planning, design, construction, assembly and commissioning of systems for the collection and treatment of waste water from the production process Multi-stage filtration and purification of the water using settling tanks with agitators, screening machines, drum filters and hydrocyclones

In the treatment of drinking water, whether done conventionally or via seawater desalination, agitators are used for rapid mix, precipitation and flocculation processes. Precipitation and flocculation processes require low shear, slow-running agitators. For pH adjustments and rapid mixing faster running agitators that can blend reactor content in a flash are required. Wastewater treatment also requires a multitude of application options for agitators. In anaerobic and anoxic tanks for nitrogen removal, slow-running agitators are used to suspend and homogenize activated sludge flocs. In aeration tanks, mixer/aerators can be used for efficient oxygenation and mixing. Where waste water is purified, sludge is generated. This sludge is generally conditioned using polymers, dewatered, and then digested in anaerobic sludge digesters to generate biogas. Special agitators are required for both polymer introduction and for digested sludge mixing.

—hydrostatic immersion probe for continuous level measurement up to 20 meters with analog output. —measuring probe is inserted from the top, the cable can be led along the tank wall —for high tanks with agitators —suitable for adhesive, contaminated and highly viscous media —independent of foam formation and media movement —for continuous level measurement

Radar (FMCW) level transmitter for liquids with hygienic requirements The OPTIWAVE 3500 is a 2-wire 80 GHz radar (FMCW) level transmitter for liquids in hygienic applications. It is designed for continuous, non-contact level measurement in the food and beverage as well as pharmaceutical industry. The device features a flush-mounted PEEK Lens antenna with a small beam angle and dead zone for precise measurement even in small and narrow tanks with agitators. It is equally suited for use on larger tanks up to measuring distances of 50 m / 164 ft. As the radar withstands process temperatures up to +150°C \ +302°F and pressures up to 25 barg / 362 psig, it can be used in CIP/SIP cleaning procedures. The OPTIWAVE 3500 offers a large choice of hygienic process connections. It comes with extensive device diagnostics as well as HART®7 communication.

Homogenizing large tank volumes, mixing-in additives during the production of lubrication oil and suspending solids in a liquid phase are typical applications for the pneumatic pulse-mixing technology of PULSAIR. The process, patented worldwide, is based on an injection of an adjustable pressure pulse underneath an accumulator plate, installed on the bottom of the mixing tank. The injected pressurized air forms a big air bubble, soaring within the tank and displacing the surrounding liquid. Meanwhile negative pressure is generated underneath the bubble, sucking the surrounding material. This produces in the tank a vertical flow directed upwards, adjustable according to the requirements by varying the pulse length and the pulse duration. Contrary to mechanical agitators the height of the tank is very marginal. No moving parts or shaft bearings are in the tank.

Roller Discharge Filters They are essentially composed of a rotating drum, vacuum distributing system, tank, oscillating agitator and “cake” discharge device.

Knife Discharge Filters They are essentially composed of a rotating drum, vacuum distributing system, tank, oscillating agitator and “cake” discharge device.