ULTRASWEEP

ULTRASWEEP

C4 | E2

UltraSweep – simply solves problems!

In order to operate biogas plants economically, substrates are increasingly being used that are selected on the basis of cost reduction, sustainability and long-term availability.

These include, for example, material from landscape conservation, fiber-rich manure and residues from the grain harvest, as well as fruit and vegetable cultivation. However, from the point of view of efficient fermentability, these are high-risk substrates, as they impair the stirring ability, tend to form

 

floating layers and – depending on their composition – contain an increased proportion of foam-active substances. These include proteins and certain mucilages. Foam reduces the useful volume in the digester and thus has a negative effect on the performance of the biogas plant. Due to the many different causes of foam formation, it must be combated depending on the situation. Certain material (molecular) components of substrates, such as manure, pectin-rich and protein-rich plant substrates, are often partly responsible for foam formation.

The problem solver

ULTRASWEEP C4

Prevents floating and accelerates degradation of fiber components

As a special product for slightly floating problem substrates, UltraSweep C4 uses the synergistic effects of fiber-dissolving enzymes and surface-active substances.

The special effect of the innovative formula C4 ensures accelerated wetting of floating substrate particles and, as a result, rapid settling in the fermenter. This facilitates the enzymatic primary degradation of the plant fiber.

This effect of UltraSweep C4 has been documented in the laboratory and confirmed in practice.

FIVE REASONS
for using UltraSweep C4

  1. Lowest input quantities, minimum trace element loads
    in the digestate
  2. Demand-oriented, OTS-based dosing
  3. pH value optimized for the biogas process
  4. Long-term protection against sulphide precipitation, permanent biological availability
  5. Lowest hazard classification level

The problem solver

ULTRASWEEP E2

The formulation against foam and deposits

Consisting of surface-active substances and an enzyme, the innovative formula of UltraSweep E2 facilitates the decomposition of dead microbial biomass and reduces the surface tension of the liquid phase. This not only makes it more difficult for biofilms to accumulate, but also effectively prevents the formation of foams, particularly those containing protein.

As the formation of foam can have various causes and foam can be of a very different material nature, we recommend individual advice from our technical specialists before using UltraSweep E2 to combat foam.

UltraSweep E2 for cleaning system components Practical experience shows that UltraSweep E2 is highly effective in preventing and removing deposits and biofilms:

  • – on heating elements
  • – in pump lines
  • – on container walls

FOUR REASONS
for the use of UltraSweep E2

  1. Prevents foaming in the fermenter.
  2. Promotes the decomposition of microbial biomass.
  3. Combats the formation of biofilms
  4. Reduces deposits on tank surfaces and in pipes.

 

 

The laboratory test impressively demonstrates how the useful volume of a fermenter can be considerably reduced by using a foaming fermentation medium. Compared to the negative control and a standard enzyme, UltraSweep E2 shows a significant effect.

The calculator

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Take advantage of our service!

We will work with you to develop the right application recommendation for your biogas plant. Call us on +49 (0)30 – 6670-2056… or write to us

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We work with you to develop the right application recommendation

If you have any questions about our products or would like individual advice on optimizing your biogas plant, please do not hesitate to contact us.

Advice – The special Biopract service

We are happy to advise you
– use our service

With our biogas calculator, we can evaluate the performance of your system by analyzing the data. If required, we check the optimization of the flowability / viscosity by means of an inclined channel test, in addition to the process parameters (TS, oTS, pH, FOS/TAC, acid profile), as well as an analytical evaluation of the substrates. With these findings, we provide you with a solution tailored to your system.

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