It is a bio-catalytic water treatment agent that transforms the traditional chemistry model in the manufacture of paper-based products.
It offers advanced biocatalytic process improvements:
Increases production speed.
Improves production quality.
Lowers production costs.
Lowers energy consumption.
It dissolves slime growth, reduces biocide requirements, and lowers maintenance issues.
It will improve total water quality and bring benefits to downstream water treatment.
The benefits of it include:
Reduces the growth of biological films (slime).
Reduces the formation of organic compounds (stickies).
Reduces maintenance costs.
Improves fiber strength.
Improves paper quality.
Improves de-inking of fiber.
It creates more aerobic biological conditions within the process water.
It improves safety for personnel.
DIRECTIONS FOR USE
It is dosed at 70 - 150 g /ml per ton of fiber, depending on the manufacturing requirements of the pulp product and the operator objectives.
It can be introduced into the pulping phase to replace enzymes and into the whitewater to reduce biocide usage.
PRODUCT SPECIFICATIONS
It is non-toxic, non-caustic, and safe to handle, with a recommended shelf life of two years. May be stored with confidence at temperatures below 122°F/50°C.
CONTENTS
Water, highly purified yeast extracts, non-ionic surfactants.
CAUTION
Keep out of the reach of children. If product from this container splashes in eyes, rinse well with water.
It is a bio-catalytic water treatment agent that transforms
the traditional chemistry model in the manufacture of paper-based
products.
It provides a sustainable alternative to the use of harmful biocides while reducing overall costs,improving paper quality,and reducing the formation of organic compounds such as stickies.
substantially reduces the time it takes to breakdown
pulp and paper while removing biocides from the equation.
Completely replace biocides.
Accelerate the disintegration of pulp from 45 minutes to
approximately 7-12 minutes.
Produce a better quality of paper.
Eliminate any holes & stickies in production.
Lower energy costs.
Clean and maintain the machinery itself in the process.
It is a highly dense nutrient fermentation composition, blended
with surface modifying components, in a very powerful liquid
concentrate. it forms ultra-fine micro-bubbles in water that act as
the physical platform for accelerated chemical and biological reactions.
These negatively charged micro-bubbles attach themselves to the microbial
structures of biofilms, and organic components such as stickies, effecting a
rapid disintegration. The agitation action within the process water activates
the enzyme micro-bubbles, continually generating their formation as
they catalytically dissolve all organic elements adhering to surfaces.
Our micro-bubbles are negatively charged and are attracted to
positively charged slime layers (biofilm) and stickies. Our surfactant
provides a wetting action across membrane hydrophobic barriers of
the slime and stickies, thereby dissolving their structures. Due to
higher aerobic conditions in the water formed by our microbubbles:
Water quality is improved,
Wastewater quality is improved,
Treatment is improved.
Degradation of Stickies
It offers a strong degradation action on gums and stickies.
Additionally, the fine micro-bubbles produced by it will
help maintain higher dissolved oxygen and aerobic conditions within
the process water. Paper produced with it has shown a
whiter and brighter appearance as well as improved softness.
Microbiological Control
It revolutionary mechanism of action dissolves the
molecular structure of organic biofilms and slime formations,
allowing a substantial reduction, or elimination, of toxic biocide
chemicals. This shifts the entire management requirements of
machine maintenance. Substantial cost savings are obtained,
water and environmental quality is improved, and worker safety is
enhanced.
Operational Costs Savings
It ability to transform the inherent characteristics of the
process water used throughout the manufacturing of paper and
board products benefits all aspects of the production cycle. Studies
have shown the virtual elimination of micro-imperfections in tissue
production. Downtimes are substantially reduced, dangerous
chemical solvents are eliminated, processing speeds are increased
and maintenance costs contained.
Improved Water Quality
Microbiological water testing shows that it meets, or
exceeds, the microbial water quality control of toxic biocide use. By
shifting the microbial control model from the killing of various
microbial strains, it eliminates the underlying formation of
microbial colonies on surfaces, resulting in greatly enhanced water
quality over time. The downstream treatment of wastewater
discharges are substantially benefitted, with corresponding cost
reductions in the treatment phase, and enhancements in discharge
quality.
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