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Enzymes have been used
to improve the cleaning efficiency of detergents for
more than 35 years, and are now well accepted as
ingredients in powder and liquid detergents, stain
removers/laundry pre-spotters, automatic dishwashing
detergents and industrial/institutional cleaning
products. Detergent enzymes account for about 30% of
the total worldwide
enzyme production and represent one of the largest and
most successful applications of modern industrial
biotechnology.
Enzymes used in
detergents are protein catalysts that consist of long
chains of amino acids. They are similar to protein
catalysts present in all living cells where they control
metabolic processes, convert food nutrients to simple
molecules, convert these molecules to energy and to new
cell material. As catalysts; enzymes speed up specific
chemical reactions, in mild conditions of temperature
and pH, without being altered or consumed in the
process. Consequently, small quantities of enzyme can
repeatedly catalyze the break down of millions of
molecules in minutes. Enzymes function optimally in
detergents at temperatures of 20 - 60C and within a pH
range of pH 7.5 - 10.5.
The performance of
enzymes in detergents depends on number of factors,
including the detergent’s composition, type of stains to
be removed, wash temperature, washing procedure and
wash-water hardness. To help formulators optimize
enzymatic detergent washing efficiency, Specialty
Enzymes provides wash laboratory technical services. In
our wash laboratory, customer, base detergents are
evaluated on standard soils in both a model wash system
(Terg-O-Tometer) and in full-scale household washing
machines.
Household Laundry
Detergents and Stain Removers
Modern household laundry
detergents must effectively clean and remove the most
difficult stains at low washing temperatures and short
wash times. Addition of detergent enzymes, manufactured
by Specialty Enzymes, to laundry detergents and
direct-application stain removers improves detergent
cleaning performance, renews whiteness, color and
appearance of garments. Enzymes designed for use in
cleaning applications are compatible with all commonly
used detergent components such as nonionic and most
anionic surfactants, builders, anti-redeposition agents,
optical brighteners and oxygen-releasing bleaching
agents. Use of enzymes in household laundry detergents
is environment friendly, since all our enzyme products
are non-toxic completely biodegradable and help reduce
clothes-washing energy consumption.
The most widely used
Specialty Enzymes detergent enzymes efficiently
hydrolyze or make water-soluble, food-protein,
carbohydrate and fat stains. Specialty Enzymes products, SEBrite-BP
are a range
of alkaline proteases that when added to
surfactant-containing liquid and powder laundry
detergents or pre-spotters, enhance the removal of
protein-containing stains such as milk, egg, soya,
blood, grass and body fluids of human origin. Dried
protein-containing stains tend to strongly adhere to
textile fibers binding other soils including inorganic
material, dirt and colored substances. Specialty Enzymes
detergent proteases breakdown protein-containing stains
into more water-soluble peptides, amino acids that can
be rinsed away more easily. The use of Specialty Enzymes
detergent alpha-amylases enzymes such as
SEBrite-BA and SEBrite-A
in liquid and
powder laundry detergents solubilizes starch-containing
stains such as baby food, spaghetti, mashed potatoes,
oatmeal, gravy, chocolate, tomato sauce and other starch
thickened foods. Addition of our alpha-amylases to
laundry detergents and laundry pre-spotters, enhances
removal of starch-containing stain residues, increases
fabric whiteness, and reduces re-deposition of
starch-containing stains on co-washed garments and
fabrics.
To enhance stain
removal, brighten the color, and soften cotton and
cotton-containing garments, Specialty Enzymes offers a
laundry-detergent compatible cellulase enzyme,
SEBrite-COLOR. SEBrite-COLOR,
effectively removes cotton cellulose microfibrils on
wear and wash-damaged cotton garments. Repeated washing
of cotton-containing garments with a laundry detergent
containing SEBrite-COLOR,
improves soil removal, brightens fabric color, softens
and restores original garment appearance.
The removal of fatty
food stains, cosmetics and sebum from garments by
laundry detergents formulated for use at lower washing
temperatures and more neutral pH’s can be enhanced by
addition of our detergent lipase enzyme, SEBrite-L.
Problematic stains such as lipstick, salad oil, animal
fat and butter are removed from clothes after several
washes with liquid and powder laundry detergents
containing SEBrite-L.
Automatic Dishwashing
Detergents
Household and
institutional automatic dishwashing detergent
formulations have traditionally been, high pH, chlorine,
phosphate and metasilicate-containing products.
However, to improve the low-temperature wash performance
and to reduce
the environmental
impact, automatic dishwashing detergents have been
reformulated with reduced alkalinity, and no or reduced
concentrations of phosphates and metasilicates. To
maintain and improve the wash performance of these
reformulated automatic dishwashing detergents, protease
and amylase enzymes, SEBrite-BP
and
SEBrite-BA have been added. Testing
has shown that reduced-pH automatic dishwashing
detergents containing SEBrite-BP and
SEBrite-BA,
remove film and spot-forming protein and starch deposits
on glassware, cutlery and plates more effectively than
traditional high-pH, alkaline automatic dishwashing
detergents.
Industrial/Institutional Detergents Industrial and
institutional laundries have traditionally used strongly
alkaline detergents and high temperature washing.
However, because of increasing wastewater treatment and
energy costs, many industrial and institutional
laundries have opted to use enzyme-containing detergents
as an effective means of reducing costs and maintaining
cleaning performance at lower temperatures and
alkalinity.
Specialty Enzymes'
protease and amylase enzymes, SEBalase-BP and
SEBrite-BA can be used
cost-effectively to improve the wash performance of
reduced-pH, low temperature industrial and institutional
laundry detergents used to remove blood, body fluids,
organic material and food soils from hospital,
restaurant and slaughterhouse textiles. When washing at
lower pH values and temperatures, Specialty Enzymes'
lipase enzyme, SEBrite-L can be effectively used to boost detergent wash
performance and remove difficult oil and fat stains.
Many industrial and hospital laundries are able to
significantly reduce re-washing, and bleach consumption,
by pre-spotting or soaking heavily soiled items with an
enzyme-containing detergent. To soften and extend the
life of white and colored cotton-containing
institutional linens such as sheets, tablecloths and
napkins, a laundry detergent containing our cellulase
enzyme, SEBrite-COLOR is used.
Cleaning and
disinfecting hard surfaces in food manufacturing plants
and buildings contaminated by bacteria and fungi, is
increasing being done with enzyme-containing
detergents. Specialty Enzymes protease
SEBalase-BP
and cellulase,
SEBrite-COLOR,
when used in cleaning agents applied to hard surfaces,
prevent the accumulation of organic material and helps
reduce the growth of microorganisms.
SEBrite-L,
our lipase enzyme, when used in hard surface cleaners
increases the water solubility and speeds the removal of
animal and vegetable fats and oils.
Medical Instrument
Cleaning Detergents
Standard practices for
cleaning, disinfection and re-use of flexible fiberoptic
endoscopes, surgical instruments and other medical
devices include manual pre-cleaning,
and automated
washing/reprocessing with a highly concentrated
enzyme-containing detergent, followed by high-level
disinfection. Manual pre-cleaning usually includes a one
to ten minute pre-soak in a cleaning solution containing
an enzyme-containing detergent followed by brushing of
irregular surfaces to remove particulate matter.
Specialty Enzymes protease and lipase enzymes
SEBalase-M
and
SEBrite-M.
Filter Membrane Cleaning
Detergents
The use of ultra, nano
and reverse osmosis filtration systems, in food
processing, for the production of drinking water and for
industrial wastewater treatment has grown considerably
in the last 10 years. Previous generation industrial
filtration systems were expensive and costly to operate
because they required frequent downtime for membrane
cleaning. Filter membrane technology has recently
improved to the point that newer, hollow-fiber, direct
and crossflow filtration systems can be operated for
long periods without fouling. Ultra- and nano-filters
used to filter beverages such as wine, fruit juice, beer
and milk are most commonly cleaned and disinfected daily
with caustic and chlorine. However, to maximize filter
flux rates and extend membrane operating-life, beverage
filters can be effectively cleaned using
enzyme-containing detergents. Depending on the beverage
type, mixtures of Specialty Enzymes protease enzymes
SEB-Prolase P
or
SEBalase-PB,
carbohydrase enzyme,
CelluSEB-T,
alpha-amylase enzyme
SEBamyl-B,
Spectinase
enzyme,
ExtractSEB-R
and lipase enzyme,
SEBrite-L
can be used in situ
to effectively clean filter membranes fouled with
protein, starches, fats, gums, cellulose and pectin
residues.
Depending on
the feed water source, ultra-filters and reverse osmosis
systems used to produce drinking water and purify
waste-waters, are frequently backwashed and therefore
need cleaning and disinfecting less frequently. The
filter membranes in these newer, low-fouling filtration
systems, are weakly charged polymers that cannot be
cleaned with caustic and chlorine. To clean these pH and
chlorine-sensitive filter membranes, low-ionic strength,
enzyme-containing detergents have been developed.
Detergents containing mixtures of Specialty Enzymes
protease enzymes
SEB-Prolase P,
SEBrite-BP
and
SEBalase-BP,
carbohydrase enzyme such as
CelluSEB-T
and our lipase enzyme,
SEBrite-L
can be used in situ to effectively clean filter
membranes fouled with microbial cells, slimes and other
organic material. Disposal of enzyme-containing
filter-cleaning solutions does not add to plant effluent
treatment costs because these detergents are used in low
concentrations, are non-toxic and completely
biodegradable.
All our
detergent-industry enzyme products are technical-grade,
Kosher, and produced by
GRAS certified, non-GMO
microorganisms.
View the Detergents Product Range
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