|Our services. We provide assistance in compounding
new products from all-natural ingredients and with desirable characteristics.
We also design, work up and manufacture equipment for subcritical CO2-extraction,
develope extraction technological processes, and conduct after-sale service and
maintenance of extraction factories. Find
The primary and everlasting challenge for food and cosmetics factories managers
and technologists is to make production less expensive, while finished products
better and more healthful. The use of CO2-extracts of spices
and herbs can be a very practical solution for this problem.
CO2-extracts of spices and herbs represent sophisticated natural taste and aroma
complex of substances extracted from plant cells - volatile and nonvolatile, lipids
and non-lipids. CO2-extracts reproduce in full taste and aroma flavors of natural
spices and herbs.
What is specific for CO2-extracts among other offers in the market of flavoring
Delicate low-temperature mode of sub-critical extraction by liquefied carbon dioxide
(6,5 MPa, 10-25°C), allows to preserve at most all healthful substances in an extract
- aroma, taste, vitamins, enzymes unaffected. No other existing method of extraction
allows achieving it.
The use of extracts cardinally changes quality characteristics and consumer properties
of an end-product.
What is also very important, CO2-extracts considerably improve economic
parameters of production - reduce the cost of an end-product, considerably
reduce storage expences, raise the accuracy of batching. It is not necessary to
worry about bacterial contamination of finished product as CO2-extracts are sterile
and have bactericidal properties.
Furthermore, CO2-extracts allow saving of up to 70% of spices, simultaneously
improving finished product's taste and flavors.
Also, CO2-extracts enrich food with elements which are absent in synthetic
flavoring additives, so that they increase product's nutrient value.
Moreover, CO2-extracts nutritional use makes food functionally curative. Choosing
CO2-extracts of different herbs and changing their concentration makes possible
to turn food into medicine.
Species extract application rate is from 1 up to 17 g per 100 kg of forcemeat
CO2-extracts for baby food
Use of extracts in baby food allows to enrich the products with elements that
are absent in refined food or they can be destroyed during process of manufacturing.
Sausages and semi finished meat products
CO2-extracts successfully replace dry spices and protect end-products
from being bacterized, improving product color and fully reproducing aromas of
spices. It is possible to receive completely new compositions of taste and aroma
which were impossible earlier.
Use of CO2-extracts when manufacturing canned food
gives a product the basic bioactive properties. CO2-extracts are natural preservatives.
They contain a group of antioxidants, phytoncids and other substances; allow economizing
on dried spices, escape many tons of spices transportation, reduce warehouse area
and increase product shelf life.
CO2-extract use in canned fish production
goes beyond comparison. Since 1970's CO2-extracts have been successfully applied
in industry of fish processing.
Use of CO2-extracts when manufacturing oils
Being fine aromatizers CO2-extracts give oils new organoleptic properties,
provide stability of products against micro-organisms, allow enriching oils with
nutritive substances, preventing them from rancidity due to powerful natural antioxidant
CO2-extracts in manufacturing sauces, mayonnaises and
allow avoiding the use of synthetic flavorins and preservatives, making the product
natural, full of natural flavors, which can be absolutely new, and allowing to
increase the storage period of finished products.
CO2-extracts and their alcohol solutions are efficiently used to aromatize
wines and liquors as well as they are very good for production of functional,
energy and health beverages. The rate of CO2-extract application are minimal,
however, the result is magnificent.
CO2-extracts are natural ingredients for cosmeceutics.
in fact makes cosmetics medicinal because they can raise regenerating properties
of a cream, form nutritious prospective, humidifying creams, eliminating vitamin
insufficiency, lowering asteatosis state of skin, can enrich the cream with biologically
The lipophilia of CO2-extracts ensures a good action on skin, deep
penetration into hypodermic capillaries at a molecular level.
Also, CO2-extracts provide for stability of creams in relation
to oxidizing exposures as well as regarding the action of micro-organisms.
Only CO2-extracts allow creating real healthful cosmetics.
The extracts application rate for creams and shampoos is from 0, 01% up to 1%
Use of CO2-extracts in production of detergents
allows avoiding synthetic odorants which is critical for those suffering from
allergy and asthma.
Use of blended CO2-extracts in soap production
makes the product medicinal, conducive to healing of wounds, grazes, scratches
and herpes by nourishing and strengthening the skin.
We offer more than fifty (50) CO2-extracts and blended
CO2-extracts that can be used for creation of unique compositions
CO2-extracts contain essential oils, polyunsaturated fatty acids,
D-group provitamins, tocopherols (vitamin E), carotinoids (pro-vitamins A) possessing
powerful antioxidant properties, vitamin C, B-group vitamins, vitamin K, phosphor-organic
compounds, wax, organic acids, ferments and other substances, altogether up to
600 in total number.
All extracts offered for shipment are provided with recommendations on their use.
Methods on CO2-extract use are tested and certified.
The recommended replacement rates of dry vegetative raw materials with analogous
CO2-extracts and input rates for production are provided.
The application of CO2-extracts in technological process does not
require special training and can be implemented by experienced technologist by
following our recommendations.
If practically interested you will always get sufficient information or helpful
advise on CO2-extract use, standards of input in manufacturing
of various products, replacement rates of extracts with dry vegetative raw material,
fields of application.