Intellectual Property

Processo para a Obtenção de um Corante Natural a partir das Pétalas de HIBISCUS SABDARIFFA L.

Phenylpropanoid saccharide esters, methods and uses thereof

Beverage Claritication Process Using Fruit Peel

BEVERAGE CLARIFICATION PROCESS USING FRUIT PEEL. The present invention refers to a process for clarifying beverages, referring to the use of fruit peels for the preparation of flour and its subsequent use for sedimentation of particles suspended in drinks, replacing the use of bentonite. The invention aims to obtain a natural clarifier with a profile of reuse of residues not previously used for this purpose.

Aplicação de um consórcio de leveduras na elaboração de bebidas fermentadas à base de mel

A presente invenção refere-se a um processo de fabricação de uma bebida fermentada a base de mel de abelha social e água potável, fermentada por um consórcio de leveduras, Saccharomyces cerevisiae e leveduras não-Saccharomyces, preferencialmente a Torulaspora delbrueckii. O mosto é preparado conforme o teor alcoólico desejado, para isso é determinado o teor de açucares redutores no mel, a partir da massa definida é avolumada com água potável, adicionado nutrientes e calibrado o pH, sendo na sequência pasteurizada. Após resfriamento do referido mosto, acrescenta-se as leveduras pré-hidratadas a Saccharomyces cerevisiae e Torulaspora delbrueckii. A invenção pretende a obtenção de uma bebida com tempo reduzido de fermentação, composição aromática diferenciada e redução de compostos indesejados.

Method of producing a catalyst based on columnar clays for the oxidation of phenols in aqueous solution with hydrogen peroxide

The utility model is related to the field of catalysis, namely, to the technology for producing catalysts based on columnar clays used for the oxidation of phenol with hydrogen peroxide in aqueous solutions. The effect is the reduction of the duration needed to achieve complete phenol degradation by catalytic oxidation in an aqueous solution in the presence of hydrogen peroxide in comparison with the prototype. The new method developed includes washing steps in order to obtain the columnar clays with high levels of purification and elimination of inorganic impurities contained in the raw natural clays.

Wine producing process using flowers of Castanea Sativa

New dairy product functionalized with mycosterols as hypocholesteremic agents

The present invention relates to the development of new milk products through the incorporation of microparticles into yogurts as an alternative to existing milk beverages incorporated with phytosterols. THE ADVANTAGES OF THE NEW DEVELOPED PRODUCTS ARE ESSENTIALLY THE USE OF LOWER CONCENTRATIONS OF THESE MOLECULES TO OBTAIN A HIGH HYPOCOLESTEREMIC ACTIVITY; AND THE USE OF THE BIOLOGICAL RESIDUES PRODUCED BY THE MUSHROOM INDUSTRIES, FOR THE OBTAINMENT OF BIOATIVE MOLECULES OF VALUE ADDED (MICOSTEROLS). IN ADDITION, THE ANTIOXIDANT ACTIVITY EXPOSED BY THIS CLASS OF COMPOUNDS LEADS TO AN INCREASE IN THE VALIDITY PERIOD OF THE DEVELOPED FOOD PRODUCTS. THIS NEW DAIRY PRODUCT ALSO RESPONSES AN INDUSTRIAL CONCERNED FOR THE DEVELOPMENT OF NEW FUNCTIONAL FOODS WITH HEALTH BENEFITS, IN THIS PARTICULAR CASE, THE DEVELOPMENT OF NEW FOODS WITH CAPACITY TO DECREASE THE LEVELS OF CHOLESTEROL, MINIMIZING THE RISKS OF DISEASES RELATED TO DISTURBANCES CARDIOVASCULARES ASSOCIATED WITH CHOLESTEROL

<i>Gomphrena globosa</i> L.: an alternative and promising source for obtaining natural colourants

Obtention of a solution from extracts of Rosmarinus Officinalis L. for use as a food coating

EspaceNet

Process for the production of wine using flowers of Castanea sativa Mill. As natural preservatives in alternative to the addition of sulphites

Valor Natural&#174;

Obtaining a catechin-based natural additive from fruits of Arbutus unedo  L.

Method for the preparation of acetobromo-α-D-glucuronic acid methyl ester

Dictis&#174; - Bioproduct for the treatment of chestnut blight

Functionalisation of cellulosic substrates for superhydrophobic and oleophobic properties by using actinic radiation curing formulations