Gea Mechanical Equipment Gmbh

Westfalia Separator Ag

Gea Westfalia Separator Group Gmbh

Westfalia Separator Gmnh

Nanoscience for Life Gmbh & Co. Kg

Steffen Hruschka

Wladislawa Boszulak

Detlef Ullmann

Roger Hülsmann

Todd Walter Gusek

John D Efstathiou

Stefan Kirchner

Ulrich Dietz

Stefan Pecoroni

Jürgen Rassenhovel

Juergen Rassenhoevel

Willi Witt

Klemens Geissen

Tomas Ignacio Eguiguren Correa

Alexander Rossmeisl

Jose Alberto Corbella

Richard Op Den Kamp

Frans Kappen

Luis Peixoto

Daniel Michael Martel

Ines Speiser

Sabine Krohn

Alexander Thiel

Joachim WEINEKÖTTER

José Alberto Corbella

Tomás Ignacio Eguiguren Correa

Jürgen RASSENHÖVEL

The invention relates to a method for processing dandelion plant components, particularly dandelion plant components of the-variety, in which, according to the method, rubber is obtained as a first valuable product, said method being characterised by the following steps: A) grinding and/or squeezing the dandelion plant components, preferably while adding water to form a pulp; and B) first separation of the pulp into at least one phasewhich is high in inulin and low in rubber and at least one phasewhich is high in rubber and low in inulin, the phasewhich is high in rubber and low in inulin forming the first valuable product or the first valuable product being obtained from the phase which is high in rubber and low in inulin.

Method for processing dandelion plant components

The present invention relates to a valuable product in the form of a flavonoid-containing phenol mixture having intense red coloration and to a method for obtaining a valuable-substance phase, more particularly a red-colored phase, from a native substance mixture.

Valuable product and method for obtaining a valuable material phase

The present invention relates to an apparatus and method for separating glycoglycerolipids and also glycoglycerolipids and glycosphingolipids from a lipid phase that contains glycoglycerolipids and acyl glycerides or glycoglycerolipids and glycosphingolipids and acyl glycerides, in mild conditions with no hydrolysis and while at the same time effectively depleting the lipid phase of said glycoglycerolipids, glycoglycerolipids and glycosphingolipids and their accompanying substances using an aqueous extraction process.

Apparatus and method for obtaining glycoglycerolipids and glycosphingolipids from lipid phases

A method is provided for processing an organic oil in steps, including the following: A) providing a raw oil; B) degumming the raw oil by adding water or acid to the raw oil and forming at least two phases, an aqueous phase and an oil phase, and separating the aqueous phase enriched in phospholipid from the oil phase; C) adding sodium hydrogencarbonate and/or sodium acetate to the oil phase from step B, and removing alkaline-earth compounds and/or phospholipids and/or stearyl glycosides, in solution or suspension in an aqueous phase, from the oil phase.

Method and device for processing an organic oil in steps

A method for acquiring at least one or a plurality of recyclable materials, in particular phytic acid, from a native material quantity containing phytic acid or phytate is provided. The method involves providing a native, reduced material quantity containing phytic acid and/or phytate made from seeds containing phytic acid. The reduced material quantity is pre-treated in order to obtain a flowable alkaline, preferably alcoholic-alkaline mash. A solid phase, which has phytic acid and/or at least one phytate, is separated from the mash. Phytic acid and/or at least one phytate is isolated from the solid phase.

Method for acquiring one or a plurality of recyclable materials from seeds

A method for obtaining proteins from native mixtures of materials is disclosed. In an embodiment, the method includes: A): providing a native mixture of materials from seeds having hard fragmentable hulls; B): comminuting the mixture of materials; C): dispersing the comminuted mixture of materials with water; D): adjusting a pH of the pulp of step C) to an alkaline range pH&#x3e;9.5; E): adding a water-soluble organic solvent alcohol to the pulp; F): separating off a solids phase from the pulp, which has a predominant fraction of the hulls, to form a hull-free pulp; G): shifting the pH of the hull-free pulp from step F) to a pH range of pH=4.5 to pH=7.2; and H): separating the hull-free pulp of step G) into a plurality of phases, wherein one of the plurality of phases is a protein concentrate phase.

Method for obtaining valuable products, in particular proteins, from a native mixture of materials

A method for processing wet olive pomace involves providing wet olive pomace, adding a calcium compound and/or a calcium solution to the wet olive pomace, and filtering the wet olive pomace in a first separating device to obtain a solid phase and a liquid phase.

Method for processing wet olive pomace

A process of reducing the cholesterol content in cholesterol-containing organic oils or fats, particularly animal oils or fats. The process comprises the steps of: adding at least one of demineralized water and distilled water having a set pH-value to the oil cholesterol containing oils or fats, thereby forming a mixture; and separating the mixture into a cholesterol-containing aqueous phase and a cholesterol-reduced oil or fat phase.

Method for reducing cholesterol in oils or fats

The present invention relates to a process for the production of polar lipid-rich materials and preferably phospholipids. Preferably the polar lipid-rich materials are separated and recovered from de-oiled native raw materials by extraction with water and alcohol and use of density separation to separate the resulting mixture. The invention also includes an improved process for de-oiling the native raw material before extraction and recovery of the polar lipids.

Method for the fractionation of oil and polar lipid-containing native raw materials

A screw-type solid-bowl centrifuge including a rotatable drum having a tapering portion and a cylindrical portion. The rotatable screw includes a screw body, at least one main screw blade surrounding the screw body and forming a plurality of screw flights. The plurality of screw flights forms a conveying path configured to transport a material to be processed in the centrifuge. Two blade segments are arranged in the conveying path in portions of the plurality of screw flights. The at least one main screw blade is provided in a region of the blade segments that includes clearances configured to allow a throughflow of the material to be processed to flow between adjacent screw flights.

Screw-type solid bowl centrifuge

A screw for a solid-bowl screw-type centrifuge, comprising: a screw body having a circumference, a cylindrical section and a conical section; at least one screw blade surrounding the screw body several times and forming several screw spirals; a delivery path for conveying material to be centrifuged formed between the screw spirals; blade segments arranged in the delivery path between adjacent screw spirals only in a portion of the cylindrical section; and recesses in the at least one screw blade, the recesses constructed only in a portion of the cylindrical section and constructed such that the material to be centrifuged can flow through between adjacent screw spirals. A method for extracting oil in a two- and three-phase separation process using the screw of the present invention.

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Oelde, Germany

Steffen Hruschka