Abstract: The invention relates to a disinfecting, skin-tolerable, superfatting care agent for application to the skin or for treatment of the skin, containing one or more disinfecting active substances. According to the invention, water-soluble chlorine derivatives and/or an alcohol are integrated into a base matrix and additionally a substance mixture for masking the odor of the disinfecting active substances is contained.

Abstract: The invention relates to a disinfecting, skin-tolerable care agent for application to the skin or for the treatment thereof, comprising one or more water-soluble chlorine derivatives as a disinfecting active substance, wherein the chlorine derivative(s) is/are incorporated in a base creme or gel matrix and additionally contain(s) a substance mixture for odor-masking the chlorine component.

Abstract: A filter for binding constituents of a gas stream includes a supporting member and a filter layer applied to surfaces of the supporting member. The filter layer includes a component for the physisorption of constituents, a component for the chemisorption of constituents, and a component for dissolving oil constituents which comprises ionic liquids.

Abstract: The invention relates to a filter granulate for binding constituents of a gas flow. The invention furthermore relates to the use of such a filter granulate for filtering the breathing air in means of transport, more particularly aircraft, as well as to an aircraft equipped with a filter comprising a filter granulate according to the invention.

Abstract: A filter for binding constituents of a gas stream includes a supporting member and a filter layer applied to surfaces of the supporting member. The filter layer includes a component for the physisorption of constituents, a component for the chemisorption of constituents, and a component for dissolving oil constituents which comprises ionic liquids.

Abstract: Producing different ionic liquids industrially currently requires either operating separate plants or continually refitting existing plants. While this is not laborious, it is often not economical either. The problem the present invention addresses is that of describing a method and an industrial process by which different ionic liquids can be produced almost synchronously in a unitary production sequence. This is done either by using a chemical intermediate both relatively simple to prepare and readily convertible into multiple products, or by preparing the desired products in the same industrial process by direct synthesis from the appropriate starting materials. The method described here allows the synthesis of different ionic liquids in excellent yields and grades in a unitary production operation.

Abstract: 2.1 At present, actual recovery of the materials in their original form from wastes such as, for example, used paper, material mixtures, composite packaging, etc. is possible only to a limited degree, if at all. The cellulose in particular is currently hardly recovered at all from paper wastes as primary material. The present invention provides a homogeneous method in which all three main components, for example of composite packaging or mixtures of composite packaging materials, specifically cellulose, plastic and metal, can be recovered in their primary form and in a quality corresponding very substantially to new material. 2.2 According to the invention, this is accomplished in a solvent-based process. This involves using a suitable ionic liquid for leaching the cellulose out of the paper component of the waste, and this step is combined with other solvent-based steps so as to give rise to a homogeneous process in which both cellulose and plastic and metal can be recovered.

Abstract: The invention relates to a filter granulate for binding constituents of a gas flow, comprising filter particles which have the following components: a) a component for the physisorption of constituents, b) a component for the chemisorption of constituents, c) a component for the dissolving of oil constituents.

Abstract: The invention relates to a nozzle system of modular construction, by means of which drops may be produced from liquids of different viscosity. The heart of the invention is constituted of multiple arrangements of individual nozzles without moving parts, which are in connection with one another and form individual modules. This construction enables a simple expansion and adaptation of the system, which ensure a maximum flexibility.

Abstract: The invention relates to a process and the corresponding plant for the production of micro-capsules on an industrial scale for the application in foodstuffs technology, chemical and/or pharmaceutical industry, and in medicine. Said capsules are produced by the so-called coacervate method. They may contain non-living ingredients, e.g. solids, liquids, etc. and also living cells or micro organisms such as bacteria, for example.

Abstract: The invention relates to a method and a corresponding plant for the extraction and/or encapsulation of living cells from organs. In a first step, the organ containing the cells is disintegrated in an enzymatic process into individual cells or cell agglomerations. The relevant cells are then isolated from the obtained cell mixture. The so extracted cells can then be encapsulated. The invention describes a technical process and a plant combining these three steps.

Abstract: The invention relates to a device for transforming liquids having different viscosity into droplets. The inventive system is characterized by differently designed air nozzles which are devoid of moving parts. Due to its modular architecture the system can be operated with any of the nozzles and different individual components as required, which ensures a maximum flexibility.

Abstract: The invention relates to a device by means of which droplets can be produced from liquids having a different viscosity both in gaseous and liquid media. The inventive system is characterized by a nozzle which is devoid of moving parts, which has a modular architecture and which can be used both in gaseous media and in liquids.

Abstract: The invention relates to a microcapsule, especially for the immobilization of chemical and/or biological material, and to a method for the production thereof, which is stable in concentrated media, but is destroyed, upon diluting the medium, already under a relatively small mechanical stress, so that the encapsulated material is released. In accordance with the present invention, this material may be both a chemical substance, such as an active substance or an enzyme etc., or also a biological material, such as microorganisms, cells or mixtures thereof.

Abstract: The invention relates to a method and facility for industrial scale production of micromembrane capsules for immobilizing active ingredients, proteins, live cells and/or microorganisms. According to the invention, the material dissolved in a base material or in suspended form that is to be encapsulated is fed from a reservoir into a reactor, wherein drops are produced from said material and balls are formed by precipitating said drops. The balls enclose the material and are then in turn coated by repeated rinsing in the same and/or different vessel.

Abstract: The invention relates to a microcapsule, in particular, for immobilizing organic or inorganic solids, liquids and/or gases, which is to be used in the fields of food engineering, pharmaceuticals and/or chemistry. The inventive microcapsule comprises a preferably spherical core containing the substance to be immobilized and comprises a covering that encloses said core. According to the invention, a phase limit that prevents the diffusion of small molecules is formed out of two substances, which are preferably liquid and which cannot be mixed with one another, inside the capsule or in the capsule covering.