High-temperature absorber with integrated centrifuge, for thermal processing and selection of materials, liquids and gases
A high-temperature absorber unit with a centrifuge-based separation system addresses inefficiencies in hydrogen and oxygen binding by using a high-temperature-resistant metal alloy and adjustable centrifuge components for selective molecular weight separation, enhancing efficiency and selectivity.
DE202025000082U1Active Publication Date: 2025-05-08JÜRGENS UWE KLAUS DIPL.-ING
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Patent Information
- Application Number
- DE202025000082
- Authority / Receiving Office
- DE · DE
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2025-01-15
- Publication Date
- 2025-05-08
- Estimated Expiration
- 2035-01-31
AI Technical Summary
Technical Problem
Existing methods for hydrogen and oxygen binding at high temperatures lack efficiency and specificity in separation based on molecular weight, necessitating a more rational and efficient process.
Method used
A high-temperature absorber unit with an integrated centrifuge that uses a high-temperature-resistant metal alloy and thermal lances to separate materials by molecular weight, driven by overpressure and adjustable shovel wheel speeds, positioned at the focal point of a parabolic direct evaporator for selective absorption.
Benefits of technology
Enables efficient and selective separation of hydrogen and oxygen at high temperatures, leveraging sustainable solar energy for thermal resolution and molecular weight-based separation.
✦ Generated by Eureka AI based on patent content.
Abstract
The high-temperature absorber with integrated centrifuge for the selection of liquids and gases, >Selection Complex<, is characterized by the fact that the device is made of a high-temperature-resistant metal or a multi-layered alloy and essentially utilizes centrifugal force for material selection. It consists of two bolted sections (absorber and centrifuge) connected to form a single unit. The absorber section contains the high-temperature preparation unit with the thermal lances and the feed for the material to be tempered. The centrifuge section contains the centrifuge drive and the centrifuge's radial wheels, which are connected to the discharge of the selected materials. a. Characterized by the fact that one or more thermolances, made of a high-temperature resistant metal, are arranged in the absorber part, which transmit the energy of the radials concentrated at the focal point from the outside into the interior of the absorber. b. Is characterized by the fact that an internal drive turbine is driven by the overpressure from the absorber section. c. Is characterized by the fact that 1-x centrifuge impellers are installed on the axis of the drive turbine, depending on the task. d. Characterized by the fact that injectors for the injection of additives are installed in the absorber centrifuge section. e. Is characterized by the fact that there are various supply lines for the materials to be tempered and that any diversification of the materials to be supplied is possible. f. Is characterized by the fact that 1-x derivatives for liquids and gases exist which can be controlled arbitrarily during the selection process in order to generate individual product results and chemical processes. g. Characterized by the fact that pressure sensors are installed in the absorber part. h. Is characterized in that the centrifuge section can be shut off from the inflow from the absorber section and the thermally treated gases from the absorber section can be fed directly to turbines. i. Is characterized by the fact that measuring sensors are installed in the supply and return lines, as well as in the housing part. j. Is characterized by the fact that membrane stations are installed in the centrifuge section.
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