This special page shows all uploaded files.
Date | Name | Thumbnail | Size | Description | Versions |
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21:01, 10 November 2019 | Red-Beast-2p0-dimension.jpg (file) | 1.18 MB | 1 | ||
20:39, 10 November 2019 | Red-Beast-2p0-fluid-couplings.JPG (file) | 1.84 MB | Second version of the water cooler, high-pressure fluid couplings. Image by biomedkitchen. | 2 | |
20:18, 10 November 2019 | Red-Beast-2p0.JPG (file) | 1.09 MB | Second version of the water cooler, with a new heat exchanger and fhigh-pressure fluid couplings. Image by biomedkitchen. | 1 | |
05:54, 8 November 2019 | Offline-cooling-setup-1p2kW-2kL-1p0.png (file) | 121 KB | This shows the setup for offline cooling for dialysis pre-treatment, including an RO system. The trend in stored water temperature when cooled offline using a 2 kL tank and a 1.2 kW heat exchanger. Diagram by biomedkitchen. | 1 | |
05:52, 8 November 2019 | Offline-cooling-model-2p5kW-2kL-1p0.png (file) | 28 KB | This shows the trend in stored water temperature when cooled offline using a 2 kL tank and a 2.5 kW heat exchanger. Diagram by biomedkitchen. | 1 | |
05:51, 8 November 2019 | Offline-cooling-model-2p5kW-1kL-1p0.png (file) | 29 KB | This shows the trend in stored water temperature when cooled offline using a 1 kL tank and a 2.5 kW heat exchanger. Diagram by biomedkitchen. | 1 | |
05:50, 8 November 2019 | Offline-cooling-model-1p2kW-2kL-1p0.png (file) | 26 KB | This shows the trend in stored water temperature when cooled offline using a 2 kL tank and a 1.2 kW heat exchanger. Diagram by biomedkitchen. | 1 | |
05:49, 8 November 2019 | Offline-cooling-model-1p2kW-1kL-1p0.png (file) | 26 KB | This shows the trend in stored water temperature when cooled offline using a 1 kL tank and a 1.2 kW heat exchanger. Diagram by biomedkitchen. | 1 | |
05:17, 8 November 2019 | Water-cooler-spec1.png (file) | 95 KB | This is the basic principle of cooling water prior to RO treatment for dialysis. | 1 | |
21:02, 7 November 2019 | Red-Beast-1p0.jpg (file) | 824 KB | This is the first prototype built to test the concept of on-line cooling. | 1 |