Row 2964
Content Data
This page contains data entry 2964 from the Axioma AXP content repository. The structured data below represents the complete record for this entry.
Given a flow battery with a water based electrolyte, would it be possible to increase the energy density of battery by precipitating the redox active species from the anolyte and catholyte solutions? I am assuming the main limiting factor in energy density of flow batteries is limits on how much of the redox active species can be dissolved in water.
To give an example, say both the catholyte and anolyte tanks have two chambers: the active chamber and the precipitation chamber. The active chamber is where the normal solution would exist. Above a certain concentration, the solution would be pumped to the precipitation chamber where the water and active species would be separated and the pure water would be pumped back to the active chamber decreasing its active species concentration. A naive way to separate the water and active species might be to evaporate the water and condense it back in the active chamber. Chemistry is not my strong suit, so I could be totally off base.
| Field | Value |
|---|---|
| text | Given a flow battery with a water based electrolyte, would it be possible to increase the energy density of battery by precipitating the redox active species from the anolyte and catholyte solutions? I am assuming the main limiting factor in energy density of flow batteries is limits on how much of the redox active species can be dissolved in water. To give an example, say both the catholyte and anolyte tanks have two chambers: the active chamber and the precipitation chamber. The active chambe… |
| label | r/energystorage |
| dataType | post |
| communityName | r/EnergyStorage |
| datetime | 2024-01-22 |
| username_encoded | Z0FBQUFBQm5LakwwWGxUUnl6NFhWcWRiNjBHTV9yN3pKbFNwMm5jSUJLbXplRzhYbTEtSzhtMmhDZVRhSHNJYnpOX09YNDRzMzBwY2daU1dFTUNXRE9HWDA5aTAzU1N1Z0E9PQ== |
| url_encoded | Z0FBQUFBQm5Lak9FeVFZNlFTVzJ0cUhCMUVVSV9vZHAyZE45QWZwbWVGZDJheG9kZnVoVTc2c0dMbTdjUURkT1ZYbmhmWkJHQ0xqMEN2MnYtOE1WZklwUm01Tk9MNndJSjJpc1B1c2dsUlJ4MEdBZVNveE1lNGcwNG1fUi14U0xZTnhwUS01UGhTNkxCaF9yVF9iUHJGYUE0eHlueDJ3SHBpVDhINTh4M3lVWUdBV3NWU2tfTFREWkM5WEVSb25Kc01WNVRxNjR6MFY4Wk1JeGxUZWdlQ0M3OGpveG1mcWVhZz09 |
Raw Record
{
"text": "Given a flow battery with a water based electrolyte, would it be possible to increase the energy density of battery by precipitating the redox active species from the anolyte and catholyte solutions? I am assuming the main limiting factor in energy density of flow batteries is limits on how much of the redox active species can be dissolved in water.\n\nTo give an example, say both the catholyte and anolyte tanks have two chambers: the active chamber and the precipitation chamber. The active chamber is where the normal solution would exist. Above a certain concentration, the solution would be pumped to the precipitation chamber where the water and active species would be separated and the pure water would be pumped back to the active chamber decreasing its active species concentration. A naive way to separate the water and active species might be to evaporate the water and condense it back in the active chamber. Chemistry is not my strong suit, so I could be totally off base.",
"label": "r/energystorage",
"dataType": "post",
"communityName": "r/EnergyStorage",
"datetime": "2024-01-22",
"username_encoded": "Z0FBQUFBQm5LakwwWGxUUnl6NFhWcWRiNjBHTV9yN3pKbFNwMm5jSUJLbXplRzhYbTEtSzhtMmhDZVRhSHNJYnpOX09YNDRzMzBwY2daU1dFTUNXRE9HWDA5aTAzU1N1Z0E9PQ==",
"url_encoded": "Z0FBQUFBQm5Lak9FeVFZNlFTVzJ0cUhCMUVVSV9vZHAyZE45QWZwbWVGZDJheG9kZnVoVTc2c0dMbTdjUURkT1ZYbmhmWkJHQ0xqMEN2MnYtOE1WZklwUm01Tk9MNndJSjJpc1B1c2dsUlJ4MEdBZVNveE1lNGcwNG1fUi14U0xZTnhwUS01UGhTNkxCaF9yVF9iUHJGYUE0eHlueDJ3SHBpVDhINTh4M3lVWUdBV3NWU2tfTFREWkM5WEVSb25Kc01WNVRxNjR6MFY4Wk1JeGxUZWdlQ0M3OGpveG1mcWVhZz09"
}
Entry Information
- Entry ID: 2964
- Repository: Axioma AXP
- Dataset: arrmlet/reddit_dataset_36
- Total Entries: 100,000