---
id: "claim:thermo-electrochemical-generator-energy-harvesting-and-thermoregulation-for-liq-a331b08c43:6b780a88bd471565a5ac"
kind: "claim"
title: "Heating can make ferrocyanide oxidation spontaneous and regenerate ferricyanide."
description: ""
url: "https://sina.bio/claim/heating-can-make-ferrocyanide-oxidation-spontaneous-and-regenerate-ferricyanide"
---

# Heating can make ferrocyanide oxidation spontaneous and regenerate ferricyanide.

## Content

Heating can make ferrocyanide oxidation spontaneous and regenerate ferricyanide.

## Metadata

```json
{
  "claim_position": 26,
  "source_publication_id": "version:thermo-electrochemical-generator-energy-harvesting-and-thermoregulation-for-liquid-cooling-applications--2017-06-08-sustainable-energy-and-fuels",
  "source_work_id": "work:thermo-electrochemical-generator-energy-harvesting-and-thermoregulation-for-liquid-cooling-applications"
}
```

## Connections (1)

### Thermo-electrochemical generator: energy harvesting & thermoregulation for liquid cooling applications

- ID: `version:thermo-electrochemical-generator-energy-harvesting-and-thermoregulation-for-liquid-cooling-applications--2017-06-08-sustainable-energy-and-fuels`
- Kind: `publication`
- Direction: `incoming`
- URL: <https://sina.bio/publication/thermo-electrochemical-generator-energy-harvesting-thermoregulation-for-54b90a88>

This publication contains this grounded claim.

> In fact we can raise the temperature just enough to thermally
> regenerate Fe(CN)3−
> 6 from Fe(CN)4−
> 6 , by making the backwards
> reaction spontaneous, i.e. making ∆G<0.

Source: 2017-06-08-sustainable-energy-and-fuels.pdf — <https://sina.bio/source/2017-06-08-sustainable-energy-and-fuels-pdf>