Calcium Carbide: Difference between revisions
Jump to navigation
Jump to search
(Added some more links under the "External Links" section) |
(Added some more information) |
||
(3 intermediate revisions by the same user not shown) | |||
Line 1: | Line 1: | ||
=Basics= | =Basics= | ||
*A chemical compound with the chemical formula of CaC2 | *A chemical compound with the chemical formula of CaC2 | ||
*Used for production of Acetylene and for Carbon Capture | *Used for production of [[Acetylene]] and for [[Carbon Capture]] | ||
=Production= | |||
==“Easy” Way== | |||
*Used [[Metallic Calcium]] and | |||
==“Hard” Way== | |||
*The more traditional large scale route | |||
*Uses [[Calcium Oxide]] and [[Carbon]] | |||
**Industrially “Lime” and [[Coke]] are used | |||
*These are put into an [[Electric Arc Furnace]] | |||
*Then Calcium Carbide is Produced | |||
===To-Do’s=== | |||
*[[Open Source Electric Arc Furnace]] | |||
*[[Open Source Carbon Arc Electrode]] / [[Carbon Electrode]] | |||
**The main DIY/OS method used is the [[Carbon Electrode]] from [[6v Lantern Battery]] | |||
**The main downside about this is they are becoming harder to find, and this is a bit wasteful of a sourcing method | |||
**Smaller Electrodes (Even “Pencil Leads” ) are pretty common | |||
**[[Synthetic Graphite]] seems to be made from a Carbon Matrix and/or Base such as [[Carbon Black]] / [[Petcoke]] which is then put in a [[Kiln]] and heated until fusion | |||
***Need to look into if pressure is needed too / if so how much | |||
***[[Carbon-Carbon Composites]] are a related material | |||
**Another Disadvantage is Even “Proper” Materials like [[Fire Bricks]] and [[Refractory Rement]] etc still degrade over time, and ESPECIALLY do so under the conditions of an EAF | |||
***Looking into industry solutions may be needed, if they use [[Sacrificial Walls]] or [[Water Jacketed]] Walls etc | |||
***[[Emissive Heat Resistant Coatings]] may be relevant as well | |||
***To an extent, a [[Carbon Foam]] “bowl” / [[Crucible]] and a SINGLE [[Graphite Electrode]] may suffice and be far easier to produce | |||
=Internal Links= | =Internal Links= | ||
* | *[[Acetylene production]] | ||
*[[Regenerative Calcium Cycle]] | |||
=External Links= | =External Links= | ||
*[https://en.wikipedia.org/wiki/Calcium_carbide The Wikipedia Page on Calcium Carbide] | *[https://en.wikipedia.org/wiki/Calcium_carbide The Wikipedia Page on Calcium Carbide] |
Latest revision as of 14:52, 23 September 2025
Basics
- A chemical compound with the chemical formula of CaC2
- Used for production of Acetylene and for Carbon Capture
Production
“Easy” Way
- Used Metallic Calcium and
“Hard” Way
- The more traditional large scale route
- Uses Calcium Oxide and Carbon
- Industrially “Lime” and Coke are used
- These are put into an Electric Arc Furnace
- Then Calcium Carbide is Produced
To-Do’s
- Open Source Electric Arc Furnace
- Open Source Carbon Arc Electrode / Carbon Electrode
- The main DIY/OS method used is the Carbon Electrode from 6v Lantern Battery
- The main downside about this is they are becoming harder to find, and this is a bit wasteful of a sourcing method
- Smaller Electrodes (Even “Pencil Leads” ) are pretty common
- Synthetic Graphite seems to be made from a Carbon Matrix and/or Base such as Carbon Black / Petcoke which is then put in a Kiln and heated until fusion
- Need to look into if pressure is needed too / if so how much
- Carbon-Carbon Composites are a related material
- Another Disadvantage is Even “Proper” Materials like Fire Bricks and Refractory Rement etc still degrade over time, and ESPECIALLY do so under the conditions of an EAF
- Looking into industry solutions may be needed, if they use Sacrificial Walls or Water Jacketed Walls etc
- Emissive Heat Resistant Coatings may be relevant as well
- To an extent, a Carbon Foam “bowl” / Crucible and a SINGLE Graphite Electrode may suffice and be far easier to produce