Discussion Overview
The discussion revolves around the difficulty of finding steam tables for n-pentane and related substances, such as iso-pentane and pentane. Participants explore various resources and suggestions for obtaining thermodynamic properties and data relevant to n-pentane.
Discussion Character
- Exploratory, Technical explanation, Debate/contested, Resource sharing
Main Points Raised
- One participant expresses frustration over the lack of available steam tables for n-pentane and asks for assistance.
- Another suggests contacting suppliers for potential resources.
- A participant mentions finding T-s diagrams and phase diagrams by searching for thermodynamic properties of n-pentane, noting that using "steam" in searches may lead to water-related results.
- Some participants speculate on the reasons for the scarcity of n-pentane data, with one questioning if there is a hidden reason behind it.
- A suggestion is made to utilize computational thermodynamics libraries, specifically mentioning CoolProp as an alternative to REFPROP.
- References to a book by Reynolds & Colonna are provided, which includes figures and discussions on organic Rankine cycles (ORCs).
- Another participant shares a collection of links to various resources and databases that may contain relevant information about pentane properties.
- One participant mentions that process simulators like Pro II, Hysim, and Aspen Suite can provide the necessary data for C5+ compounds.
Areas of Agreement / Disagreement
Participants do not reach a consensus on the availability of steam tables for n-pentane, and multiple suggestions and resources are presented without resolving the underlying issue of scarcity.
Contextual Notes
Some participants note the limitations of their searches and the potential for confusion when using general terms like "steam," which may lead to results focused on water rather than n-pentane.