Estimate healing and cooling times for batch reactors

Article Abstract:

The heating and cooling times of batch reactors equipped with single-fluid utility systems can be determined through several equations. The latter can also be used in solving heat-transfer problems at steady-state conditions. Maximum heat-transfer rates and jacket inlet and outlet temperatures can be computed directly without resorting to trial-and-error methods. The equations can be used under constant values of utility supply temperature, heat-transfer coefficients, utility and circulation flow rates, heat capacities. Heat losses should also be negligible while no phase changes should occur.

Industrial Process Furnace and Oven Manufacturing, Chemical Process Furnaces, Chemical processing equipment, Process furnaces

---

Take the tedium out of writing process descriptions

Article Abstract:

The SAY function of writing detailed chemical process descriptions is described. The SAY uses a single letter for abbreviating a whole word or phrase while no letter is repeated within a set of objects, or a set of verbs. This procedure will allow process descriptions to be generated quicker and be more understable. The descriptions are also consistent in both wording and style and are easy to update. They are also compliant with the company's instrumentation standards.

Chemicals & Allied Products, Chemical Manufacturing, Chemicals

---

Apply solubility theory for process improvements

Article Abstract:

The basics of solubility theory and it's applicability to process improvement are reviewed. Examples which explain the solubility theory for non-electrolytes show that the entire solubility curve can be obtained by the use of a very minimal amount of data like melting point, heat of fusion and a single solubility data point.

Models, Analysis, Chemical reactions, Solubility, Chemical concentration

Similar abstracts:

• Abstracts: COPs put the heat on cooling towers. Reduce the plume from cooling towers. Design basics for cooling systems
• Abstracts: Managing multiple small projects. Estimating the reaction time in batch reactors. Who will operate your plant?
• Abstracts: Prepare for the next phase of public involvement. Integrate environmental management into business functions. Make business sense: add value to your EHS programs

This website is not affiliated with document authors or copyright owners. This page is provided for informational purposes only. Unintentional errors are possible.