PPCL Logo

Process Plant Computing ltd
P.O. Box 43
Gerrards Cross, Buckinghamshire, SL9 8UX. UK.
Tel: +44 1753 893090 | Fax. +44 1753 893 950

New CVE version 2.5.3 is here!

A growing number of customers are now using multicore processors. CVE 2.5.3 automatically makes use of multiple cores if present to speed up the drawing. It also uses an improved drawing algorithm developed as part of a grant-funded research project.Together these improvements can reduce the drawing time for large datasets...

The New Methods for Alarm Rationalisation

Only when you recognise that false alarms are viewed as a fact of life, do you comprehend how serious the issue is. Operating under widened alarms not only has an impact upon control room safety but also significantly impacts production, resulting in financial burdens.

Geometric Process Control (GPC)

Geometric Process Control (GPC) is essentially a patented graphical technology which has been applied to the process industries to enable new levels of process control that were previously not achievable. Process engineers can directly leverage their process knowledge without mathematical intervention.

  • New CVE version 2.5.3 is here!

  • The New Methods for Alarm Rationalisation

  • Geometric Process Control (GPC)

C Response Surface Visualiser (CRSV)

Speed Up Design of Experiments!

C Response Surface Visualiser (CRSV) is the predictive model representation of the possible process image, including the determination of interactions of process variables. It is most often used by formulators to visually explore the response surface formed by the parameters in known formulations in order to minimise the number of experiments required to arrive at a new formulation. Being visual, it is fast for formulators to use at the workplace and allows you to concentrate on utilising your domain knowledge which can sometimes allow an experiment to be avoided.

CRSV replaces the numerically intensive finding and interpretation of multi-variable regression equations describing the response surface with a simple visual method that anyone can use. For the first time, experimenters can see the complete set of relationships within their response surface with no maths knowledge necessary.

Using CRSV You Can:

tik
Avoid waiting for specialist mathematical support to become available!
tikReduce number of experiments
tikSpeed up time to market
tikAvoid using equations

But How?

This technique is perfectly suited to Design of Experiments (DOE) where the number of data points available is very small, perhaps as small as 8 to 10. The ability to move values around and watch the effects on other parameters is invaluable; parameters needing further investigation can be quickly identified, thereby eliminating unnecessary trials and improving both return on investment and speed to market/trial. The effect of changing parameter values and seeing the consequences opens up a new view on how to progress and where to focus within your process.
General Audience:

  • Batch Analysis and Control - February 15th 2012
  • Condition Monitoring and Fault Prediction - February 29th 2012
  • Reducing Operating Costs with Operating Envelopes - March 21st 2012
  • The New Alarm Rationalisation - April 4th 2012

Webinar ScheduleSee full Schedule and Times here
IBC Control Rooms - Alarms
27 - 28 Sept 2011, London, UK

ConferencesSee the full list of Conferences here
PPCL Webinars
 

Training and Services


PPCL © Copyright 2011. All Rights Reserved. | Terms of use | Privacy Statement
LinkedIn Twitter Google groups