About French Creek Software
French Creek Software writes both commercially available and
private labeled modeling software for water treatment service
companies, oilfield service & petroleum companies, chemical manufacturers/synthesizers, membrane manufacturers and
individual water treatment personnel.
The application-specific-software released by French Creek is used daily by water treatment personnel and chemical
providers world-wide, making complex physical
chemistry (ion association model - see next tabs) a highly practical and useful, everyday tool.
The software's intuitive interface allows a
chemist or field engineer to thoroughly troubleshoot an aqueous
system for scale and corrosion over a wide operating range, then
model any number of standard or custom treatments.
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New Features
Our Approach
Traditionally, most treatment recommendations are based upon:
- a single water analysis
- a single temperature, and
- a single set of operating parameters
However, industrial systems operate over wide ranges of both
temperatures and other critical parameters. In many systems,
significant changes can occur seasonally - even hourly.
French Creek's Visual Chemistry approach allows treatment
personnel to painlessly evaluate mineral scale potential and
other chemistry over the entire operating range. In a matter of minutes, French Creek modeling software users
can perform an in-depth chemistry and scale evaluation.
Interpretation is made simple with French Creek's thorough set
of tables and
2D &
3D color coded graphs.
Read more about Scale
Deposition Modeling »
Inhibitor Modeling
Most traditional methods for dosage suggestion are based off
of single scale, simple indices like the Langelier Saturation
Index.
French Creek Premium Editions allow treatment personnel the
ability to base inhibitor dosages off of multiple scaling
species, with an Ion Association Model as the driving force
(see next tab for ion association model).
Dosage models developed by French Creek are correlation files
combining decades of field/lab data and professional expertise.
The models predict the dosage required to inhibit deposition
until the treated water has passed through a system.
This delay can vary from 3 to 15 seconds in a large volume
system, to days in other recirculating systems.
Thermodynamic driving forces and system operating conditions
are used by the models to describe the kinetics of scale
formation, growth, and the impact of inhibitors upon induction
time.
The end result are trustworthy dosage recommendations and
limits. Read More »