Push operating limits. Safely.
Expand beyond historical operating ranges and run your process at true capacity, without process upsets.
Incorporates reaction kinetics and fluid dynamics into ML models
Infers feedstock parameters from process response
Hardcoded equipment limits and safety boundaries
Hold peak production.
Prevent delayed and uncoordinated adjustments from pulling your process off optimal.
Autonomously sets every DCS setpoint
Considers all (250+) parameters to make a single decision
Considers parameter trends and rates of change
Built for continuous processes at commodity scale.
Process not listed? It probably still applies.
FERTILIZER & INORGANICS
Ammonia
Ammonium Nitrate
Nitric Acid
Phosphoric Acid
Sulfuric Acid
Urea
FUELS & ALCOHOLS
Biodiesel
Ethanol
Methanol
AROMATICS & POLYMERS
Paraxylene
Polyethylene
Terephthalic Acid
what it is
Software that operates all control loops of a chemical production process directly through a DCS.
It reads the process, decides, and writes setpoints to the control system you already run — every loop, continuously. Your engineers see every move it makes.
THE ALTERNATIVES
Three paths to higher production.
CapEx fits a bigger budget and a timeline to invest upfront. APC fits steady, low-risk growth. AI Process Control fits companies ready to embrace new technology in exchange for a fast, outsized jump in production.
Gains
Implementation success
Cost
Sustains over time
CAPEX
Highest
Lowest
$$$$
Permanent
APC
Lowest
Higher
$$$
Degrades
AI PROCESS CONTROL
Higher
Highest
$$
Holds
Phone
646 284 3189
Address
447 Broadway
New York, NY 10013
Inquiries
Our team has designed chemical plants, launched chemical process technologies, and led CapEx optimization projects. That experience shapes every decision our software makes, so you can trust it with your operations.