The problem
Industrial water treatment has to hold performance
across hardness, pH, temperature and metal load
that vary from site to site and season to season —
and the polymers doing that work today persist
after discharge, drawing tighter monitoring and
discharge limits. Operators need treatment
chemistry that performs where current products
plateau and that does not add to what leaves the
plant.
across hardness, pH, temperature and metal load
that vary from site to site and season to season —
and the polymers doing that work today persist
after discharge, drawing tighter monitoring and
discharge limits. Operators need treatment
chemistry that performs where current products
plateau and that does not add to what leaves the
plant.
OUR APPROACH
We design polyaminoacid architecture for the water it will work in — not for a standard test. Each product starts from a defined operating problem with an application partner, is screened in that partner's real water matrix, and is proven under operating conditions before it moves toward scale.

WHERE IT APPLIES
Cooling water with hardness and deposit challenges
Process water in defined industrial matrices
Dispersion in mineral and industrial formulations
Mineral processing and high-TDS water
Process water in defined industrial matrices
Dispersion in mineral and industrial formulations
Mineral processing and high-TDS water
WHAT WE MEASURE
Hardness tolerance and scale inhibition
Iron and copper interaction
Dispersion stability
Dose–response in the partner's water matrix
Iron and copper interaction
Dispersion stability
Dose–response in the partner's water matrix
Partner with us
Bring us your unmet application need.
We develop products with a unique fit to our partners' applications — performance the current
material can't deliver, biodegradable by design.
material can't deliver, biodegradable by design.
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