No existing plant
A complete treatment path is needed within a defined footprint.
One wastewater path.
One coordinated system.
A packaged treatment system should be designed around proven chemistry, real flow, operator needs, and the space available—not assembled from disconnected components. MCi connects the treatment step from influent to solids handling.
Prove the chemistry.
Then build around it.
The same piece of equipment can perform very differently on two wastewater streams. System design begins with flow, contaminants, variability, discharge requirements, and a tested treatment approach. Existing tanks, presses, pumps, and controls can be incorporated when they fit the process.
The objectiveCreate a practical treatment train with clear operating steps, appropriate automation, accessible maintenance, and room for the wastewater to vary.
Patchwork process
Disconnected equipment and chemistry create gaps and operator burden.
Changing production
New lines, volumes, or limits exceed the current system.
Limited staffing
Controls and a simpler sequence can support consistent operation.
From process data
to an operating system.
Chemistry, hydraulics, solids, controls, and people are designed as one treatment path.
Establish the design basis
Document flow, peaks, batches, contaminants, goals, footprint, utilities, and existing assets.
Confirm the treatment
Use sample testing to establish dose, sequence, reaction, separation, and solids behavior.
Coordinate the package
Integrate tanks, pumps, feed, mixing, separation, dewatering, controls, training, and support.
50–12,000 GPDConcept system range
Batch or flowMatched to production
One accountable pathChemistry through support
Scope from the wastewater out
Bring the flow.
Bring the constraints.
Share the wastewater, production schedule, available footprint, utilities, current equipment, and the result the system must achieve.
Capacities are conceptual and depend on wastewater characteristics, treatment time, operating schedule, and final equipment selection.