Engineered to eliminate failure — not just ship equipment
LibertyCES specs pumps, valves, tanks, filtration, and chemical feed systems against your real process conditions — chemistry, concentration, temperature, flow, and pressure — not a part number pulled off a page.
Engineered systems, organized by what they do
Every category is backed by real sector applications and chemical-compatibility data, sourced to named vendor documentation.
Diaphragm, peristaltic, metering, drum, sealless, and slurry pumps.
Wetted materials matched to your fluid — not a generic GPM rating.
Ball, butterfly, gate, plug, check, and thermoplastic valve lines.
Body/seat material specced per chemical service, PVC to PVDF to exotic alloy.
Flow meters, level/pressure instruments, analyzers, SCADA integration.
Sensor chemistry matched to your actual pH/ORP/turbidity range.
Cartridge/bag filtration, RO/UF/EDI, softening, UV disinfection.
Sized to your real micron rating and flow rate, not a stock cartridge.
Thermoplastic piping, fluoropolymer tubing, fittings, chemical hose.
Selected for your chemical concentration, temperature, and pressure class.
Chemical scrubbers, biofilters, carbon adsorbers, FRP ductwork/stacks.
Sized to your actual CFM and H2S/VOC loading, not a catalog default.
Chemical feed skids, mixers/agitators, metering and injection systems.
Engineered for your viscosity and mix ratio, not a one-size skid.
Chemical storage, brine, dual-containment, and bulk storage tanks.
Specified per chemical: single-wall, dual-containment, or SAFE-Tank.
Meter-mix proportioners, hot-melt systems, automated dispensing cells.
Matched to your material's cure profile and viscosity, not a generic gun.
Every system on this site runs in a real plant, on a real process, right now.
Precision pH Control: 24% Savings & Zero Compliance Violations
Operators were flying blind without real-time feedback. Manual dosing was generating 18–25% chemical waste and putting Title 22 compliance at risk on 50% H₂SO₄ and 45% KOH. LibertyCES designed a closed-loop PLC system — the plant has never overshot again.
“Operators were flying blind. Our closed-loop PLC and inline sensors eliminated overshoot forever.”
| Challenge Fixed | LibertyCES Outcome |
|---|---|
| Manual dosing — 18–25% chemical waste | 24% savings via PLC + electric pumps |
| pH overshoot & Title 22 compliance risk | Zero violations, real-time closed-loop feedback |
| Fouled probes, sensor guesswork | 2× sensor life, full SCADA integration |
| Production disruption at 125K GPD | Uninterrupted operation since installation |
Results documented post-installation at a major U.S. cheese processing facility.
Guides, industries, manufacturers, and solutions
69 in-depth spec and failure-analysis guides, free to read online — no download or email required.
The same guides as PDFs, plus case studies and vendor catalogs — save, print, or share offline.
Municipal water & wastewater, mining, chemical processing, agriculture, and industrial process water.
The real vendors LibertyCES specifies — pumps, valves, tanks, filtration, and instrumentation.
Find the right system by application, not by part number — organized around what you're trying to solve.
James Riggins. The Guy Who Answers the Phone.
With 30+ years in the field, I know that "standard" parts fail in "custom" situations. I founded LibertyCES to be the engineering partner I wish I had: responsive, technically rigorous, and completely honest about what a system needs to run.
No sales team. No hold queue. When you call the LibertyCES engineering line, you get me — and a real answer.
“We don't just drop boxes and wish you luck. We design for uptime, clarity, and peace of mind.”
Send LibertyCES the process data, not a part number
Fluid, chemistry, concentration, temperature, flow, pressure, and current equipment — that's what a real spec review needs to start.