Measured Results

Case Studies

Eight engagements across power, minerals, aggregates, and industrial facilities — each with the real, documented before-and-after numbers.

01
Water Treatment · Power Generation

Water Treatment Optimization at a Power Plant

200 MW coal-fired facility · Southeastern U.S.

The Challenge

Frequent chemical overfeed events, inconsistent water quality, and operator fatigue.

Our Approach

Specifically designed in-line static mixers, automated dilution manifolds, and recirculation loops, plus instrumentation upgrades — turbidity sensors, flow-paced chemical feeds, and VFD-controlled pumps.

Results — Before vs. After

Clarifier effluent turbidity (NTU)−82%
Before
3.8
After
0.7
Polymer feed rate (ppm)−53%
Before
4.5
After
2.1
Sludge volume index (mL/g)−41%
Before
160
After
95
$87KChemical savings per year
<9 moProject payback
$100K+Total annual savings
  • Operator time per shift −57%
  • Cooling-tower blowdown −11%; boiler resin life +9%
02
Water Resources · Compliance

Sitewide Water Management Overhaul

Gulf Coast mineral facility

The Challenge

Excess stormwater caused seasonal violations of discharge limits. The site also experienced drought-induced water shortages impacting wash plant operations.

Our Approach

A comprehensive water management strategy: automated decanting systems for excess stormwater, reservoir infrastructure for seasonal water reuse, and inline monitoring sensors transmitting real-time data to a remote dashboard.

Results

Discharge compliance over 18 months98%
Result
98%
Freshwater drawdown reduction−42%
Reduced
42%
$160KSaved annually through reuse
  • Passed state EPA audit with zero violations
03
Process Optimization

Thickener & Settling Efficiency Revamp

Coal prep plant

The Challenge

Thickeners underperforming, high polymer usage, excessive underflow dilution, and multiple downstream pump issues.

Our Approach

A two-week audit, then redesigned chemical addition points, staged flow redirection, and a modified polymer program — plus rake-drive torque monitoring and an optimized sludge pumping schedule.

Results — Before vs. After

Underflow solids concentration+5 pts
Before
19%
After
24%
Polymer dosage reduction−35%
Reduced
35%
7 moROI realized within
  • Pump reliability improved with reduced pressures on the slurry line
04
Material Handling

Final Product Flowability Improvement

Frac sand plant

The Challenge

Final product exhibited poor flowability in railcars due to residual moisture — causing customer complaints and transport delays.

Our Approach

Testing evaluated particle distribution and moisture; a low-dose hydrophobic substance was incorporated into final rinsing, and equipment modifications reduced particle damage during stacking operations.

Results — Before vs. After

Residual moisture content−33%
Before
8.2%
After
5.5%
+20%Faster unloading operations
60 daysWith zero flowability issues
  • Improved container handling by operators
05
Analytical Monitoring & Stewardship

Compliance KPI Dashboard

Aggregates producer

The Challenge

No consolidated reporting system for water usage, pH control, or turbidity monitoring — leaving the site at risk for repeated permit violations.

Our Approach

A custom KPI tracking system integrated with existing flow meters and handheld testing equipment, with weekly reports compiled into a cloud-accessible dashboard — plus quarterly stewardship reports and regulatory preparation.

Results

Visibility into performance metrics100%
Result
100%
0Corrective actions — passed first permit cycle
2Additional company sites adopted it
  • Enabled budget planning using real-time usage trends
06
Program Application & Equipment

Dosing Optimization at a TiO₂ Refinery

Titanium dioxide refinery

The Challenge

Erratic dosing pumps and inconsistent floc formation were affecting water clarity and downstream filter press performance.

Our Approach

Installed new metering pumps, optimized polymer type and molecular weight, integrated a control panel with adjustable feedback loops, and conducted in-field jar testing paired with inline dose monitoring during initial weeks.

Results — Before vs. After

Clarifier turbidity (NTU)−88%
Before
67
After
8
−22%Filter press cycle times
$3.2KSaved per month
  • Operator training enhanced consistency and minimized overuse
07
Site Compatibility & Troubleshooting

Interoperability Audit

Multi-operator coal facility

The Challenge

A treatment program designed for one permit area caused conflicts in another due to incompatible drainage characteristics.

Our Approach

A comprehensive site audit using flow modeling to identify chemical incompatibilities, then a redesigned deployment strategy that accounted for geological and effluent differences across zones.

Results

Reduction in double-dosing−70%
Reduced
70%
0Cross-contamination incidents — eliminated
  • Improved compliance across all zones with site-wide compatibility
  • Clarified SOPs for each operator group
08
Training, Education & Preparedness

Environmental Compliance Training

Midwestern cement facility

The Challenge

Repeated minor violations due to staff misunderstanding of pH and metal effluent limits — with regulatory fines and loss of certification looming.

Our Approach

Hands-on training in sampling techniques, compliance reporting, and chemistry fundamentals, with mock audits and live feedback over a two-week period — plus rewritten Standard Operating Procedures in accessible language for all shift operators.

Results

0Violations for two quarters following training
2Quarters running, and counting
  • On-site lab procedures certified for internal use
  • Internal staff now self-auditing for proactive response
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