C.U.R.E.

C.U.R.E. Protocol Web Application

Turn Coolant Analysis Into Corrective Action

The C.U.R.E. Protocol web application transforms your coolant analysis into a structured, practical report that helps your maintenance team understand system condition, follow a specific recommendation, and complete the proper field procedure.

Open the C.U.R.E. Application See How It Works

Now live at cure.ultimatechemicals.com

CURE Protocol: Collect, Understand, Recommend, Execute

From laboratory results to field action

If Your Coolant Report Does Not Prescribe Action, It Is Incomplete.

Most coolant analysis reports identify test results, exceeded limits, and possible concerns. Many stop before the information becomes useful at the maintenance level.

C.U.R.E. bridges that gap. The application organizes laboratory data and the information you provide into a practical decision process. The completed report explains what is wrong, why it matters, what should be done, and how to carry out the corrective procedure.

A simple online process

How the Web Application Works

1

Enter Unit Information

Add the company, contact, unit, engine, cooling system capacity, coolant type, operating history, symptoms, and other known details.

2

Upload the Lab Report

Upload the coolant analysis report directly through the application. Add optional supporting files when photographs or other records provide useful context.

3

Submit for Processing

The application organizes the available data, evaluates cooling system condition, and applies the C.U.R.E. diagnostic decision process.

4

Review Your Report

View and download the completed C.U.R.E. report package with findings, condition indicators, recommendations, procedures, and the original laboratory report.

Start a C.U.R.E. Report

The C.U.R.E. framework

Four Steps From Sample to Solution

C

Collect

Bring together coolant analysis results, unit details, system capacity, operating concerns, maintenance history, and supporting information.

U

Understand

Interpret exceeded limits, coolant chemistry, corrosion markers, contamination, inhibitor condition, and overall cooling system risk.

R

Recommend

Convert the findings into a specific treatment path with a clear reason, priority, and quantity guidance when capacity is known.

E

Execute

Provide the field team with step by step instructions, including circulation, runtime, drain, refill, and verification guidance when applicable.

A complete report package

What You Receive

Your completed report is organized for both maintenance planning and field execution. It preserves the source information while turning the findings into an actionable plan.

  • Unit information and customer supplied notes
  • Original laboratory results and exceeded limits
  • Cooling system condition summary
  • SYSCON Level and Zero Hour Health Percentage
  • Specific corrective recommendation and explanation
  • Quantity guidance when system capacity is known
  • Step by step field procedure
  • Original laboratory report attached for reference
Example Collect page from a C.U.R.E. report
Collect
Example Understand page from a C.U.R.E. report
Understand
Example Recommend page from a C.U.R.E. report
Recommend
Example Execute page from a C.U.R.E. report
Execute

Clear condition indicators

Understand System Condition at a Glance

SYSCON Level

SYSCON stands for System Condition Readiness. A lower level indicates a healthier cooling system. A higher level indicates greater risk, more severe contamination, or a stronger need for corrective action.

Zero Hour Health Percentage

This visual score summarizes the combined effect of coolant chemistry, corrosion indicators, contamination, additive condition, freeze protection, and exceeded limits.

C.U.R.E. Protocol SYSCON condition scale

Problems the report helps identify

See the Warning Signs Before They Become Failures

Rust and corrosion Oil contamination Phosphate contamination Silicate dropout Low reserve alkalinity Improper freeze protection Low inhibitor protection Thermally degraded coolant High conductivity Chemistry imbalance Contaminated coolant Recurring system failures

Before you begin

Information That Improves Your Report

Provide as much known information as possible. Field observations often add context that does not appear in laboratory data alone.

  • Company and contact information
  • Unit number or asset ID
  • Engine make and model
  • Cooling system capacity
  • Coolant type
  • Sample date and operating hours
  • Hours since the last coolant change
  • Current symptoms or concerns
  • Recent repairs or maintenance
  • Coolant additions or coolant loss
  • Overheating events
  • Relevant photographs or records

Built on coolant analysis

Quarterly Testing Still Matters

C.U.R.E. does not replace coolant analysis testing, OEM maintenance requirements, mechanical inspection, laboratory interpretation, or field verification. A single sample is a snapshot. Consistent quarterly testing reveals trends in corrosion, contamination, additive depletion, coolant degradation, scaling tendencies, and recurring system problems before they become catastrophic failures.

The application is live

Ready to Turn Your Coolant Report Into Action?

Open the application, enter your unit information, upload your coolant analysis, and submit it through the online process.

Open the C.U.R.E. Application

Only upload information and files that you are authorized to submit.