Purpose-built chemistry. Real compression-industry problems.

The chemical manufacturer built around the natural-gas compression industry.

We custom-formulate solutions for major reliability problems across the entire compression package—helping equipment run cooler, cleaner and more reliably.

We begin with the condition—not the product.

Find the Right Solution → I Have a Lab Report
Animated Caterpillar 3516 jacket-water cooling circuit showing coolant flow between the engine, cooler and surge tank
Cooler equipmentHigher availabilityFewer operating issues

QCA (Quarterly Coolant Analysis)

It all starts with a sample.

Are you performing QCA (Quarterly Coolant Analysis) to trend the system and catch developing issues before they become failures? Use ECA for independent laboratory testing, or bring an existing report to C.U.R.E. to turn evidence into an actionable maintenance plan.

No coolant-analysis lab?Start with Enhanced Coolant Analysis.
Already have a report?Use the C.U.R.E. Protocol.
Order ECA → Use C.U.R.E. →
Ultimate Chemicals Enforcer holding a coolant sample with the CURE Protocol on connected devices at a natural-gas compressor site

A complete approach

One compressor package. Every thermal pathway.

Purpose-built chemistry for the entire package—because reliability depends on a clean internal circuit, clean heat-transfer surfaces, a clean skid and compressor valves that can perform.

Natural-gas compression package showing the engine, compressor cylinders, piping, vessels and skid

Complete skid
B.A.D.

Heavy-duty cleaning for skids, piping and components.

Fin-fan surfaces
CC300

Remove external fouling and restore heat transfer.

Internal circuit
Ultimate-FORCE

Remove condition-specific deposits and restore clean surfaces.

Compressor valves
VTI

Valve Treatment Injection helps control deposits on natural-gas compressor valves and extend service intervals.
Zero Hour Certified Cooling System shield

A higher standard for cooling-system reliability

Zero Hour Certified Cooling System

A structured lifecycle that establishes a clean, documented baseline and protects it through monitoring and seasonal optimization.

Explore Zero Hour →
AnalyzeKnow the condition.
Clean ExternallyRestore heat transfer.
Restore InternallyRemove contamination.
Optimize SeasonallyUse the right chemistry.
Verify & MaintainConfirm results quarterly.
❄
Freezing months(Winterize)Use the appropriate glycol protection.
☀
Non-freezing months(Summerize)Seasonally optimize with CoolAin't Summerize.

The difference is clear

We do not make engines.
We make engines run cooler.

Remove what does not belong. Restore what matters. Protect heat transfer, flow and reliability with chemistry selected for the actual condition.

Contamination
Heat Transfer
Flow
Reliability
BEFORE — RESTRICTED HEAT TRANSFERAFTER — RESTORED HEAT TRANSFERMatched wet exhaust manifold before restoration with restricted passages and after restoration with clean open passages
BEFORE VTINatural-gas compressor valve with heavy deposits before VTI treatment
AFTER VTIClean natural-gas compressor valve after VTI treatment

More than a cooling system

Beyond the cooling system: compressor-valve reliability chemistry.

VTI — Valve Treatment Injection is purpose-built chemistry that helps control deposits on natural-gas compressor valves, supporting longer service intervals and dependable compression performance.

Explore VTI →

Technical resources

Tools for a more reliable operation.

ProductsExplore purpose-built chemistry. SDS — Safety Data SheetsFind current product safety information. TDS — Technical Data SheetsProduct details, application guidance and specifications. Engine InsightsColumns written by David Vannostran in Gas Compression Magazine.

Let's solve it together

Cooling-system problem, lab report or maintenance question?

Get expert guidance from people who understand natural-gas compression equipment.

Talk with a Specialist →Browse All Products →