Oil Analysis Services for Industrial Plants

Predictive Maintenance Through Oil Analysis — Serving SC, NC & Georgia

Oil does not just lubricate — it tells the story of your equipment’s health. Used oil carries particles of wear debris, contamination, and chemical degradation that reveal exactly what is happening inside your bearings, gearboxes, hydraulic systems, and compressors before a failure occurs. Newton Industrial Solutions provides oil analysis services that turn your used oil into actionable predictive maintenance intelligence — helping manufacturing plants across South Carolina, North Carolina, and Georgia catch failures weeks or months before they happen.

10:1 Typical ROI on oil analysis programs in industrial plants

75%+ Of mechanical failures detectable through oil analysis before failure

Early Warning signs detected weeks or months before catastrophic failure

WHAT IS OIL ANALYSIS

What Is Oil Analysis?

Oil analysis is the laboratory testing of a small oil sample taken from operating equipment — bearings, gearboxes, compressors, hydraulic systems, engines, and turbines. The sample is analyzed for wear metal particles, contamination levels, additive depletion, viscosity, water content, and signs of chemical degradation.

The results tell you whether your oil is still fit for service, whether your equipment is experiencing abnormal wear, and whether contamination is present that will cause premature failure. A properly run oil analysis program turns routine maintenance into condition-based maintenance — you change oil when it needs changing and repair equipment when analysis shows it needs repair, not on a calendar schedule that may be too early or dangerously too late.

WHAT OIL ANALYSIS DETECTS

What Oil Analysis Detects

Wear Metal Analysis

As components wear, they release microscopic metal particles into the oil. Spectroscopic analysis measures the concentration of iron, copper, chromium, lead, tin, aluminum, and other elements — each pointing to specific components. Rising iron indicates bearing or gear wear. Elevated copper signals bushing or bronze bearing degradation. Silicon indicates dirt contamination entering the system. Catching these trends early prevents catastrophic failure.

Oil Condition Assessment

Oil degrades over time through oxidation, thermal breakdown, and additive depletion. We measure viscosity, total acid number, total base number, and oxidation levels to determine whether your oil is still providing adequate protection or needs to be changed before it causes damage. This alone eliminates wasteful calendar-based oil changes and prevents running degraded oil that accelerates wear.

Contamination Detection

Water in oil is one of the most destructive contamination sources in industrial equipment. Even 0.1 percent water content can dramatically reduce lubricant film strength and accelerate bearing fatigue. We test for water content, particle counts, glycol contamination, and fuel dilution — contamination sources that cannot be identified without laboratory analysis.

Filtration Effectiveness

Particle count analysis measures the cleanliness level of your oil against ISO cleanliness standards. This tells you whether your filtration system is performing adequately and whether particulate contamination is at levels that will cause accelerated wear to precision components.

HOW THE PROGRAM WORKS

How Newton’s Oil Analysis Program Works

Step 1 — Equipment Register and Sampling Plan

We build a complete register of every oil-lubricated component in your plant that warrants oil analysis monitoring — gearboxes, hydraulic systems, compressors, turbines, and critical bearings. For each component, we establish the correct sampling point, correct sampling method, appropriate sampling interval, and the analysis tests required based on component type and criticality.

Step 2 — Correct Sampling Procedure

Sample quality determines result accuracy. Samples taken incorrectly — from drain ports, with contaminated equipment, or at the wrong point in the system — produce misleading results that can mask real problems or create false alarms. We train your team on correct sampling procedure and can perform sampling on your behalf during our site visits.

Step 3 — Laboratory Analysis

Samples are sent to an accredited industrial oil analysis laboratory for full spectroscopic wear metal analysis, viscosity measurement, contamination testing, and particle count. Newton Industrial Solutions works with established accredited laboratories and manages the sample tracking and reporting process on your behalf.

Step 4 — Results Interpretation and Action

Laboratory results without expert interpretation have limited value. We review every result set for your equipment, compare against baseline values and alarm limits, identify abnormal trends, and provide a clear recommendation — normal, monitor, resample soon, or immediate action required. You receive a plain-language summary of what the results mean and exactly what to do next.

Step 5 — Trending and Program Management

Single samples have value. Trends over time have far greater value. We maintain your equipment oil analysis history, track wear metal trends across sample intervals, and alert you when trends indicate developing problems — often weeks or months before conventional maintenance methods would detect a failure.

EQUIPMENT WE MONITOR

Equipment Types We Monitor

• Industrial gearboxes — helical, worm, bevel, planetary
• Hydraulic systems — power units, actuators, servo systems
• Air and gas compressors — rotary screw, reciprocating, centrifugal
• Industrial turbines — steam and gas turbines
• Circulating oil systems — paper machine, rolling mill, process equipment
• Diesel and gas engines — generators, mobile equipment
• Bearings — large circulating oil lubricated bearing systems
• Transformers — dielectric oil testing for electrical insulation systems

INDUSTRIES

Industries We Serve

• Manufacturing plants — automotive, aerospace, rubber, plastics, metal forming
• Pulp and paper mills — paper machine circulating systems, refiners, hydraulics
• Chemical plants — process pumps, compressors, reactors, gearboxes
• Food and beverage facilities — food-grade oil analysis, NSF H1 lubricant monitoring
• Pharmaceutical plants — GMP-compliant oil monitoring documentation
• Power generation — turbines, generators, transformers
• Steel and metals — rolling mills, large gearboxes, hydraulic systems
• Mining and aggregates — crushers, conveyors, large gearboxes

SERVICE AREAS

Service Areas — Oil Analysis

Newton Industrial Solutions provides oil analysis program setup, sampling, and management for industrial plants throughout:

South Carolina

Greenville SC	Spartanburg SC
Columbia SC	Charleston SC
Rock Hill SC	Anderson SC
Florence SC	Aiken SC
Myrtle Beach SC	Sumter SC

North Carolina

Charlotte NC	Raleigh NC
Greensboro NC	Durham NC
Winston-Salem NC	Asheville NC
Wilmington NC	Fayetteville NC
High Point NC	Gastonia NC

Georgia

Atlanta GA	Savannah GA
Augusta GA	Columbus GA
Macon GA	Albany GA
Rome GA	Dalton GA
Brunswick GA	Warner Robins GA

FAQ SECTION

Frequently Asked Questions

How often should we sample oil for analysis?

Sampling frequency depends on equipment criticality, oil volume, operating conditions, and component type. Critical gearboxes and hydraulic systems in continuous operation typically warrant sampling every 250 to 500 operating hours or monthly. Less critical equipment may be sampled quarterly. We establish the correct interval for every component in your program as part of the setup process.

We already change oil on a schedule. Why do we need oil analysis?

Calendar-based oil changes are either too frequent — wasting good oil and labor — or not frequent enough — allowing degraded oil to damage equipment. Oil analysis tells you exactly when oil needs changing based on its actual condition, not an arbitrary interval. Most plants reduce oil consumption 30 to 50 percent after implementing condition-based oil changes through analysis.

Can oil analysis really predict failures before they happen?

Yes — and this is its greatest value. Wear metal trending has a documented track record of providing weeks to months of advance warning before catastrophic failure. A gearbox developing a cracked tooth will show elevated iron and specific particle morphology in oil analysis long before vibration analysis detects it and long before audible noise develops. This lead time allows planned repair versus emergency replacement.

Do you provide the sampling equipment?

Yes. We provide correct sampling equipment — sampling pumps, clean sample bottles, and pre-labeled submission kits — as part of program setup. We also train your maintenance team on correct sampling procedure for each component to ensure sample quality and result accuracy.

Which states do you serve for oil analysis programs?

Newton Industrial Solutions sets up and manages oil analysis programs for industrial plants across South Carolina, North Carolina, and Georgia. We are based in Greenville, SC and combine oil analysis program visits with other onsite services to maximize efficiency for your facility.

CTA SECTION

Start Catching Equipment Failures Before They Happen

Newton Industrial Solutions sets up and manages oil analysis programs for industrial plants across South Carolina, North Carolina, and Georgia. Most clients see their first actionable early-warning result within the first sampling cycle — preventing a failure that costs far more than the entire program.

Call: 864-432-3510

Email: info@newtoninds.com