Engine Oil in-situ filteration

Cleaner Oil. Longer Life. Lower Costs.

Home / Engine Oil in-situ filteration

Up to0x Engine Oil Life Extension

Up to0% Wear Reduction

0 Immediate Opex & Emission Benefits

1. The Energy & Maintenance Reality

Engines — whether powering trucks, buses, ships, generators, or heavy equipment — run on lubrication. Engine oil is their lifeblood, protecting against wear, overheating, and sludge.

Global scale: Every year, over 40 million tonnes of lubricating oils are consumed globally.
India’s scale: India alone consumes over 2 million tonnes of lubricants annually, with road transport, power gensets, and off-highway equipment as major drivers.

But here’s the paradox: engine oil doesn’t “wear out” in the true sense. It gets contaminated — with soot, wear metals, oxidation by-products, fuel dilution, and moisture. The result:

Oil drains every 250–500 hours (diesel engines).
High replacement costs, downtime, and disposal challenges.
Used oil is a hazardous waste, causing soil and water contamination.

2. The True Cost of Conventional Oil Use

Direct costs

Frequent oil changes = recurring purchase cost.
Downtime for servicing = lost productivity.
Worn injectors, bearings, and liners = higher overhaul frequency.

Environmental costs

Every litre of waste oil can contaminate 1 million litres of water.
Improper disposal is a leading source of soil and groundwater toxins.
Oil refining and re-refining consumes energy and increases carbon footprint.

3. The Breakthrough

What it does:
A by-pass filtration & micro-cleaning system that continuously removes solid particles (as small as 1 micron), moisture, and oxidation products from the oil. Instead of degrading over time, oil remains near “as new” condition for months — sometimes years.

Core principle: Instead of discarding oil when it gets dirty, keep it clean at all times.

4. Primary Benefits

Oil Life Extension: Up to 8× longer oil drain intervals → fewer oil changes.
Wear Reduction: Removes abrasive particles <1 micron that normal filters miss → up to 90% reduction in wear rates.
Fuel Savings: Cleaner oil reduces friction → up to 2–3% efficiency gain.
Lower Maintenance: Cleaner engines mean longer injector, turbo, and bearing life.
Emission Benefits: Less oil burned → lower particulate emissions, cleaner exhaust.

5. How the Technology Works

By-Pass Microfiltration: A fraction of engine oil continuously diverted through an ultra-fine cellulose filter element.
Moisture Removal: Natural evaporation process eliminates water and fuel dilution.
Contaminant Capture: Removes carbon, soot, and microscopic metal particles down to 1 micron.
Oxidation Control: Keeps Total Acid Number (TAN) low, prevents sludge and varnish.

The result: oil retains its protective properties, engines run cooler and cleaner, and oil replacement becomes a rare event.

6. National & Industrial-Scale Impact

If deployed at scale in India (trucks, buses, gensets, off-highway equipment):

Oil consumption reduction: Up to 70–80% less fresh oil required annually.
Cost savings: Thousands of crores saved in oil procurement and servicing downtime.
Environmental benefit:
- Hazardous waste oil generation reduced by up to 1.5 million tonnes annually.
- Equivalent CO₂ savings from avoided refining and logistics.

7. Secondary Economic Upsides

Fleet Uptime: Extended service intervals = more vehicles on road, less downtime.
Lower Logistics Costs: Reduced maintenance → lower TCO (total cost of ownership).
Sustainability Branding: Companies adopting extended oil life systems gain ESG advantage.
Circular Economy: Less demand for crude refining, less waste disposal, lower carbon footprint.

8. A Transition Technology for Today

Engines will remain with us for decades, especially in heavy transport, backup power, and industrial machinery. While the world transitions to electrification, Engine Oil Life Enhancers are an immediate, low-capex, scalable solution to: