MIKRONINTER
PRECISION TECHNOLOGY OF CLEARING
We aim to extend the service life of aviation and diesel fuel storage tanks, drive down operating costs, and safeguard the chemical integrity of stored fuels.
At Mikroninter, we understand that any downtime or fuel quality degradation can translate directly into lost revenue, safety risks, and added maintenance. Our cutting-edge, cartridge-free electrical-field purification technology continuously removes sediment, water, and microscopic contaminants from fuel — keeping your tanks cleaner for longer and your operations running smoothly.
THE PROBLEM
WHY TANK PURIFICATION MATTERS
Sediment Formation During Storage
As fuels sit in a tank, various processes generate contaminants that settle at the bottom.
Types of Contaminants:
Oxidation slurries
fuel that has reacted with air over time
Corrosion flakes
from metal delivery lines, fittings, and railcars
Silicon oxides
up to 70%
Water droplets
and emulsions
leading to microbial growth
Wear products
from pump seals, bearings, and valves
Biological debris
microorganisms that breed in the presence of water and oxygen
Consequences of Sediment Build-Up
Corrosion acceleration: water and acidic by-products contribute to degradation-aging and loss of initial parameters from the factory of the product in storage
Conventional Tank Cleaning:
Complex, Costly, and Time-Consuming
To preserve fuel quality and prevent safety incidents, tanks must be periodically drained and cleaned in accordance with the regulatory framework.
Standard Cleaning Workflow
Current Operational Impact
Each jet fuel tank must be offline two times per year for a total of one month per cleaning cycle.
With a six-tank farm, that equates to one full year of downtime spread over the fleet — meaning 1/6 of your fixed assets are idle at any given time.
Economic Loss: Idle capital, additional temporary product storage needs, mobilization of cleaning crews, and disposal fees quickly add up to significant expenses for the park lessee or owner.
The Solution:
Mikroninter Continuous Purification System
To eliminate — or at least dramatically delay — the need for full drainage and manual cleaning, Mikroninter’s solution connects to the tank via the bottom-circulation zone that continuously extracts contaminated fuel, passes it through a precision purification module, then returns clean fuel back to the tank.
Key Features
Electric Field-Based Purification:
Instead of mechanical cleaning means (replaceable filter elements), our company uses a cleaning system without replaceable elements, the technology is based on the interaction of electric fields to remove particles.
High Purity Level:
We provide real-time performance of ISO class 11/8-13/10 or class 00 by NAS 1638.
Integrated Water Separator:
Our system automatically coagulates and drains free water before it can emulsify or promote microbial growth.
Automatic Monitoring:
Sensors monitor pressure drop in the purification chamber and signal maintenance.
Modular Design, Ready for Retrofitting:
Available for tanks from 5m³ up to the maximum volume you require, compatible with steel or coated carbon steel internal surfaces.
OUR SOLUTION
Our Solution
At the heart of our solution is the modular electro-physical treatment system designed for the effective purification of dielectric fluids.
Our solution leverages a unique electro-physical and sorption-membrane technology, developed by our in-house experts. The process utilizes the interaction between contaminant particle fields and precisely focused external electric fields.
At Mikroninter, we understand that any downtime or fuel quality degradation can translate directly into lost revenue, safety risks, and added maintenance. Our cutting-edge, cartridge-free electrical-field purification technology continuously removes sediment, water, and microscopic contaminants from fuel — keeping your tanks cleaner for longer and your operations running smoothly.
Applications & Industries Served
Aviation Fuel Storage
Jet A-1—airports, military bases, MRO facilities.
Diesel Fuel Depots
Bulk petroleum terminals, truck stops, railway transshipment depots.
Regionally Remote Fuel Stations
Off-grid diesel generators, mining camps that rely on diesel fuel, island installations — where downtime is extremely costly.
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Power Generation Lubrication Systems
Turbine oils, hydraulic fluids in combined cycle and nuclear power plants.
RESULTS AND STANDARDS
Purity Standards
Meets or exceeds ISO 11/8 - 13/10 for fluid cleanliness: down to Purity Class 6–7 (≤ 2 g/t contamination).
Flow Rates &
Scalability
Standard units: 50 m³/h, 100 m³/h, and 250 m³/h modules — easily paralleled for higher throughput.
Material Compatibility
Wetted parts in 316L stainless steel, nitrile/Viton seals — fully compatible with aviation kerosenes, diesel, and most industrial oils.
SUSTAINABILITY
At the heart of our technology lies a commitment to environmental responsibility. On standardized diesel engine tests, our fuel filtration system has been proven to reduce CO₂ emissions by 2.5% to 3.2% compared to conventional solutions. This significant decrease in emissions means not only a lower carbon footprint but also reduced costs for offsetting emissions — directly benefiting your bottom line.
Our solution is also designed with long-term sustainability in mind: no disposable filters, no waste. Our system uses a permanent, maintenance-friendly filtration process that eliminates the need for regular filter replacements and disposal. That means fewer materials in landfills, no extra handling costs, and a cleaner, simpler path to compliance with environmental standards.
In addition, our filtration technology helps slow down fuel tank wear and corrosion, preserving the lifespan of the tanks themselves. This extended durability reduces the need for premature replacements, contributing to a more resource-efficient and environmentally conscious use of materials throughout the system’s lifecycle.
