APEXCORE delivers engineered solutions for semiconductor and industrial environments — combining advanced materials with real-world system integration.
Proven in semiconductor manufacturing environments.
Airborne Molecular Contamination (AMC) refers to trace chemical pollutants in cleanroom air.
These include acids, bases, and volatile organic compounds (VOCs) — that can damage semiconductor processes and reduce yield.
Causes wafer defects and yield loss
Corrodes sensitive equipment and optics
Impacts lithography and advanced nodes
Difficult to detect at low concentrations
Traditional filtration methods struggle to remove low-concentration molecular contaminants efficiently — particularly in advanced semiconductor processes.
Metal-Organic Frameworks (MOFs) enable highly selective adsorption of specific chemical species — even at ultra-low concentrations where conventional filtration methods become ineffective.
This makes MOF-based filtration particularly effective for advanced nodes and high-sensitivity manufacturing environments.
NanoSieve™ Technology
MOF-based adsorption engineered for real-world semiconductor air handling systems.
Engineered MOF System Design
Engineered for stable airflow and consistent adsorption performance.
Structured airflow for uniform distribution
Optimized media to prevent bypass
Controlled residence time for effective adsorption
Stable mechanical design for long-term operation
Why NanoSieve™ Works in Real Systems
NanoSieve™ is engineered at the system level—ensuring stable airflow, consistent performance, and seamless integration into real air handling systems.
Uniform airflow — no channeling
Sealed media — no bypass
Controlled residence time
Stable pressure drop over time
Drop-in MAU / FFU compatibility
VORTYX™ Scale Control for Industrial Cooling Systems
Non-chemical scale control engineered for industrial cooling systems — reducing scale without chemicals, downtime, or system modification.
Install in Minutes — No System Changes
VORTYX™ installs directly in the cooling water basin using a simple chain suspension.
VORTYX™ alters calcium carbonate crystallization, converting hard, adherent scale into softer, non-adherent deposits that are easier to remove.
Converts hard scale into softer deposits
Reduces adhesion to heat transfer surfaces
Improves cleaning efficiency (water / brush)
Slows future scale buildup
Why VORTYX Works in Real Systems
VORTYX™ operates passively within cooling water systems, continuously influencing mineral formation without chemicals, system modification, or downtime.
System-Level Advantages:
No chemicals required
No pipe cutting or system changes
Works alongside existing treatment
Suitable for cooling towers and condensers
Continuous 24/7 operation
Proven in real operating environments including hospitals, transportation hubs, and industrial facilities.
The VORTYX™ Device
No power. No chemicals. No modifications. No downtime.
Why Scale Control Matters
Cooling tower scale increases energy consumption, maintenance costs, and downtime. VORTYX™ reduces scale formation without chemicals, power consumption, or system modifications.
Scale reduces heat transfer efficiency
0.3 mm scale → ~10% energy loss
Higher pressure → more energy consumption
Frequent cleaning → labor + downtime
Chemical usage → ongoing cost
Even thin scale layers significantly increase operating costs.
VORTYX™ addresses these challenges by transforming how scale forms — without chemicals, system modification, or downtime.
Proven Performance in Real Systems
Field-validated results from industrial and semiconductor environments.
BEFORE: Scale buildup
AFTER (~5 weeks): Scale softened → removed with water cleaning
FIELD DEMONSTRATION
Scale softened after ~5 weeks — removable by hand (no acid)
Brush cleaning shows reduced scale adhesion
Scale removed by water jet after softening (no acid)
Simple installation — no pipe cutting or downtime
Request a Pilot Evaluation
Evaluate VORTYX™ in your real operating environment. Installation in minutes.
