02 · South Korea
Panasia.
Marine automation, environmental and safety solutions for the global maritime industry — keeping vessels efficient, safe and compliant, from ballast water treatment to carbon capture.
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Eleven system families
LEVEL-3000 pressure-type transmitter
Continuous level measurement for ballast, draft and fuel-oil tanks. A strain-gauge transducer on an oil-filled diaphragm converts pressure to 4–20 mA or RS-485 output. Piezoresistive element, stainless or titanium body, high accuracy and temperature stability, no hysteresis, marine class approval, optional PT100.
GloEn-Patrol
50 μm filtration + medium-pressure UV — no toxic chemicals, treating during both ballast and de-ballast. Type-approved since 2010, built on Panasia's proprietary filter and UV technology.
PaNOx / PaNOx Marine
Selective Catalytic Reduction converts NOx into water and nitrogen. Onshore units for power plants and boilers; the marine system meets IMO Tier III.
PaSOx / PaSOx smart
Cuts sulfur dioxide from high-sulfur fuel exhaust — seawater wet scrubbers for ships, onshore units for plants and industry.
Pan-OCCS
Onboard carbon capture and storage — CO₂ from fossil-fuel combustion captured before it reaches the air.
Pan-EMS (CEMS)
Real-time exhaust concentration and volume recording using Method D, the EU-recognized calculation method — data-based compliance.
Pan-ORC
Organic Rankine Cycle generation from low/medium-temperature waste heat — engine exhaust and cooling water become stable electrical power.
Pan-AMP
Alternative Maritime Power — onshore electricity at berth, auxiliary engines off, fuel burn and port emissions down.
LNG · Methanol · Ammonia supply
Smart ICT-based fuel supply systems for next-generation fuels, part of Panasia's green-energy portfolio.
Panasia VRCS
Centralized valve monitoring and control: console, hydraulic power unit, solenoid cabinets, actuators with continuous position feedback. Newbuild or retrofit, IAS-integrated.
PanaGen N₂ generator
Onboard nitrogen for fire prevention, cargo protection and purging — no shore-based nitrogen dependence.