Injectable Low-Temperature Plasma Deodorizer NeoPlas
Next-Generation Odor Control
NeoPlaz — the injection-type low-temperature plasma deodorizer that replaces
costly combustion and scrubber systems. Cut initial costs by 50%, running costs by up to 90%,
and achieve carbon neutrality.
Up to 99%+ Deodorization
Compact Design
Carbon Neutral
Why Factories Switch to NeoPlaz
A smarter alternative to combustion, scrubbers, and activated carbon.
Drastically Lower Cost
Initial cost is less than half of combustion systems. Running costs are reduced by
1/3 to 1/9 compared to conventional high-cost deodorizers.
Compact & Space-Saving
Approximately half the size of conventional systems. Install without major layout changes
thanks to high-efficiency plasma generation technology.
Oil Mist & Dust Tolerant
Unlike conventional plasma units, NeoPlaz injects active gas into the duct — electrodes
never contact exhaust directly. No clogging, no excess maintenance.
Fire Risk Elimination
Injection-type design eliminates fire hazards caused by dust and oil mist accumulation
on electrodes — a common issue with pass-through plasma systems.
Carbon Neutral
No combustion fuel required. Significantly lower energy consumption supports your
factory’s decarbonization and sustainability goals.
On-site Demo Testing
Verify deodorization performance with your actual exhaust before committing.
We provide demo units and conduct on-site testing to confirm results.
Technology
Injection-Type Plasma: A Breakthrough
How It Works
NeoPlaz draws in clean outside air and generates plasma discharge within the unit.
The resulting active gas (containing over 10¹⁴ active species) is then injected into
the odorous exhaust duct, decomposing odor molecules on contact.
vs. Conventional Plasma
Traditional pass-through plasma systems force exhaust directly past electrodes, causing
rapid contamination. NeoPlaz’s injection method generates 100x more active species while
keeping electrodes completely clean.
Proven Deodorization Results
Verified across diverse industries with third-party measurements. Effective against sulfur
compounds, aldehydes, amines, fatty acids, and complex mixed odors.
Roasting Exhaust
99%+ efficiency against char & aldehyde odors.
Foundry Exhaust
90% efficiency against aldehyde-based casting odors.
Garlic Processing
Effective against methyl mercaptan compounds.
Tire & Rubber
Proven results on rubber refining line exhaust.
Poultry & Composting
Handles sulfur, ammonia, amines, and fatty acids.
Pet Food Mfg.
Sulfur, amine, and fatty acid compound removal.
RPF Production
Effective treatment of recycled fuel manufacturing exhaust.
Chemical Plants
Methyl propionate and organic compound odor control.
Cost Comparison
NeoPlaz vs. conventional deodorization systems
(estimated for 200 CMM).
vs. Combustion Systems
ROI in approximately 1 year against direct combustion, 3 years against
regenerative/catalytic
types. Also contributes to decarbonization goals.
vs. Scrubber Systems
ROI in approximately 2 years. Eliminates wastewater treatment costs and chemical expenses.
Electric and water costs remain comparable.
vs. Activated Carbon
ROI in approximately 2 years. Eliminates carbon replacement costs. Lower energy consumption
also supports carbon neutrality.
NeoPlaz vs. Conventional Plasma
| Feature | NeoPlaz (New) | Conventional Plasma |
|---|---|---|
| Method | Injection-type | Pass-through type |
| Dust/Oil Mist Tolerance | ✓ Excellent | ✗ Poor |
| Active Species Volume | >10¹⁴ (100x more) | 10¹² |
| Initial Cost (500 CMM) | 40–50% of conventional | Baseline |
| Power Consumption (500 CMM) | ~40 kW (60–75%) | 50–70 kW |
| Installation Footprint | Compact | Large |
On-site Demo Testing
We provide portable demo units for on-site verification. Test with your actual exhaust
to confirm deodorization rate, optimal power settings, and operating conditions before
full-scale installation.
Zero Fire Risk
The injection-type design keeps dust and oil mist away from electrodes, completely
eliminating the fire hazards common in conventional pass-through plasma systems.
FAQ
How does NeoPlaz differ from conventional plasma deodorizers?
NeoPlaz uses an injection method — clean air is plasma-processed inside the unit, and only
the active gas is injected into the exhaust duct. Conventional units pass exhaust directly
through electrodes, causing rapid contamination and maintenance issues.
Can it handle oil mist and particulate-laden exhaust?
Yes. Since the exhaust never contacts the electrodes directly, NeoPlaz is highly tolerant
of oil mist, dust, and smoke — maintaining performance without frequent maintenance.
What odor types is it effective against?
NeoPlaz has been proven effective against aldehydes, sulfur compounds, amines, fatty acids,
methyl mercaptans, and complex mixed odors. Specific results vary — we recommend on-site
demo testing for your particular exhaust.
What is the lead time for installation?
NeoPlaz can be manufactured and installed in as little as 3 months — roughly half the
lead time of conventional combustion or scrubber systems (6+ months).
How quickly does it pay for itself?
Depending on the system being replaced, ROI is typically achieved in 1–3 years. Running
cost savings of 1/3 to 1/9 drive rapid payback.
Ready to cut costs and go carbon neutral?
Contact us for a free consultation and on-site demo testing.