PRODUCTS
Three product lines come from one adsorbent material platform. We show which products are available now and which are still in development.
PLATFORM
Built on activated carbon fiber (ACF) and MOF@Fiber, each product changes the adsorbent layer configuration and form to suit its use.
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MATERIAL
CORE
Products now available are produced and supplied by the affiliate K-Space Solution. The CO₂ removal module is in development.
01 · INDUSTRIAL AIR FILTER Available
Filters that use activated carbon fiber (ACF) and MOF@Fiber as the adsorbent layer. Because the material is a fiber, they can be made as cartridges, panels and other forms that fit the equipment.
The basic structure is multi-layered: a pre-filter and HEPA at the front remove particles, and the adsorbent layers behind them handle harmful gases.
Industrial filters are produced and supplied by the affiliate K-Space Solution.
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Concept visualization
Replacement and regeneration
Replacement timing depends on the target gas, concentration and air flow, and regenerable cartridges are regenerated and reused.
A simplified exploded view of what each layer does. Actual cartridge layers and shapes vary by equipment and target gas.
| Adsorbent layers | ACF alone, or ACF + MOF@Fiber |
|---|---|
| Front filters | Whether to use a pre-filter and HEPA, and their grades |
| Form · size | Cartridges and panels made to the equipment’s dimensions |
| Regeneration | Whether to use a regenerable cartridge |
| Dust collection | Replacement filters for mobile and fixed collectors |
|---|---|
| HVAC · ventilation | Workplace air handling units and local exhaust systems |
| Process equipment | Exhaust lines of processes that release harmful gases |
Items from the “Cartridge evaluation” section of a Korea Testing Laboratory (KTL) test report. Item names and test conditions are translated from the report, with the Korean item names alongside.
Cartridge evaluation
402.263μg/L
Flow rate 150 m³/h · ambient temperature (23 ± 1) ℃ · time to reach 5 % n-butane removal efficiency 51 s · gas concentrations SO₂ 30 μmol/mol, n-butane 80 μmol/mol, toluene 80 μmol/mol
Cartridge evaluation
98.02%
Flow rate 45 L/min · test time 25 min · gas concentration 80 μmol/mol · before regeneration: supplied 97.519 mg, adsorbed 67.352 mg · after regeneration: supplied 92.639 mg, adsorbed 62.717 mg
Supply record · affiliate
9companies
4 repeat customers · nuclear power, shipbuilding, environment and energy · record of the affiliate K-Space Solution Affiliate
Korea Testing Laboratory (KTL) test report No. 25-085350-01-1 (issued 22 January 2026) · Requested by the affiliate K-Space Solution · On-site test results using a test method proposed by the requester, not related to KOLAS accreditation. Item names and test conditions are English translations of the Korean report, and the Korean original prevails.
| KR 10-2880544 | Method for manufacturing activated carbon fiber using isotropic pitch, and activated carbon fiber manufactured by the method Registered 2025.10.30 · held by KICET · non-exclusive license to LUCENAIR |
|---|---|
| KR 10-2933001 | Multi-layer MOF filter and method for manufacturing the same Registered 2026.02.25 Held by CEO |
| Application 10-2023-0129985 | Method for manufacturing activated carbon fiber for adsorbing harmful gases, and filter including activated carbon fiber manufactured by the method Decision to grant 2026.06.23 Held by CEO |
Patent titles are English translations of the Korean originals.
02 · VOCs COLLECTOR Available
Painting, welding and cleaning release volatile organic compounds (VOCs) and harmful gases. The VOCs collector is placed close to the work position, draws in polluted air and filters it.
Inside are front filters that remove particles and an activated carbon fiber adsorbent layer. The filter configuration and specifications are agreed to suit site conditions.
VOCs collectors are produced and supplied by the affiliate K-Space Solution.
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A simplified concept diagram. Actual product shape and filter configuration vary by model and site conditions.
| Nuclear power | Capturing harmful gases in work areas |
|---|---|
| Shipbuilding | VOCs from painting and welding |
| Environment | Odor and hazardous substance treatment facilities |
| Energy | Plant maintenance work environments |
The supply record is that of the affiliate K-Space Solution. Affiliate
One of the items in the activated carbon fiber filter test, from the “Small dust collector evaluation” section. The item name and test conditions are translated from the report.
Small dust collector evaluation
95.2%
Flow rate 150 m³/h · gas concentration 80 μmol/mol · time to reach 85 % 264 s · total gas supplied 21.200 mg · total gas adsorbed 20.178 mg
Korea Testing Laboratory (KTL) test report No. 25-085350-01-1 (issued 22 January 2026) · Requested by the affiliate K-Space Solution · On-site test results using a test method proposed by the requester, not related to KOLAS accreditation. Item names and test conditions are English translations of the Korean report, and the Korean original prevails.
| KR 10-2865679 | Harmful gas adsorption dust collector using activated carbon fiber Registered 2025.09.24 Held by CEO |
|---|
Held by the CEO personally. The title is an English translation.
03 · CO₂ REMOVAL MODULE In development
In spaces cut off from outside air, such as advanced air mobility cabins, submarines and naval compartments, carbon dioxide rises as people breathe.
Power and installation space are tight in these places, so instead of heavy, bulky equipment they need compact devices that can be used again and again.
We are developing a module that holds carbon dioxide on an adsorbent and then regenerates the material to release it, so it can be used repeatedly.
INFOGRAPHIC 12 In development
A simplified picture of how the module in development is meant to work. Structure and specifications may change during development, and performance figures will be published with test results once development is complete.
| Advanced air mobility | Cabin air quality control · light, compact design |
|---|---|
| Submarines · naval vessels | Carbon dioxide control in sealed compartments |
| Special closed spaces | Air circulation where people stay for long hours |
| Project | Commercialization of an air quality control module for advanced air mobility (technology transfer commercialization R&BD) LUCENAIR |
|---|---|
| Period | 2026.04 to 2028.03 |
| Direction | Repeated adsorption and regeneration · module shape that fits the installation space · designed for limited power |
CUSTOM SPECIFICATIONS
The specifications needed depend on the target gases, air flow, installation space and replacement cycle. Contact us and we will decide them together.
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After supply, we also advise on replacement and regeneration cycles
Field trials are carried out only when needed. How long each step takes depends on the inquiry.