Explore Mentis Engineering PSA matrix across industrial applications.
Oxygen in the package is reduced to extend shelf life.
Aroma protection, oxidation prevention and inert atmosphere inside the pack.
Tank headspace is inerted with nitrogen, reducing peroxide formation and oxidation risk.
Tank inerting, filling-line purging and reduced oxygen contact.
Tank blanketing, keg filling and oxidation prevention.
Packaging oxygen-sensitive products under an inert atmosphere.
Reducing reactor oxygen to lower explosion and oxidation risk.
Reducing oxygen concentration in a flammable vapor atmosphere.
Sweeping air or process gas before start-up/shutdown.
Reducing product-surface oxidation and skin formation.
Produces bright cut surfaces without oxidation.
Prevents oxide formation on the cut surface.
Removes oxygen from the furnace atmosphere and reduces surface oxidation.
Powder metallurgy process under a controlled inert atmosphere.
Removes hydrogen and inclusions from molten metal.
High-pressure N₂ creates cavities/channels inside plastic parts.
Pressurized utility gas or inert process atmosphere.
Tire filling with reduced moisture and oxygen.
High-safety nitrogen inflation.
Pre-charge gas for hydraulic accumulators.
Pressurizing air-conditioning/chiller circuits with dry nitrogen.
Sweeping air or flammable gas from pipelines.
Pneumatic testing of lines and equipment with inert gas.
Inerting tank headspace to reduce explosive-atmosphere risk.
Reducing oxygen concentration in ship tanks.
Creating an inert atmosphere to reduce dust-explosion risk.
Reducing fire/explosion risk and inerting voids.
Used as nebulizer, curtain and drying gas.
Oxygen- and moisture-free working environment.
Moisture- and oxygen-controlled inert atmosphere.
Reduces oxidation during soldering.
Reduces oxidation of the solder bath.
Load-lock, cabinet and process purging.
Atmosphere for carbon-fiber / composite curing.
Pressurized curing or protective atmosphere.
Pest and oxidation control.
Reducing pest, oxidation and fire risk.
O₂ in the storage atmosphere is reduced to slow respiration and ripening.
A low-oxygen atmosphere suppresses insects and pest activity.
Nitrogen is introduced into the beverage process or dispensing line to reduce oxidation and control product characteristics.
Nitrogen is used as an inert propellant or pressurizing gas.
N₂ bubbles reduce dissolved O₂ and suppress oxygen-dependent biological growth.
Inert N₂ transfers liquid chemicals or solvents through a controlled pressure differential.
Nitrogen is injected into the liquid phase to help remove dissolved O₂, moisture or unwanted volatile components.
Dry nitrogen removes moisture from product, pellets, piping or process equipment.
Ovens or enclosed process volumes are purged with N₂ to reduce O₂ and moisture and improve bonding conditions.
Isocyanates and polyols are protected from O₂/moisture; nitrogen supports process blanketing and nucleation.
Idle boilers and steam systems are purged with dry N₂ to reduce oxygen- and moisture-driven corrosion.
Nitrogen is used as plasma or assist gas for selected metals and cut-quality targets.
The build chamber is inerted to reduce metal-powder oxidation and process variation.
An inert working atmosphere reduces oxidation during melting and casting operations.
Nitrogen supports controlled process atmosphere and gas management in foundry core production.
Controlled nitrogen atmosphere reduces surface oxidation in hot-metal processes.
A pig is driven through the pipeline with pressurized nitrogen for cleaning, liquid displacement and commissioning.
Dry N₂ removes moisture and residual water after hydrotesting or construction.
Nitrogen injection supports reservoir pressure and hydrocarbon mobility.
Nitrogen supports liquid lifting, well cleanout and intervention operations.
Rig, flare and offshore process volumes are purged or inerted with N₂.
Clean, dry nitrogen is used as barrier or buffer gas in compressor seal systems.
N₂ is blended into natural gas or regasified LNG to adjust gas specification and combustion characteristics.
N₂ serves for heating/cooling, purging and carrier-gas duties in reformers, hydrocrackers, hydrotreaters and H₂ units.
Oxygen concentration in a protected space is reduced to lower ignition risk or provide inerting.
Dry nitrogen is used as a pressurized drive gas where moisture or corrosion is critical.
Nitrogen is used with helium as carrier and pressurization gas for sensitive leak detection.
Accumulators and hydraulic actuators are pre-charged with dry nitrogen.
The local solder zone is protected with N₂ to reduce oxidation and dross.
Cable joints and enclosed cable sections are purged with dry nitrogen to remove moisture.
O₂ in the transport volume is reduced to slow respiration and spoilage of fruit, vegetables and sensitive goods.
Supplying oxygen to the medical gas pipeline.
Respiratory support and ventilator supply.
Anesthesia and medical breathing gas.
Filling high-pressure cylinders with PSA oxygen through a booster.
Oxygen support for surgery, anesthesia and intensive care.
Increases dissolved oxygen in water.
Meeting sensitive oxygen demand of juvenile fish.
Dissolved-oxygen support in transport tanks.
Increases dissolved O₂ for microorganism activity.
Reduces biological load through high oxygen-transfer efficiency.
Ozone is generated from oxygen.
Disinfection and color/odor removal.
Increases dissolved O₂ in cyanide leaching.
Oxidation support in waste solution.
Oxidation of sulfide ores.
Combustion air is enriched with oxygen.
Glass surface processing and polishing.
Oxidative cutting of steel.
Raises flame temperature.
Improves burner efficiency and controls flame temperature.
Combustion enrichment, lancing and cutting.
Increases the O₂ fraction in combustion air.
Combustion efficiency and temperature control.
More controlled and efficient combustion.
Completes combustion and reduces CO/VOC.
Oxidative breakdown of lignin.
Supports chemical oxidation.
Supports microorganism oxygen demand.
Oxygen transfer for cell growth.
Controlled micro-oxygenation.
Oxidation of sulfur compounds.
Oxidant gas in oxidative reactions.
Enriches combustion air with oxygen.
Syngas production by partial oxidation.
Combustion, oxidation and instrument supply.
Oxygen-enriched combustion trials.
Oxygen production for disasters, field hospitals and remote sites.
Medical/process support under low atmospheric O₂ conditions.
Controlled high-concentration oxygen is supplied to the patient in a pressurized treatment chamber.
Oxygen raises torch-flame temperature to support shaping of glass tubing and art glass.
Oxygen-enhanced processing supports ink removal and flotation performance in recycled pulp.
An oxygen-enriched flame heats, bends and forms neon and specialty glass tubes.
On-site PSA oxygen supplies ventilators, patient pipelines or cylinder filling through a booster.
A vessel receives direct medical pipeline supply or fills high-pressure cylinders on board.
A controlled breathing-oxygen source supports emergency refuge and rescue systems.
Mobile or regional generation provides medical oxygen and cylinder-filling support to emergency teams.
| Gaz Tipi | Öncelikli Sektör | Ticari Potansiyel | Teknik Karmaşıklık | Mentis Satış / Mühendislik Yaklaşımı |
|---|---|---|---|---|
| Nitrogen | Laser cutting | Very high | Medium–High | High-pressure package with booster and receiver support. |
| Nitrogen | Food MAP | Very high | Low–Medium | Compact, hygienic system focused on continuous production. |
| Nitrogen | Chemicals / solvent tanks | High | Medium | Sell through safety, ATEX, inerting and process continuity. |
| Nitrogen | Electronics / SMT | High | Medium | Emphasize high purity, quality improvement and uninterrupted production. |
| Nitrogen | Oil & gas purging | High | High | Mobile skid, high flow, field-duty solution. |
| Nitrogen | Plastic injection / accumulator charging | Medium–High | High | Custom package with 200–300 bar booster. |
| Oxygen | Hospital / medical | Very high | High | Redundant, alarmed package compliant with medical requirements. |
| Oxygen | Fish farming | Very high | Medium | Sell on DO control, lower stock loss and productivity gains. |
| Oxygen | Wastewater treatment | High | Medium | Emphasize blower efficiency, space saving and process improvement. |
| Oxygen | Gold mining | Very high | High | Leach efficiency, chemical optimization and high-flow system. |
| Oxygen | Glass / cement / lime | Very high | High | Project sale focused on fuel saving, capacity and combustion efficiency. |
| Oxygen | Ozone systems | High | Medium | Clean/dry O₂ package that improves ozone-generator efficiency. |
| Nitrogen | Oil & gas services: pigging, pipeline drying, EOR, coiled tubing | Very high | High | Project sale focused on mobile/high-pressure nitrogen, buffer and booster packages |
| Nitrogen | Power-plant boiler/HRSG lay-up | High | Medium | Sell around corrosion control, outage security and long-duration low-pressure supply |
| Nitrogen | Additive manufacturing & selective soldering | High | Medium | Emphasize high purity, O₂ ppm control and uninterrupted production |
| Nitrogen | Fire prevention / low-O₂ systems | Medium–High | High | Special engineered project with LOC and code validation |
| Oxygen | HBOT, field hospitals and mobile medical | High | High | Standards, redundancy, analyzer and rapidly deployable package approach |
| Oxygen | Glassblowing / specialty glass and neon tubing | Medium–High | Low–Medium | Cylinder replacement and compact PSA ROI approach |
Continuous consumption, peak consumption, shift pattern, daily/weekly operating hours.
Target O₂ ppm for nitrogen; %90–95 or medical %93±3 requirement for oxygen.
Point-of-use pressure, line loss, regulator requirement and booster requirement.
Particles, oil, moisture, dew point, medical or food compliance and analyzer requirement.
Buffer receiver for peak demand; generator start/stop stability; high-pressure storage.
Asphyxiation risk for nitrogen; accelerated combustion, oil-free service and material compatibility for oxygen.
Altitude, temperature, humidity, dust, corrosive atmosphere and indoor/outdoor installation.
Current cylinder/liquid gas cost, logistics, maintenance, electricity consumption and backup cost.
Contact our engineering team for custom sizing and turnkey solutions.