Our clients represent a diverse range of industries, including aviation, agriculture, automotive, commercial, construction, defense, energy, industrial process, and manufacturing.

APNF takes pride in delivering high-quality filtration systems solutions that are tailored to the specific needs of your business and respond to unique situations. With a team backed up by decades of experience and know-how gathered from within international conglomerates in the industrial and power manufacturing industries, with emphasis on power generation industries, your infrastructure and manpower are in safe hands.

We understand that optimized systems require preventative maintenance to prevent costly production downtimes and we meet these challenges with enthusiasm and diligence.

Air filtration is an instrumental solution in dealing with mechanical damage and adverse effects on human health posed by contaminated air supply.

With our regionally based world-class engineering and manufacturing capabilities, uniquely short and efficient supply chain, advanced in-house testing laboratories, and insights gained by examining relevant existing data, we ensure that any potential solution we create for our customers is practical and long- lasting.

Count on us to be a reliable contractor and valuable partner for your organization.

Companies operating within the demanding energy production industries that require stability and maximized productivity are frequently faced with complex challenges, including those posed by harsh environments. These environments cannot be altered, therefore effective means of tackling their inevitable impacts must be found.

Poor air filtration has a negative impact on productivity, mechanical performance, energy consumption, and employee safety. Reliable high-grade air filtration systems that are capable of handling even extreme conditions are necessary to secure the integrity and optimal performance of your equipment by means of superior protection.

Gas turbines typically produce the energy required to operate offshore platforms where continuous operability means having to combat the potentially corrosive effects of high moisture levels, water, ice, fog, salt, dust particles from sandstorms, hydrocarbons, and significant temperature fluctuations.

Corrosion related irreversible damage to turbine blades resulting in performance degradation, expensive repairs, and early failures is an issue inherent in energy production facilities, particularly at coastal and offshore sites.

Particularly harmful is the so-called hot corrosion, which is a type of accelerated oxidation that becomes more severe as the gas turbine temperature levels increase. Destroyed blade coating exposes the surface to oxidation and intergranular corrosion, which is followed by scaling of the airfoil surfaces that leads to cracks.

These gas turbines rely on robust filter systems for the clean purified air intake needed to keep them running and to remain effective while facing the risk of low efficiencies, loss of high pressure, and eventually failure.

Commercial and industrial facilities, on the other hand, are primarily concerned with keeping their employees, machinery, and products safe from contamination.

Pollutants are produced by indoor and outdoor sources that are essential and sometimes inevitable, such as cleaning, pest control, remodeling, or renovations. Being in the proximity of pollutants can be harmful to both people and materials, and the air inside structures is typically up to five times more polluted than the air outside. Air pollution is even higher than that for industrial buildings, particularly so if processing chemicals, in agriculture or in manufacturing.

Such facilities contain specialized equipment which must be protected to ensure high quality outputs and maximum uptime. Harm is frequently caused by contaminants such as dust particles, condensed vapors, and aerosol mist, which gather outside and inside valuable machinery. This impacts product quality whereby even trivial discrepancies in the contaminant level can result in unusable product and rejection of entire batches, forces early and more frequent maintenance, and even leads to combustion events, severely compromising workplace safety.

Additionally, lack of regular maintenance decreases the ability of air filtration to perform its task of providing purified air, causing eventual blockage and damage to the rotating components. If dangerous particles cannot be trapped from the surrounding air, they will be inhaled by humans leading to degradation of their health and they will be deposited on the objects contained within the facilities, resulting in costly damage. It is imperative that a maintenance schedule is put in place to keep the air filtration systems functioning to their specified purpose.

Businesses must also satisfy stringent government guidelines and regulations while engaging in economic activity, ensuring that environmental impact is controlled, and sanctions avoided.

Routine inspection and maintenance schedules will reveal noticeably cleaner equipment, as well as prolonged life and performance of the equipment used, with increased reliability of gas turbines.

Our air filters block access to nearly all foreign particles and are effective in eliminating contamination and damage, fouling, and reducing corrosion-related equipment breakdowns through the unrivaled removal of contaminants from the airstream.

Successfully averting downtime caused by compromised facilities and a host of negative impacts on the long-term production and maintenance planning ultimately leads to higher efficiency, improved productivity, increased profitability, safe working environment, and achievement of sustained strategic gains.

Within the wide range of commercial and industrial settings, each facility has its own set of equipment with different airflow ranges, pressure drops, and requirements for filter capacities. There is frequently a need for air filter customization to achieve the best possible results for that particular operation, which is an area of expertise that APNF excels at.

High efficiency particulate air (HEPA) filters can remove nearly all airborne particles, including mold and other tiny allergens, and commonly present dust which can occur naturally or due to human activity. They tackle the smallest particles such as cigarette smoke, bacteria, and other pollutants which cause harm but are too small to see with the naked eye.

Air filtration systems already have extensive history of increasing the longevity of HVAC systems in buildings, but these systems have further gained in importance due to contemporary focus on indoor air quality and prevention of airborne diseases, leading to their more frequent installation in offices, testing laboratories, warehouses, and manufacturing plants.

Multi-V pack type HEPA filters perform well in areas that require high levels of contamination control. They are especially designed to be highly effective at their task with their large filter surface and reduced energy operating costs, to be extremely durable with compact construction, and to manage low resistance under high air delivery demand, making them a cost-effective solution on the long run.

These filters are highly suitable for application in large air flow ventilation system and filtration systems of hospitals, pharmaceuticals, clean rooms, and others. You will get the job done, your customers will be satisfied with uninterrupted service, and your employees will benefit from safe working conditions.