Nitrotech
Nitrotech is a nitrogen generation system based on PSA (Pressure Swing Adsorption) technology, designed to produce high-purity nitrogen gas from a compressed air source. The process begins with filtration, where particles, moisture, and oil are removed. The purified air is then directed into adsorption towers filled with CMS (Carbon Molecular Sieve).
In these towers operating according to the PSA principle, oxygen and other gases are selectively retained while nitrogen gas is separated in its pure form. The dual-tower system ensures uninterrupted production through cyclic switching processes. Gas purity is continuously monitored through analyzers located on the outlet line, while the PLC-based control system optimizes all parameters and maintains process continuity.
This methodology provides high performance and process safety with low operating costs.
Nost
Nost is a system designed to maximize fuel savings in systems operating with natural gas or LPG. The system processes the incoming air to produce oxygen. This oxygen is safely stored in a pressure-resistant storage tank.
The stored oxygen is then injected into the combustion chamber in a controlled manner through a microcontroller-based system according to demand, ensuring more efficient combustion of the fuel gas. This controlled supply eliminates inefficient combustion, preventing energy losses while minimizing harmful emissions.
Thanks to its flexible structure, Nost can be easily integrated into combustion devices of various capacities. In addition, the system’s digital interface provides users with real-time performance data and can operate in integration with smart automation systems through remote access and monitoring capabilities.
With all these features, Nost increases energy efficiency, reduces operating costs, contributes to environmental sustainability, and accelerates return on investment in the short term.
Coldnitro
ColdNitro is a cooling system that eliminates problems caused by high temperatures in the summer months in powder paint booth groups and operates with low energy consumption. Thanks to Paintro's high purity nitrogen, it provides cooling down to 15°C without condensation and solves problems such as surface defects, excess consumption, and screen blockage caused by hot compressor air.
Coldnitro offers energy savings by reducing the need for air-conditioned rooms, extends filter life by providing cold nitrogen in filter and cyclone returns. With its adjustable structure according to seasonal conditions, it offers superior performance by maintaining a constant temperature of 18°C in paint transfer hoses.
Paintro
Paintro is an intelligent paint application technology designed to reduce costs while increasing efficiency and quality in production by converting the compressed air used in wet and powder coating lines into nitrogen gas. Nitrogen is a faster and finer gas compared to conventional compressed air.
Thanks to nitrogen, powder coating particles achieve a better electrostatic charge and adhere more smoothly and effectively to the surface. After the initial adhesion, the absence of moisture and oxygen between the overlapping particles allows the powder film layer to spread more homogeneously, resulting in a smoother and higher-quality coating surface.
Oxsitech
Safe and Economical Oxygen Production
Oxygen generators produce high-purity oxygen by separating all gases in the air except oxygen through zeolite-filled columns operating under pressure. By utilizing PSA (Pressure Swing Adsorption) technology, they provide a continuous and efficient production process.
Low Cost, High Efficiency
It is possible to produce oxygen economically and according to demand without depending on oxygen cylinders. The NitroTech Oxygen Generator provides a safe and sustainable oxygen supply for every industry. It enables continuous and controlled oxygen production without the need for costly cylinder supply.
Advantages:
- It produces oxygen up to 99% purity from compressed air.
- By optimizing oxygen consumption, it ensures return on investment within 1-2 years.
- Compact and easy installation: Compressed air line and electrical connection are sufficient.
- It eliminates cylinder change and logistics costs with continuous oxygen production.
Desiccant Dryer
Ecerkom desiccant air dryers are adsorption-type dryers that operate based on the PSA (Pressure Swing Adsorption) principle. This technology effectively removes moisture to provide high-quality compressed air. Our PSA-based dryers can achieve dew points of -20 °C, -40 °C, and -70 °C. As the air passes through a chamber containing these chemical agents, moisture molecules are adsorbed by desiccant materials such as silica gel, alumina, and specialized polymers. As a result, dry air is produced, helping to prevent condensation and corrosion that could compromise the production process or contaminate the product.
Key Features
High Efficiency: Effectively removes moisture from compressed air, improving air quality. With a high moisture removal capacity, these devices ensure optimal air quality in industrial processes.
Low Energy Consumption: Consumes less energy compared to traditional drying methods, providing cost savings. This offers an environmentally friendly solution while reducing energy expenses for businesses.
Easy Maintenance: Thanks to its durable design that requires minimal maintenance, it provides advantages to operators. Ecerkom simplifies and speeds up maintenance processes with user-friendly designs.
Various Capacity Options: Options include ECK16 bar, ECK20 bar, ECK50 bar, as well as custom capacity selections.
Activated Carbon Tower
An activated carbon tower is an effective filtration system used to remove harmful substances, contaminants, and unpleasant odors from various liquids and gases. Ecerkom activated carbon towers are designed as cylindrical structures filled with activated carbon material with a high surface area. The porous structure of activated carbon increases its ability to retain contaminants through the adsorption process.
Working Principle
The operating principle of activated carbon towers is based on the adsorption method.
Inlet:
Contaminated gas or liquid enters the tower from the upper section.
Filtration:
As the air or liquid passes through the activated carbon layer, harmful components and contaminants adhere to the porous structure of the activated carbon. This process enables the separation of pollutants and the purification of air or liquid.
Outlet:
After the activated carbon adsorbs the contaminants, the purified gas or liquid exits the tower.
Activated Carbon Tower Features
Oil and Odor Removal:
The activated carbon tower filters oil vapor and odors from compressed air, providing both oil-free and odor-free air.
Saturation Period:
The activated carbon continues its filtration function until it reaches saturation. Once saturated, the activated carbon must be replaced.
Easy Installation:
Installation of the activated carbon tower only requires connection to the compressed air system.
High Durability:
It offers long-lasting resistance even when exposed to high levels of oil vapor.
Air Tank
Air Tank
As Ecerkom, with our industry experience and expert team, we manufacture both low and high-pressure air tanks. Our products are CE certified and manufactured in compliance with PED 2014/68/EU standards. The air tanks we provide to our customers are delivered in accordance with the highest quality and safety standards. Each product is supplied complete with a CE certificate, hydrostatic test report, pressure gauge, safety valve, and drain valve.
Areas of Use
Our low and high-pressure air tanks are widely used in various industrial applications.
Manufacturing and Assembly Facilities:
Provide the necessary air pressure required for the operation of pneumatic equipment and machinery.
Automotive Industry:
Used in air-powered tools and assembly processes.
Food and Beverage Industry:
Used to provide hygienic compressed air in production processes.
Construction and Agriculture:
Supports the operation of pneumatic tools and equipment.
Energy Sector:
Used in energy production and distribution systems.
Standard Features of Air Tanks
Different Model Options:
Our air tanks are manufactured in two models: horizontal and vertical.
Various Capacity Options:
Available with operating pressures of 11 bar, 16 bar, and 40 bar, and delivered to customers after hydrostatic testing at pressures of 16.5 bar, 25 bar, and 60 bar.
Safety Features:
Equipped with a safety valve, pressure gauge, and drain valve.
Long Service Life:
Provides long-lasting use thanks to high-quality materials and manufacturing standards.
Nitroweld
Nitroweld has been innovatively designed to meet the demands of modern welding technology. Its low-pressure methodology ensures maximum safety and efficiency in laser welding applications. This approach reduces energy consumption through low-pressure operation while contributing to lower operational costs.
In addition, thanks to its continuous gas supply structure, Nitroweld enables uninterrupted operation without the need for cylinder replacement. This feature eliminates work interruptions and potential hazards that may occur during cylinder changes, creating a safer working environment.
As an ideal solution for industrial and professional welding applications, Nitroweld delivers high performance with long service life and stable operating conditions.