ADEKOM Standalone ETC Oil-free Converter

Standalone ETC Oil-free Converter

Advanced Oil-Free Conversion Technology, the ETC oil-free converter employs a specialized, eco-friendly catalyst to transform oil-contaminated compressed air into high-purity, oil-free air. This innovative process uses catalytic oxidation to break down hydrocarbons into water (H₂O) and carbon dioxide (CO₂) by reacting with oxygen (O₂) in the air at specific temperatures. Simultaneously, high temperatures sterilize the air by eliminating microorganisms, ensuring a clean and oil-free compressed air supply that meets the stringent ISO 8573-1 Class 0 standard.

ETC Oil-Free Conversion Technology Principle

A special new type of environmentally friendly solid catalyst is used to physically and chemically catalyze the reaction at a certain temperature, converting oil and other hydrocarbons into H₂O and CO₂. The compressed air processed by the oil-free converter achieves Class 0 oil-free performance, making it applicable in fields requiring air oil content to comply with the ISO 8573-1, Class 0 standard.

ETC Catalyst Characteristics:

The ETC catalyst is a special, new type of environmentally friendly solid material.
It features porous permeability and anisotropy.
It contains countless pores of varying sizes (as shown in the figure below), with a surface area of up to approximately 200 m²/g.
Its operating temperature ranges between 170–250°C.

Product Features

The catalytic conversion chamber

Inside the catalytic conversion chamber, it is full of catalytic which is solid, highly porous system of mega-, macro-and micropores. The high porosity means also a high surface area of approx..200m²/g.

Chemical reaction the inside Eco Tec Converter is a physical-chemical process which uses this special catalyst to convert the oil and other hydrocarbons into water and CO₂.

After it has passed the Eco Tec Converter the quality of the absolutely oil free compressed air exceeds by the requirements of ISO 8573-1 class 1 standard.

Function of ETC

Compressed air entering ETC system
Stainless steel air/air heat exchanger
Heater
Catalyst
Converter vessel
Minimum pressure valve
Class 0 quality oil-free air

Technical Parameter

Model	Capacity FAD （Nm³/min）	Outlet connerction size	Working pressure bar(g)	Power （kW）	Dimensions （mm）
KET-S0.8/8	0.8	G1/2″	6≤P≤10	0.8	460×323×870
KET-S0.8/16			10＜P≤16
KET-S0.8/25		—	16＜P≤25		—
KET-S1.5/8	1.5	G3/4″	6≤P≤10	1.5	460×323×870
KET-S1.5/16			10＜P≤16
KET-S1.5/25		—	16＜P≤25		—
KET-S2.5/8	2.5	G1″	6≤P≤10	2	680×540×1070
KET-S2.5/16			10＜P≤16
KET-S2.5/25		—	16＜P≤25		—
KET-S4/8	4	G1-1/4″	6≤P≤10	2.2	680×540×1070
KET-S4/16			10＜P≤16
KET-S4/25		—	16＜P≤25		—
KET-S6/8	6	G1-1/2″	6≤P≤10	3	1050×420×1450
KET-S6/16			10＜P≤16
KET-S6/25		—	16＜P≤25		—
KET-S8/8	8	G2″	6≤P≤10	3.4	1186×450×1425
KET-S8/16			10＜P≤16
KET-S8/25		—	16＜P≤25		—
KET-S10/8	10	G2″	6≤P≤10	4.2	1186×450×1425
KET-S10/16			10＜P≤16
KET-S10/25		—	16＜P≤25		—
KET-S12/8	12	DN65	6≤P≤10	5	1100×990×1550
KET-S12/16			10＜P≤16
KET-S12/25		—	16＜P≤25		—
KET-S16/8	16	DN65	6≤P≤10	6.2	1220×1055×1590
KET-S16/16			10＜P≤16
KET-S16/25		—	16＜P≤25		—
KET-S20/8	20	DN80	6≤P≤10	7.5	1240×1090×1630
KET-S20/16			10＜P≤16
KET-S20/25		—	16＜P≤25		—
KET-S24/8	24	DN80	6≤P≤10	8.8	1527×1250×1625
KET-S24/16			10＜P≤16
KET-S24/25		—	16＜P≤25		—
KET-S30/8	30	DN100	6≤P≤10	9.6	1550×1320×1725
KET-S30/16			10＜P≤16
KET-S30/25		—	16＜P≤25		—
KET-S40/8	40	DN100	6≤P≤10	13	1980×1370×1750
KET-S40/16			10＜P≤16
KET-S40/25		—	16＜P≤25		—
KET-S50/8	50	DN125	6≤P≤10	15.5	2450×1370×1800
KET-S50/16			10＜P≤16
KET-S50/25		—	16＜P≤25		—
KET-S60/8	60	DN125	6≤P≤10	18.5	2890×1370×1800
KET-S60/16			10＜P≤16
KET-S60/25		—	16＜P≤25		—

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