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Modified Pelletized Adsorbent with High BET Surface Area 250–400 ㎡/g for SO₂ and H₂S Adsorption Efficiency

Merknaam:	esorbtech
Modelnummer:	GPT
MOQ:	1 ton
Prijs:	Bespreekbaar
Betalingsvoorwaarden:	T/T
Leveringsvermogen:	30000 ton per jaar

Gedetailleerde informatie

Productbeschrijving

Gedetailleerde informatie

Plaats van herkomst:

China

Certificering:

ISO

Producttype:

Gemodificeerd gepelletiseerd adsorbens

Materiaal:

Op oxide gebaseerd

Verschijning:

Lichtgrijze cilindrische pellets

BET oppervlakte:

250–400 ㎡/g

Applicatie:

Zuurgas- en geurbestrijding

Verpakking Details:

500 kg per bulkzak; 25 kg per zak

Markeren:

BET Surface Area 250–400 ㎡/g Modified Pelletized Adsorbent

SO₂ Adsorption Efficiency 95% Modified Pelletized Adsorbent

H₂S Adsorption Efficiency 90% Modified Pelletized Adsorbent

Productbeschrijving

Modified Pelletized Adsorbent for Acid Gas & Odor Control

Product Introduction

The Modified Pelletized Adsorbent for Acid Gas & Odor Control is a high-performance inorganic cylindrical adsorbent specifically engineered for the removal of acidic gases and odorous compounds such as SO₂, H₂S, NOₓ, NH₃, and organic sulfides.

Composed of selected metal oxide composite materials with optimized mesoporous structures, it provides strong chemical adsorption capability and long-term stability under acidic conditions. Compared with traditional activated carbon, this non-carbon adsorbent offers superior thermal resistance, no fire risk, and longer service life, making it ideal for environmental treatment systems in chemical, electronics, wastewater, and industrial exhaust purification applications.

Specifications

Specification	Value
Mean Particle Diameter, mm	4.0
Appearance	Light Grey Cylindrical Pellets
BET Surface Area, ㎡/g	250-400
SO₂ Adsorption Efficiency, %	95 (min)
Thermal Stability, ℃	400 (min)
Bulk Density, kg/m³	500-650
H₂S Adsorption Efficiency, %	90 (min)

Note: Specifications and particle sizes can be customized according to customer requirements.

Features

High Chemical Adsorption Capacity: Excellent efficiency for SO₂, H₂S, and other acid gases through surface oxidation-reduction and chemical reaction mechanisms.
Strong Odor Removal: Effectively eliminates offensive gases such as mercaptans, amines, and volatile sulfur compounds.
Non-Carbon Composition: Inorganic base ensures high safety, eliminates spontaneous ignition risk, and maintains stable performance under humid or acidic conditions.
Durable & Regenerable: Stable pore structure and high crush strength allow multiple regeneration cycles with minimal performance decay.
Environmentally Safe: Low dust generation, low ignition loss, and full compliance with industrial emission control standards.

Applications

Acid Gas Removal Systems: Used in exhaust gas purification units for SO₂ and H₂S abatement.
Odor Control Facilities: Ideal for wastewater treatment plants, composting centers, and chemical process ventilation systems.
Industrial Exhaust Treatment: Applied in coating, printing, and electronics manufacturing for removal of corrosive or odorous vapors.
Activated Carbon Replacement: Suitable for environments where non-flammable, high-temperature-resistant adsorbents are required.

Manufacturing Process

High-Purity Material Selection: Produced from composite metal oxides and inorganic binders under precise formulation control.
Optimized Pore Design: Mesoporous structure tailored for acid gas diffusion and chemical adsorption.
Thermal Stabilization: High-temperature sintering ensures mechanical strength and chemical durability in harsh exhaust environments.
Quality Assurance: Each batch is tested for surface area, SO₂/H₂S removal efficiency, and thermal stability to ensure consistent performance.

Packaging Options

25 kg Bags: Moisture-resistant multi-layer bags with PE inner liner, suitable for small and mid-scale installations.
500 kg Jumbo Bags: Designed for industrial-scale odor control and exhaust treatment systems.
Customized Packaging: Available upon request for specific handling or system integration needs.

Taggen:

Modified Pelletized Adsorbent with 400–600 ㎡/g BET Surface Area for High Solvent Adsorption Efficiency and Superior Regeneration Durability

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Modified Pelletized Adsorbent for VOCs & Solvent Vapor Recovery with Thermal Stability 350℃ 450-550 kg/m³ Bulk Density and 200 Regeneration Cycles

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Granulaire geactiveerde koolstof

Korrel Geactiveerde Koolstof

Actieve koolstof uit honingraat

Actieve kool in poedervorm

Geïmpregneerde geactiveerde koolstof

Adsorptie materiaal

Granulaire geactiveerde koolstof

Korrel Geactiveerde Koolstof

Actieve koolstof uit honingraat

Actieve kool in poedervorm

Geïmpregneerde geactiveerde koolstof

Adsorptie materiaal

details van de producten

Modified Pelletized Adsorbent with High BET Surface Area 250–400 ㎡/g for SO₂ and H₂S Adsorption Efficiency

Modified Pelletized Adsorbent with High BET Surface Area 250–400 ㎡/g for SO₂ and H₂S Adsorption Efficiency

BET Surface Area 250–400 ㎡/g Modified Pelletized Adsorbent

SO₂ Adsorption Efficiency 95% Modified Pelletized Adsorbent

H₂S Adsorption Efficiency 90% Modified Pelletized Adsorbent

BET Surface Area 250–400 ㎡/g Modified Pelletized Adsorbent

SO₂ Adsorption Efficiency 95% Modified Pelletized Adsorbent

H₂S Adsorption Efficiency 90% Modified Pelletized Adsorbent

Modified Pelletized Adsorbent with 400–600 ㎡/g BET Surface Area for High Solvent Adsorption Efficiency and Superior Regeneration Durability

Modified Pelletized Adsorbent for VOCs & Solvent Vapor Recovery with Thermal Stability 350℃ 450-550 kg/m³ Bulk Density and 200 Regeneration Cycles