Ecosorb® Multi-Functional Adsorbent Media

• Chemical compatibility: Do not use Ecosorb products with strong oxidizing agents such as nitric acid Ecosorb Products are chemically stable with most organic solvents, including methanol, IPA, toluene, DCM, THF, and hexanes.
• Heat of Adsorption: When added to both polar and nonpolar solvents, Ecosorb products, like many other adsorbents, will release heat energy.
• Shelf Life: One year from date of Manufacture
• Packaging: 30 lbs per bag/40 bags per pallet

• Chemical compatibility: Do not use Ecosorb products with strong oxidizing agents such as nitric acid Ecosorb Products are chemically stable with most organic solvents, including methanol, IPA, toluene, DCM, THF, and hexanes.
• Heat of Adsorption: When added to both polar and nonpolar solvents, Ecosorb products, like many other adsorbents, will release heat energy. In deep bed and precoat applications temperatures can exceed the boiling point of certain solvents under some conditions.
• Shelf Life: One year from date of Manufacture
• Packaging: 44 lb (20 kg) drums/4 drums per pallet

• Chemical compatibility: Do not use Ecosorb products with strong oxidizing agentssuch as nitric acid Ecosorb Products are chemically stable with most organic solvents, including methanol, IPA, toluene, DCM, THF, and hexanes.
• Heat of Adsorption: When added to both polar and nonpolar solvents, Ecosorb products, like many other adsorbents, will release heat energy. In deep bed and precoat applications temperatures can exceed the boiling point of certain solvents under some conditions.
• Shelf Life: One year from date of Manufacture
• Packaging: 30 lbs per bag/40 bags per pallet

• Chemical compatibility: Do not use Ecosorb products with strong oxidizing agentssuch as nitric acid Ecosorb Products are chemically stable with most organic solvents, including methanol, IPA, toluene, DCM, THF, and hexanes.
• Heat of Adsorption: When added to both polar and nonpolar solvents, Ecosorb products, like many other adsorbents, will release heat energy. In deep bed and precoat applications temperatures can exceed the boiling point of certain solvents under some conditions.
• Shelf Life: One year from date of Manufacture
• Packaging: 30 lbs per bag/40 bags per pallet

• Chemical compatibility: Do not use Ecosorb products with strong oxidizing agents such as nitric acid Ecosorb Products are chemically stable with most organic solvents, including methanol, IPA, toluene, DCM, THF, and hexanes.
• Heat of Adsorption: When added to both polar and nonpolar solvents, Ecosorb products, like many other adsorbents, will release heat energy. In deep bed and precoat applications temperatures can exceed the boiling point of certain solvents under some conditions.
• Shelf Life: One year from date of Manufacture
• Packaging: 30 lbs per bag/40 bags per pallet

• The low hydaulic pressure drop of C902 makes it ideal for use in precoat and single plate NEUTCHE filters with bed depths from 2.5 to 50 cm.
• The distinct advantages with these types of operations are that they eliminate carbon additions to the reactor, thus simplifying clean up, and in some cases, greatly increase adsorption efficiencies and purity.
• When used in batch operations, Ecosorb® provided reduced filtration times for reaction mixtures with significant amounts of solids and higher viscosities.
• C-905 can be effectively used in batch, precoat, or deep bed modes of operation.

• The low hydraulic pressure drop of C905 makes it ideal for use in precoat and single plate NEUTCHE filters with bed depths from 2.5 to 50 cm.
• The distinct advantages with these types of operations are that they eliminate carbon additions to the reactor, thus simplifying clean up, and in some cases, greatly increase adsorption efficiencies and purity.
• When used in batch operations, Ecosorb® provides reduced filtration times for reaction mixtures with significant amounts of solids and higher viscosities.
• Color, reaction by-products

• The low hydaulic pressure drop of C910 makes it ideal for use in precoat and single plate NEUTCHE filters with bed depths from 2.5 to 50 cm.
• The distinct advantages with these types of operations are that they eliminate carbon additions to the reactor, thus simplifying clean up, and in some cases, greatly increase adsorption efficiences and purity. When used in batch operations, Ecosorb® provides reduced filtration times for reaction mixtures with significant amounts of solids and higher viscosities.
• PM catalysts, Pd, color, reaction by-products

• The low hydraulic pressure drop of C910 makes it ideal for use in precoat and single plate NEUTCHE filters with bed depths from 2.5 to 50 cm.
• The distinct advantages with these types of operations are that they eliminate carbon additions to the reactor, thus simplifying clean up, and in some cases, greatly increase adsorption efficiences and purity. When used in batch operations, Ecosorb® provides reduced filtration times for reaction mixtures with significant amounts of solids and higher viscosities.
• PM catalysts

• The low hydaulic pressure drop of C910 makes it ideal for use in precoat and single plate NEUTCHE filters with bed depths from 2.5 to 50 cm.
• The distinct advantages with these types of operations are that they eliminate carbon additions to the reactor, thus simplifying clean up, and in some cases, greatly increase adsorption efficiences and purity. When used in batch operations, Ecosorb® provides reduced filtration times for reaction mixtures with significant amounts of solids and higher viscosities.
• PM catalystsC-906 - color, reaction by-products

• The low hydraulic pressure drop of C910 makes it ideal for use in precoat and single plate NEUTCHE filters with bed depths from 2.5 to 50 cm.
• The distinct advantages with these types of operations are that they eliminate carbon additions to the reactor, thus simplifying clean up, and in some cases, greatly increase adsorption efficiencies and purity. When used in batch operations, Ecosorb® provides reduced filtration times for reaction mixtures with significant amounts of solids and higher viscosities.
• C-948 can be effectively used in batch, precoat, or deep bed modes of operation.

• Provides maximum process flexibility ion exchange and filtration media
• Eliminates multiple treatments, easy to use Dust free media
• Provides cleaner, safer working conditions
• Reduces housekeeping
• Avoids problems with sensitive electronics Highly permeable precoat
• Increases overall productivity by extending cycle times
• Reduces labor requirements
• Maximizes adsorption efficiency Compatible with standard
• Minimizes capital investment filtration systems
• Simplifies design and implementation Custom formulations available
• Provides products to meet special requirements ISO 9001 / GMP manufacturing
• Guarantees high quality and consistency Kosher approved
• Meets regulatory requirements

• Improved clarity
• Improved purity
• Reduced costs
• Maximized adsorbent efficiency
• Improved worker safety
• Clean environment
• Reduced solid waste
• Easily sluiced filters
• Lengthened cycle times
• Simplified operations

• Increased Productivity
• Lower Operating Costs
• Improved Worker Safety
• Cleaner Work Environment
• Reduced Solid Waste and Sweet-Water
• Easily Cleaned Filters• No Carbon Bleed-Through

• Reduces TOC to < 0.1 ppm
• Removes soluble and insoluble heavy metals
• Clean, dust-free, easy to use
• Works with existing filtration equipment

• Combines adsorption, filtration and ion
• exchange capacity into a single product
• Uses a proprietary method to affix fine particles of activated
• carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent
• flow characteristics, purification processes run longer and deliver better quality effluents
• Liquid sugar, beverage ingredient decolorization

• Combines adsorption, filtration and ion exchange capacity into a single product
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion
• exchange capacity into a single product
• Uses a proprietary method to affix fine particles of activated
• carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent
• flow characteristics, purification processes run longer and deliver better quality effluents
• Decalcification; softening
• Liquid sugar, beverage ingredient decolorization

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• The high ion exchange resin content of S492 makes it extremely efficient for decolorization, including color bodies not easily removed by activated carbon.
• It is designed for use in liquid sugar refining and processing operations, where a large reduction in color is required.
• Typical applications include sugar processing, sugar alcohols, starch derived sweetners and artifical sweeteners.

• Ecosorb® S500 can be used in a traditional slurry (batch or continuous) operation.
• When compared to earlier Ecosorb® S-Series products, up to 50% greater decolorization capacity with equivalent filter cycle life can be achieved.
• This further reduces solid waste generation, providing superior benefits when compared to the use of powder activated carbon (PAC).

• Combines adsorption, filtration and ion exchange capacity into a single product
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

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• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.

• Dust-free and convenient use
• Odor-free
• Reduced solid waste
• Compatible with columns or industrial filters

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.
• Its high activated carbon content makes it extremely efficient for removing dissolved organics and chelated metals.

• Combines adsorption, filtration and ion exchange capacity into a single product.
• Uses a proprietary method to affix fine particles of activated carbon and ion exchange resin onto an inert support.
• By combining the superior kinetics of fine particles with excellent flow characteristics, purification processes run longer and deliver better quality effluents.
• Its high activated carbon content makes it extremely efficient for removing dissolved organics and chelated metals.

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