Jet Venturi scrubbers can remove dust and gas simultaneously. Their advantage is the ability to handle high concentrations of gases such as Chlorine or other water soluble gases. In many applications, the Jet Venturi can be used without any additional fan. (read more)

Steam stripping systems are available for removal of organics such as Benzene as well as dissolved gases such as Ammonia. Steam stripping involves the same type of technologies used in our Air Strippers. (read more)

Removal of Carbon Dioxide from water can be accomplished at low cost using a Branch Air Stripper. (read more)

Packaged scrubber systems are available from Branch Environmental in sizes for Pilot Plants. These skid-mounted packages minimize cost of installation. Materials of construction include fiberglass, stainless steel, or other specialty materials to meet any chemical handling requirement. Larger systems are available for any capacity. (read more)

Where ammonia is present in water to be treated, you can remove it using air stripping technology. (read more)

Vapor Phase Carbon Adsorption Systems are designed to remove certain gaseous contaminants, including Dioxins/ Furans, Hydrogen Sulphide, Hydrogen Chloride, Ammonia and Mercaptans.

Branch Environmental Corp. offers a Deep-Bed design that may be used as part of a new pollution control train or system, or as a retro-fit unit to be added to an existing system. (read more)

There are many applications for Jet Venturi scrubbers. One example is emergency systems where a gas leak might occur. The Jet Venturi can rapidly pull the gas eliminating any need for a fan, provide a high liquid recycle rate for good contact with a large amount of vapor. (read more)

• All performance levels are guaranteed.
• Any design configuration can be provided, including vertical and horizontal.
• All safety features with UL, FM or other approved components as needed.
• Complete engineering, including tail gas treatment from one source.
• Shop fabricated capacities of less than 20,000 cfm...

Using the elevated temperature of a steam stripper provides high performance removal of BETX type compounds among others.

Designs are available for refinery level equipment (API pumps, TEMA heat exchangers, ASME vessels) as well as easier applications. (read more)

Packed Towers are used for gas absorption including acid gases such as S02, HCl and others. Packed Towers can also absorb solvents such as Alcohol and gases such as Ammonia. (read more)

Branch provides custom built Air Stripper units for removal of voc, ammonia, hydrogen sulfide and other volatile components from water. (read more)

There are definitely applications where a Catalytic unit is the best choice and it is a benefit to you to use a company like Branch to help you decide which is the lowest cost option for you. (read more)

There are many different types of packing. Branch Environmental will design based on the specific application and can use virtually any supplier for this packing material. The material of construction is either metal or plastic depending on the temperatures and gases to be absorbed. (read more)

In a Regenerative Oxidizer, an effort is made to get the absolutely highest possible energy recovery. (read more)

Air-to-Air Heat Exchangers operate by taking the outlet hot gas and passing this through a heat exchanger with the cold inlet air on the other side of the tubes in the heat exchanger. The cold air is heated up by the outlet air. (read more)

For some applications on oxidizers, the destruction of the compound results in other chemicals which can still not be released to the atmosphere. (read more)

Vapor Phase Carbon Adsorption Systems are designed to remove certain gaseous contaminants, including Dioxins/ Furans, Hydrogen Sulphide, Hydrogen Chloride, Ammonia and Mercaptans. (read more)

Steam strippers can provide very high removal efficiencies. For example, the removal of organic components might well be 99.99% or higher. (read more)

SCR technology is often used where high temperatures, low concentrations or high percentage of NO are encountered.

The catalyst used is normally coated on a ceramic substrate. Various configurations are used including lose pieces of ceramic media and structured honeycomb shapes. The structured shape is the most common because of its lower pressure drop. It is also ea... (read more)

Venturi scrubbers are used to remove very small particles; mist and can also remove gases. The open design eliminates opportunities for the solids buildup and minimizes maintenance. (read more)

Our Venturi scrubbers have been used on applications requiring capture of solids from many different industries. (read more)

AMMONIA STRIPPING-HOW DOES IT WORK?

• Removal of Ammonia
• Air Stripping.

Almost any water soluble chemical can be removed from the gas using a Packed Tower. (read more)

Branch provides custom built Air Stripper units for removal of voc, ammonia, hydrogen sulfide and other volatile components from water. (read more)

Jet Venturi scrubbers can remove dust and gas simultaneously. (read more)

Packed Towers are used for gas absorption including acid gases such as S02, HCl and others. Packed Towers can also absorb solvents such as Alcohol and gases such as Ammonia. Almost any water soluble chemical can be removed from the gas using a Packed Tower. (read more)

Branch Environmental provides the capability of a complete system – not just a scrubber. We can provide a scrubber alone if you prefer or a packaged system incorporating all the components necessary for a complete installation. (read more)

With Direct Oxidizers, nothing additional is done except to allow the temperature to increase. This takes energy. If the inlet load of solvent or VOC is high enough, then this is the best way to approach control. Simply heat the gas. (read more)

Steam stripping systems are available for removal of organics such as benzene, as well as dissolved gases such as ammonia. Steam stripping involves the same type of technologies used in our air strippers (read more)

SCR technology is often used where high temperatures, low concentrations or high percentage of NO are encountered. (read more)

By flowing the water down through a column, the air flowing up will capture the Benzene from the water phase and leave clean water at the bottom. (read more)

Organics can be stripped from water by air or steam

Branch provides removal of VOC, ammonia, hydrogen sulfide and other volatile components. (read more)

Steam stripping systems are available for removal of organics such as Benzene as well as dissolved gases such as Ammonia. (read more)

There are many applications for Jet Venturi scrubbers. One example is emergency systems where a gas leak might occur. The Jet Venturi can rapidly pull the gas eliminating any need for a fan, provide a high liquid recycle rate for good contact with a large amount of vapor. Chlorine emergency scrubbers and ammonia storage emergency scrubbers are examples of this kind of application. (read more)

Organics can be stripped from water by air or steam
Branch provides removal of VOC, ammonia, hydrogen sulfide and other volatile components. (read more)

Hydrogen Sulfide (H2S) can be removed from water using air stripping technology. (read more)

Branch provides custom built Air Stripper units for removal of voc, ammonia, hydrogen sulfide and other volatile components from water. (read more)

Compact modular design for easy and economical installation. Various types of activated carbon available for different applications. (read more)

Venturi scrubbers are used to remove very small particles; mist and can also remove gases. The open design eliminates opportunities for the solids buildup and minimizes maintenance.
Particles down to and including submicron sizes can be captured. (read more)

Steam strippers can provide very high removal efficiencies. For example, the removal of organic components might well be 99.99% or higher.

The steam stripper eliminates the need for the air side treatment. Although there may be a smaller non-condensable vent from the system, it is typically small enough to send to a flare in a Petrochemical or Petroleum plant. (read more)