Snyder Tank Industrial Chemical Injection Tanks

PRODUCT DESCRIPTION

Snyder's Chemical Injection Tanks are an essential component of any pipeline integrity program. Designed to store and dispense a variety of chemicals used in the petroleum, oil, gas, and water treatment industries, these tanks are constructed from materials compatible with the specific chemical and sized adequately to minimize refilling.

Available in High Density Linear Polyethylene (HDLPE) and Crosslink Polyethylene (XLPE) for the horizontal leg tank, as well as stainless steel options, Snyder's Chemical Injection Tanks provide corrosion-resistant solutions for long-term outdoor service. The polyethylene stands offer easy access to the bottom tank connection and feature molded-in metal inserts for optional banding and pump mounting.

FEATURES AND BENEFITS

• HDLPE and XLPE material options for horizontal leg tank, ensuring compatibility with various chemicals
• Stainless steel tank systems also available for specific applications
• Corrosion-resistant polyethylene stands provide easy access to bottom tank connection
• Molded-in metal inserts in stands allow for optional banding and pump mounting
• Containment basins constructed of HDLPE provide 110% containment of tank and include molded-in pump mount bracket
• Horizontal tanks designed to a 1.9 specific gravity for enhanced durability
• All materials are UV stabilized for long-term outdoor service

APPLICATIONS

• Storage and dispensing of chemicals for pipeline integrity programs in:
• Petroleum industry
• Oil and gas industry
• Water treatment industry
• Suitable for a wide range of chemicals, including:
• Hydrate inhibitors
• Corrosion inhibitors/scavenger products
• Surfactants/cleaning/wetting products
• Foamers
• Specialty chemicals
• Paraffin inhibitors
• Defoamers/antifoams
• Scale control chemicals

• Water clarifiers

PERFORMANCE

• Available in capacities ranging from 65 to 335 gallons
• Tank dimensions vary depending on capacity and manufacturing location
• All dimensions may vary +/- 3% due to standard rotational molding tolerance