Biosolids Odor and Corrosion Control

For more than 20 years, USP Technologies’ comprehensive biosolids odor and corrosion control solutions have been extremely effective at reducing sulfides and other odor causing compounds in municipal and industrial wastewater treatment systems.

Our tailored Biosolids (or wastewater sludge) Odor and Corrosion Control technology programs minimize cost while improving operations in wastewater treatment.

About Biosolids Odor and Corrosion Control

Controlling hydrogen sulfide, mercaptan and amine odors within the wastewater treatment plant can be highly nuanced and variable endeavor. This is especially true if factoring in phosphorus, dewaterability, volatile fatty acids and anaerobic digestibility.

USP takes into account situational needs such as reaction time, organic odors, durational control, biomediated removal needs, P-binding and dewatering enhancement along with the discrete characteristics of each plant to provide the optimal and most cost-effective solution for biosolids odor control.

Our technology toolbox includes hydrogen peroxide, iron salts, PRI-TECH® (peroxide regenerated iron), USP-OC31 (a chloride-oxidant blend), nitrate and peracetic acid. These chemicals can be used alone or in combination.

Benefits of Biosolids Odor and Corrosion Control for Wastewater Treatment

USP Technologies offers tailored biosolids odor and corrosion control technology programs that minimize cost while improving operations within the wastewater treatment plant.

  • Treatment technologies can dovetail to improve overall cost-performance
  • Other benefits can accrue such as enhanced solids separation, phosphorus removal, scaling control and soluble carbon provision.
  • Addresses a wide range of problems including:
    • Hydrogen Sulfide
    • Organic Odors
    • Phosphorus Regulations
    • Poor Dewatering
    • Off-site Disposal Odor Complaints
    • Struvite Scaling

Our highly effective liquid phase odor and corrosion control technology offerings include:

  • Hydrogen Peroxide
  • Iron Salts
  • Peroxide Regenerated Iron Technologies (PRI-TECH®)
  • Peracetic acid (PAA)
  • Chlorite Based Oxidants (USP-OC31)
  • Nitrates

Further Information:

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