Musol - Model MPOX Active -Sewer Septicity Control
MPOX Active is engineered to enhance the management of sewer systems by providing a sophisticated approach to controlling septicity. This product operates by selectively targeting hydrogen sulphide and other reduced sulphide compounds at the moment of formation. Its innovative design allows it to remain non-reactive until sulphide production is imminent, thus creating a chemical reservoir that mitigates fluctuations in sulphide levels. MPOX Active can be tailored to provide long-lasting deodorization, resulting in significantly lower dosing requirements. In field trials, MPOX Active achieved a 90% reduction in chemical usage and a 79% decrease in hydrogen sulphide concentrations, leading to a 25% cost reduction compared to calcium nitrate. Additionally, the system simplifies equipment needs for dosing, offering logistical advantages in terms of storage and delivery requirements.
A product aimed at providing a more technically advanced solution to problems in collection systems:
- Replaces Nitrate technology
- More efficient and more robust
- More cost effective
- The MuSol system works by selectively reacting only the hydrogen sulphide and other reduced sulphide compounds as they are formed.
- The product is essentially non-reactive until sulphide is just about to be produced, and therefore, creates a “chemical reservoir” of product, which effectively eliminates peaks and troughs.
- Furthermore, the product can be stabilised so that it may be decided at the design stage how long lasting the de-odorisation will be.
- This results in very low dose rates being used.
- Trials resulted in a 90% reduction in the amount of chemical used, which equated to a 25% reduction in the cost vs. calcium nitrate.
- In addition, a further 79% reduction in hydrogen sulphide levels were achieved.
- The reduction in the amount of chemical required provided further benefits with regard to the size of storage tanks required and frequency of delivery to site.
- Equipment required for dosing MPOX is far simpler than that required for the calcium nitrate system.