Additive > Xypex Bio-San C500

Bio-San C500

Xypex Bio-San C500 is a uniquely designed admixture for integral, long-term protection of concrete in harsh sewage conditions with levels of H2S that cause microbial induced corrosion (MIC). Bio-San C500 combines potent antimicrobial protection along with the unique crystalline technology of the Xypex Admix C-Series.

Bio-San contains bio-active mineral solids that become permanently fixed within the cement matrix impairing bio-film formation thus inhibiting the growth of acid causing sewer bacteria such as Thiobacillus due to concentrations of H2S. The unique Xypex Crystalline Technology creates a permanent structure throughout the pores and capillary tracts providing waterproofing and enhanced chemical protection including acid and sulphate resistance. Bio-San C500 prevents microbial induced corrosion, stops infiltration/exfiltration of water, and provides acid and sulphate resistance, significantly extending the service life of concrete sewage collection systems and waste water infrastructure.

Recommended for:

• Manholes / Sewer Pipes
• Pump and Lift Stations
• Head Works
• Septic Tanks
• Digesters
• Clarifiers
• Industrial Structures

Advantages

• Inhibits microbial induced corrosion
• Resists extreme hydrostatic pressure
• Resistant to aggressive chemicals (acids and sulphates)
• Can seal static hairline cracks up to 0.5 mm
• Becomes a permanent, integral part of the substrate and cannot be punctured, damaged or lose adhesion
• Does not contain any VOCs
• Less costly to apply than most other methods
• Added to the concrete at the time of batching and therefore not subject to weather and surface moisture constraints

News

News
Preview	Summary	Date
	Xypex at Niwot Sanitation District, Longmont, Colorado, USA The original plant, built in 1967, faced increasing challenges due to aging equipment and stricter federal regulations governing wastewater discharge. Upgrades were essential to comply with a new discharge permit that requires enhanced treatment proces...	Nov 27, 2024