Solenis LLC
                
                
                                
                                ANTISPUMIN™ DEFOAMERS
Solenis offers a broad portfolio of defoamers, marketed under the Antispumin™ trade name, which are environmentally friendly and help control foam and entrained air in a variety of processes and applications. These include aerobic treatment, anaerobic digesters, dewatering centrates, secondary clarification and defoamers for thermal seawater desalination for drinking water production as well as defoamers that are silicon-free.
	The causes of foam in any type of treatment plant are varied. In secondary treatment systems, foam is typically caused by biological activity. It can also result from mechanical action, chemical contamination, surfactants in the influent or some polymer treatments. Regardless of the cause, foams are undesirable and often interfere with operations.
	Solenis offers a broad portfolio of defoamers, marketed under the Antispumin™ trade name, which are environmentally friendly and help control foam and entrained air in a variety of processes and applications. These include aerobic treatment, anaerobic digesters, dewatering centrates, secondary clarification and defoamers for thermal seawater desalination for drinking water production as well as defoamers that are silicon-free.
	When used with the OnGuard™ AF control system, Solenis defoamers offer state-of-the-art performance. With the OnGuard™ AF control system, which delivers 24/7 real-time monitoring and control, overdosing foam is no longer a problem. The OnGuard™ AF control system uses a noncontact optical sensor to proportionally feed defoamer according to demand, making it possible to reduce chemical consumption by up to 50%.
	APPLICATIONS
	Antispumin™ defoamers act as antifoam agents to effectively control problematic foam. Common applications include:
	Activated sludge process
	Aerated lagoons
	Plant outflows
	PRODUCT BENEFITS
	Antispumin™ defoamers collapse and break down existing foam and remain on the water’s surface to prevent future foam formation. They provide many benefits, including:
	Effective, long-lasting foam suppression
	Improved operational efficiency
	Reduced costs