From incineration to filtration, traditional PFAS methods fail to fully eliminate the problem often just shifting contamination rather than solving it.
Thermal Destruction
Doesn’t fully break down PFAS; creates toxic byproducts.
Ion Exchange Resins
High cost, complex disposal, and limited regeneration.
Granular Activated Carbon
Frequent replacement, bulky setups, ineffective against short-chain PFAS.
SEBS combines precision-engineered bacterial enzymes with breakthrough microencapsulation to deliver safe, scalable, and effective PFAS remediation without generating new pollutants or requiring costly disposal.
Eco-friendly remediation with minimal ecological disruption
Cost-effective with less labor, equipment, and energy required
On-site treatment avoids risk and regulatory hurdles
Eco-friendly remediation with minimal ecological disruption
Cost-effective with less labor, equipment, and energy required
On-site treatment avoids risk and regulatory hurdles
Broad-spectrum action on PFAS and pathogens
Supports long-term recovery and natural balance
Scales to any site size or contamination level
Inside the Technology: Microencapsulation
Microencapsulation protects and boosts your biological agents, ensuring targeted, efficient, and safe delivery, even in tough conditions. Here’s how it benefits you
