Enhanced Hydrocarbon Remediation With Trap & Treat® BOS 200+®

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Trap & Treat® BOS 200+®

When heavy hydrocarbon pollution takes hold, you need more than a baseline fix. At severely impacted sites contaminated with crude oil, lubricants and LNAPL, standard biological or chemical treatments often fall short. 

Trap & Treat® BOS 200+® is engineered to succeed where conventional solutions fall short. It combines proven in situ remediation power with next-generation microbial nutrition and expanded microbial communities to restore contaminated environments safely and thoroughly.

How It Works

Trap & Treat® BOS 200+®

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What Is BOS 200+®? 

BOS 200+® in situ remediation builds on the legacy of the widely trusted BOS 200®, enhancing its effectiveness with a specialized biological upgrade. It blends activated carbon with an expanded proprietary consortium of facultative microbes and is preloaded with complex carbohydrates, amino acids, and micronutrients. 

It’s purpose-built to accelerate groundwater and soil hydrocarbon cleanup at sites with high contaminant loads and heavy petroleum products.

BOS 200+® is a dynamic remediation solution that targets: 

  • Light non-aqueous phase liquids (LNAPL)
  • Lube oils and crude oil
  • Fuel oxygenates 
  • Alcohols and glycols
  • Cyclic ethers

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How It Works

BOS 200+® uses a dual-mechanism Trap & Treat® approach to drive robust, long-lasting remediation. Here’s how: 

  • Hydrocarbon binding via activated carbon: The system employs an activated carbon platform to adsorb toxic loads that defeat standard biological remedies. This same adsorption process also immediately cuts off exposure risk pathways.
  • Microbial metabolism engineered for resilience: A combination of microbes degrades the contamination to renew the activated carbon for additional adsorption. Furthermore, the microcosm functions in both aerobic and anaerobic subsurfaces. It works with and on behalf of the environment.

Technical Description

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Primary Applications: Soil and Groundwater Hydrocarbon Treatment 

BOS 200+® is ideal for use in: 

  • Significantly impacted sites
  • Heavy hydrocarbon contamination
  • Complex site conditions
  • Areas with LNAPL presence
  • Locations with high contaminant concentrations
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BOS 200+®: Built to Break Down the Toughest Hydrocarbons 

Key features and capabilities of BOS 200+® include: 

  • Designed for complex contamination: It’s specifically engineered for sites with high concentrations of petroleum hydrocarbons and heavy oils.
  • Safe and nontoxic: BOS 200+® contains no caustic, explosive, or toxic chemicals. It is safe to handle and gentle on subsurface infrastructure.
  • Environmentally supportive: Post-remediation, it buffers groundwater geochemistry and controls pH, desiccation rate, and the dissolved concentration of various chemicals and ions.
  • Self-regenerating adsorption cycle: As contaminants are biologically degraded, the activated carbon regenerates, maintaining adsorption capacity and prolonging the system’s effectiveness.
  • Broad-spectrum compatibility: It functions effectively across a wide range of site conditions and produces no toxic byproducts.

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Why Choose RPI®’s BOS 200+® Remediation Services?

Choosing the right remediation partner matters. Here’s how RPI® sets the standard for expert guidance, regulatory confidence and lasting results you can trust:

  • Comprehensive solutions: We combine top-tier remediation products with expert site design, installation, oversight and post-treatment support.
  • World-class environmental expertise: With years of leadership in in situ remediation, RPI® provides solutions that meet stringent regulatory requirements and accelerate site closure.
  • Proven activated carbon technology: Our carbon-based delivery systems offer unmatched adsorption, safety and microbial habitat advantages. 
  • Remedial design characterization (RDC) sampling included: We offer free RDC sampling to understand site conditions and optimize product performance. 
  • Advanced modeling for smarter remediation: We use high-density conceptual site models to create data-driven treatment plans customized for maximum impact.

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