Restorative Remediation Treatments
Guaranteed Results With Guaranteed Cost Reductions
Performance
Performance History
The environmental industry in general and the remediation market in particular are replete with companies that make exorbitant claims for the products they sell and services they provide. At BioTech, we're scientists, chemists and researchers so we can't operate in the realm of anecdotal performance claims that can't be supported by rock hard data. If you're an engineering consultant considering a site remedy, your reputation and your ongoing relationship with your client is at stake. If you're the owner of a polluted site, you know full well that cleaning up a site is a hugely complex and increasingly expensive proposition. If you're a project manager, your company's budget has taken a hit because of environmental issues and Sarbanes Oxley isn't likely to make your life less complicated.
The performance data that follows relates to both actual field data and bench studies performed as a precursor to applying formulated product in the field. All data is backed by independent analysis performed by certified commercial laboratories with extensive expertise in performing the relevant analytical methods. In every case the BioTech remedy was at least 30% lower in cost than the previously proposed site corrective action plan.
BioTech's treatments have never failed to achieve a site's mandated cleanup goals when applied as recommended. At Camp Pendleton, California, a BioTech treatment developed to eliminate residual pesticides on 400 acres reduced soil treatment costs by $100 million. At a 5 acre PCB site near San Francisco, the client's soil disposal costs were reduced from $3.5 million to $825,000. In Morgan Hill, a farmer who sold 14 acres of pesticide impacted land was able to achieve residential cleanup goals and save $4 million over soil excavation and off haul to landfill.
Links to BioTech's performance data: Manufacturing Sites, Arid Soils, Sensitive Ecologies, High Organic Soils, Short-term
Treatments, Haz-Waste Concentrations, Target Pollutants, Mixed Contaminant Compounds, Petroleum Hydrocarbon Pollutants, Dioxin Study, High & Low Pollutant Concentrations