Terra Systems scientists pioneered enhanced in-situ bioremediation technology starting with aerobic bioremediation in the 1970’s when Richard Raymond, Sr. received the first patent for in-situ bioremediation of petroleum hydrocarbon at the Sun Oil Company Ambler, PA spill site.
- We develop cutting edge biological based solutions to solve complex remediation problems backed by a strong Research & Development program and our state-of-the-art manufacturing plant.
- We develop, produce and distribute value-added bioremediation products that are well beyond the capabilities of the toll producers used by other suppliers. We offer:
- long lasting emulsified vegetable oil products (SRS® Family),
- emulsified vegetable oil products combined with zero valent iron (SRS®Zvi and EZVI Family)
- quick release lactate products (QRS™ Family)
- TSI-DC® Bioaugmentation Cultures
- We also offer the latest
- Aerobic bioremediation oxygen and nutrient packages
- Chemical Oxidation Products
Terra Systems operates its own manufacturing facilities and can easily setup “Just-In-Time” manufacturing and delivery of SRS®, QRS™ and TSI-DC® Bioaugmentation Culture to your site. We work closely with the on-site project managers to produce and deliver our products based on real-time site conditions. The benefit of this is that if you run into any injection delays, you don’t have to worry about on-site storage of large amounts of material especially in hot weather. As a product supplier, we view environmental consulting companies as our customers, not our competitors and our goal is to make you successful with your clients.
Terra Systems operates a treatability laboratory that can evaluate various remedial alternatives including in situ anaerobic and aerobic bioremediation, in situ chemical oxidation, and in situ chemical reduction. We can compare various amendments and dosages or approaches to help you pick a successful, cost-effective remedial alternative for your site. We can evaluate the need for buffering, supplemental nutrients or other amendments, and bioaugmentation cultures.