Greenhouse Studies or Research-based Projects - Overview
We bring research-oriented capabilities to support the development of tailored, site-specific remediation and revegetation strategies. Whether evaluating waste material characteristics, testing amendment effectiveness, or assessing plant viability, we apply scientific rigor to generate actionable data early in the project lifecycle. Our research efforts are not performed in isolation—they are designed to directly inform field implementation, reduce uncertainty, and improve long-term outcomes. While not our core service line, this applied research capacity complements our engineering and design work, especially in projects involving unconventional or variable waste materials.
In one such project, we supported the remediation of a red mud site by conducting a series of controlled studies to evaluate the viability of vegetation establishment on highly alkaline, low-nutrient material. We tested a range of soil amendments—including organic matter, gypsum, and biosolids—and assessed plant survival, growth, and overall stability in treated substrates. This research allowed us to identify the most effective combinations of treatments and vegetation for field application. Our findings informed the design of a revegetation plan that minimized erosion and dust risks, while enhancing long-term surface stability in a challenging environment.
We applied a similar research-driven approach at a landfill closure project involving residual paper waste. Here, we evaluated the material’s suitability for direct revegetation by testing factors such as moisture retention, nutrient availability, and root development under various treatment conditions. These studies provided essential data that shaped the design of a low-impact vegetative cover system, offering a cost-effective alternative to traditional capping. These projects illustrate our ability to conduct targeted research that translates directly into practical, sustainable solutions—especially where conventional approaches may fall short.
