In addition to our biological wastewater treatment technologies, NORAM has developed proprietary water treatment technologies for soil and groundwater remediation.

The technologies we developed in our role as the lead engineer for the $45 million remediation of a former chlor-alkali site at Squamish, B.C. have taken us to the forefront of treatment for heavy metal contamination, including soil stabilization. Our expertise in this area extends to mercury remediation and acid rock mine drainage (ARD).

In the renewable energy sector, NORAM has carried out a number of definitive techno-economic studies for the forest resource industries for bio-mass fired and cogen power. We have also undertaken pre-feasibility, mapping and permitting studies for wind-farm applications. In addition, our personnel designed and implemented the steam power modules for a local energy-from-waste facility in Burnab , BC. Currently, we are working with European glass manufacturers to design enhanced waste heat recovery systems.

NORAM's Skewed Gas Flow technology finds application in almost two-dozen installations worldwide. Skewed Gas is a cost-effective method for reducing particulate emissions in a wide range of electrostatic precipitator (ESP) applications. Particulate reductions of typically 50% can be achieved by CFD modeling to modify the gas flow trajectories.