
BCX is an employee owned, privately held Canadian Company, licensed and insured to provide environmental engineering services in Ontario.
Our mandate is to offer quality professional work that allows our clients to meet their environmental compliance needs in a cost effective and practical way.
We specialize in air quality services including permit/approval applications; annual emissions reporting; dust and odour mitigation/management plans; advanced air dispersion modelling to support air quality impacts assessments; land use compatibility studies and peer reviews.
We strive to provide “Your Environmental Compliance Solutions”.
Bridget Mills, P.Eng. – Senior Environmental Engineer
Bridget Mills is BCX’s senior air quality professional. Bridget has over 20 years of air quality consulting experience with more than 15 years dedicated to managing and actively participating in air quality studies that support environmental approvals, municipal licenses and environmental abatement action plans. Bridget specializes in MOE communication and has successfully developed strong and positive relationships between the MOE and BCX’s clients.
Christina Wright, M.Env.Sc., CCEP – Environmental Compliance Specialist
Christina Wright is BCX’s Environmental Compliance Specialist. Christina’s primary strength lies in interpreting legislation, representing our key clients in stakeholder discussions and providing information and guidance to our clients to help them to effectively implement and manage change. Christina’s unique background in both environmental consulting and industry enables her to provide practical and cost effective strategies and solutions.
Xiaoxi (Winnie) Song, M.Sc. – Air Modelling Specialist
Winnie Song is BCX’s lead Air Dispersion Modelling Specialist. Winnie is proficient in Ontario’s regulatory air dispersion models including the Ontario Regulation 346 model, Screen 3, AERMOD, and MOBILE 6.2 source code. Having been trained to use source code for both the US EPA’s ISC and AERMOD suite of models, Winnie has a superior understanding of the strengths and weaknesses of commonly used interfaces to these models including the Lakes-AERMOD interface.