Busiek, Brian

Brian Busiek is an environmental engineer with Herrera in Portland, Oregon. His career focus over the past fifteen years has been on advancing green...

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About Busiek, Brian

Brian Busiek is an environmental engineer with Herrera in Portland, Oregon. His career focus over the past fifteen years has been on advancing green stormwater infrastructure implementation and helping clients with the development of green infrastructure programs, policies, plans, and designs. He has worked for a number of innovative major cities including Washington, DC; Seattle; Portland; Vancouver, BC; and several Sponge Cities in China. Brian holds an MS in Civil Engineering from Virginia Tech and a BE in Civil Engineering from Vanderbilt University.

Busiek, Brian

Titles from this speaker

Developing and Deploying a One-Water Planning Approach for the Cambie Corridor

Abstract

The City of Vancouver, British Columbia, is working to develop an integrated or 'one water' approach to delivering water-related infrastructure (i.e., potable, sanitary, and stormwater) to the Cambie Corridor, a rapidly developing transit corridor south of downtown. The current water-related infrastructure is beyond capacity; and a recent land-use plan for the 1,000-hectare corridor revealed that the population living and working there is expected to more than double in the coming decades. These land-use pressures along with climate change and ecosystem health concerns necessitate a fresh, holistic look at all forms of water infrastructure serving the corridor. To create a plan for the corridor, the City used a collaborative engagement process to develop a water-servicing vision and a multi-benefit assessment approach for evaluating one-water opportunities (i.e., programs, policies, and projects). Opportunities include various types of distributed green and blue-green stormwater infrastructure, regional green stormwater management facilities, water conservation and efficiency strategies, site and district scale non-potable water reuse (e.g., rainwater, greywater, and foundation drainage), and policies and programs to mandate, incentivize, and/or encourage private investments and partnerships. The assessment approach, which will be the focus of this presentation, was used to identify, value, screen, and ultimately optimize the suite of opportunities needed to meet the City's objectives. The assessment approach included several analytical tools working in tandem, including (1) a custom-built Water Balance Model paired with a calibrated hydrologic and hydraulic model to evaluate opportunity performance, (2) a GIS tool to help site opportunities, (3) a Decision Support Tool to value ecological and community co-benefits and measures of reliability and feasibility, (4) a scenario planning analysis to account for risks and future uncertainty, and (5) an optimization tool that uses advanced statistical algorithms to identify the ideal combination of opportunities that meets water-servicing targets, minimizes costs, and maximizes co-benefits. This assessment approach allowed the City to balance the trade-offs inherent in a multi-objective analysis in a defensible, transparent, and easy-to-understand way. The effort culminated in development of a high-level long-term water servicing strategy for the corridor and a more detailed short-term capital plan for investments in the next 4 to 8 years.

This paper was presented at the WEF Stormwater Summit in Minneapolis, Minnesota, June 27-29, 2022.

SpeakerBusiek, Brian

Presentation time

09:00:00

09:30:00

Session time

08:30:00

10:00:00

Session number10

Session locationHyatt Regency Minneapolis

Topicgreen stormwater infrastructure, Integrated Resource Planning, Optimization

Author(s)

B. Busiek

Author(s)B. Busiek1; J. Schmidt2

Author affiliation(s)Herrera

SourceProceedings of the Water Environment Federation

Document typeConference Paper

PublisherWater Environment Federation

Print publication date Jun 2022

DOI10.2175/193864718825158455

Volume / Issue

Content sourceStormwater Summit

Word count12

Base text size -

Busiek, Brian

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