1 of 1

Project Challenge �Cities around the world are dealing with the compounding challenges of aging infrastructure and climate change. This manifests as issues such as leaky sewer pipes, chronic flooding, and geotechnical failures. Many of these issues are related to the subsurface environment that plays many critical roles for cities but for which there is a lack of real-time information. Moreover, communities that are socioeconomically disadvantaged and/or of racial minorities have been more exposed to these environmental hazards.

Leveraging Existing Fiber-Optic Cables to Identify and Manage Urban Environmental Hazards

Pilot Location – Pittsburgh PA

NSF Award ID: 2228314

PI: Tieyuan Zhu, Penn State

Co-PI: Lauren McPhillips, Penn State

Co-PI: Zhen Lei, Penn State

Senior Personnel: David Himes, Penn State Pittsburgh Center

2022 Civic Innovation Challenge

Pilot Vision

  • The goal of the stage 2 project is to work with the civic and community partners in Pittsburgh to develop and validate a fiber-optic sensing technology for monitoring hazards: sewer leaks, flooding, landslides, and sinkholes.
  • The new technology could enhance the early warning and management capabilities of decision-makers, helping them to be more “aware” of the interaction of stormwater and geohazards and extreme weather before costly failures occur (e.g., stormwater leakage, flooding, landslides).
  • If successful, this technology can be implemented beyond Pittsburgh to improve monitoring of water infrastructure and geohazards, enabling targeted, cost-effective and equitable management of water resources and geohazards in other cities.

Civic Partners:

  • Pittsburgh Water & Sewer Authority
  • City of Pittsburgh
  • DQE Communications Inc

Research Partners:

  • Penn State Pittsburgh Center
  • CMU – Metro21

Research Questions

We aim to develop and validate a fiber-optic sensing system capable of economically providing scalable, real-time information on vibrations from subsurface and surface hazards with sub-meter resolution level.

  • Identify communities and community needs including geo-environmental hazards that are of great concern and impacts
  • Identify prospective focal sites for the pilot project that are representative and equitable and with access to fiber-optic cables.
  • What’s the availability of existing data/information for validating the new technology?