Heavy Rains Cause Wastewater Overflow in Lake Odessa

Lakewood Wastewater Authority reports 13,000 gallons of raw sewage spilled into local creek

Apr. 8, 2026 at 10:54am

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Recent heavy rainstorms led to an overflow in the wastewater system in Lake Odessa, Michigan, causing 13,000 gallons of raw sewage to flow into Woodland Creek on Monday, according to Lakewood Wastewater Authority (LWA) Utilities Operator Daniel Telman.

Why it matters

Wastewater overflows can pose significant environmental and public health risks, contaminating local waterways and potentially exposing residents to harmful bacteria and pathogens. This incident highlights the vulnerability of aging water infrastructure during extreme weather events, an issue many communities are grappling with.

The details

According to Telman, one of LWA's lift stations overflowed due to the heavy rainfall, leading to the sewage spill into Woodland Creek. Lift stations are critical components of wastewater systems that pump sewage through the network of pipes, and they can become overwhelmed during intense precipitation.

  • The wastewater overflow occurred on Monday, April 8, 2026.

The players

Lakewood Wastewater Authority (LWA)

The local utility responsible for wastewater management in the Lake Odessa area.

Daniel Telman

The Utilities Operator for Lakewood Wastewater Authority who reported the wastewater overflow incident.

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What they’re saying

“One of our lift stations overflowed from the rain that we had.”

— Daniel Telman, Utilities Operator, Lakewood Wastewater Authority

What’s next

LWA officials stated they are investigating the incident and working to address any issues with the wastewater system to prevent future overflows.

The takeaway

This wastewater overflow highlights the need for continued investment and upgrades to aging water infrastructure, especially as extreme weather events become more frequent due to climate change. Proactive maintenance and modernization of critical systems like lift stations can help communities better withstand heavy rainfall and protect local waterways.