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What Is Mitochondrial Disease?Mitochondrial disease refers to a group of genetic conditions that impair how mitochondria...
01/14/2026

What Is Mitochondrial Disease?

Mitochondrial disease refers to a group of genetic conditions that impair how mitochondria—the tiny energy‑producing structures inside nearly all of our cells—function. When mitochondria can’t produce enough energy, organs with high energy demands such as the brain, muscles, heart, and kidneys may struggle to work properly.

These conditions vary widely in symptoms and severity, but they all stem from the same core issue: the body’s cells can’t generate the energy they need to function efficiently.

Learn more here!

This book is a basic introduction to Mitochondrial Diseases. Mitochondrial Disease information is not readily available for families encountering Mitochondrial Diseases, medical personnel nor medical students. This book provides an easy to read primer regarding the diseases, so that, families, me...

01/07/2026

"Family of Brianna Aguilera sues over alcohol service ahead of death"

Austin Blacks Rugby Club and UT Economics group accused of illegally serving alcohol to minors at tailgate

College Drinking is not just a problem
It is deadly

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Despite a slight downward trend in certain alcohol use metrics, the culture and major associated risks of excessive alcohol consumption on U.S. college campuses have shown remarkable persistence between 2004 and 2025. While rates of binge drinking have seen a modest decrease over the past few

Leachate, PFAS, and Radioactive Waste: What Happens at the Belleville and Canton LandfillsLandfills in southeast Michiga...
01/04/2026

Leachate, PFAS, and Radioactive Waste: What Happens at the Belleville and Canton Landfills

Landfills in southeast Michigan—particularly the Belleville-area complex in Van Buren Charter Township and Woodland Meadows in Canton—generate large volumes of leachate. This liquid forms when rainwater and decomposing waste interact, dissolving or carrying contaminants as it moves downward. Michigan regulations require modern landfills to collect this leachate through engineered systems rather than allowing it to seep into soil or groundwater.

Both the Belleville complex and Woodland Meadows use composite liners, perforated pipes, and sump pumps to gather leachate and move it into on‑site storage tanks. From there, the liquid is either hauled by tanker truck or sent through dedicated pipelines to regional wastewater treatment plants. In this part of Michigan, the most common receiving facilities include the Ypsilanti Community Utilities Authority, the Detroit Water Resource Recovery Facility, and the Downriver Wastewater Treatment Plant. These plants accept leachate from multiple Waste Management sites.

Once the leachate reaches a wastewater plant, it undergoes standard municipal treatment. This process removes solids and breaks down many organic contaminants, but it does not destroy persistent chemicals such as PFAS. As a result, PFAS and other long‑lasting compounds pass through the treatment system and enter the receiving rivers—typically the Huron River, the Detroit River, or the Lower Rouge River. Michigan’s environmental agency has been monitoring PFAS in landfill leachate statewide since 2018, and both the Belleville complex and Woodland Meadows participate in that testing.

A critical additional factor at the Belleville site is the presence of Wayne Disposal, a specialized hazardous waste landfill within the same complex. Wayne Disposal is federally licensed to accept low‑level radioactive waste, including materials recently shipped from Manhattan Project cleanup sites. Because this waste is placed in the same engineered landfill environment where leachate is generated, any soluble or mobile radioactive isotopes present in the waste have a pathway into the leachate collection system.

Even “low‑level” radioactive waste can contain isotopes that dissolve in water or bind to fine particles. When rainwater percolates through the waste mass, it can pick up uranium decay products, radium, thorium residues, or other radionuclides depending on the waste source. This is why hazardous waste landfills are required to have double composite liners, redundant leachate collection systems, and extensive groundwater monitoring. These systems exist because contaminants—including radionuclides—can migrate into leachate.

Wastewater treatment plants do not remove radioactive isotopes. They dilute them, settle some out, and discharge the rest into rivers. This means that if radionuclides enter the leachate stream, they can ultimately reach surface waters downstream of the treatment plants.

The Belleville landfill cluster sits in a region with shallow groundwater, wetlands, and downstream communities that are sensitive to contamination. The combination of PFAS‑laden municipal waste, industrial byproducts, and federally regulated radioactive materials makes leachate management an especially important environmental and public‑health concern for the area.

In summary, leachate from these landfills is collected, stored, and transported to municipal wastewater plants, where it is treated but not fully purified of persistent contaminants. Because the Belleville complex accepts low‑level radioactive waste, radioactive isotopes can also enter the leachate stream. Those remaining substances ultimately enter local waterways through treated effluent, raising long‑term questions about environmental justice, watershed health, and regulatory oversight in southeast Michigan.

Among thousands of comments on a recent article about the MegaDumps in our region the question, Where should the trash g...
01/03/2026

Among thousands of comments on a recent article about the MegaDumps in our region the question, Where should the trash go?", came up. The following is an attempt to begin to answer that question.

The question "Where should the trash go?" is a fair one—it's often used to challenge critics of local landfills like Woodland Meadows (Waste Management's RDF in Van Buren Township) or Wayne Disposal by implying there's no better option. But the reality is that landfills should be the last resort, not the default. Michigan (via EGLE) and the US EPA promote a clear sustainable materials management hierarchy that prioritizes preventing waste and recovering value from materials over burying them.
Here's a standard hierarchy (top to bottom, best to worst environmental/economic impact):
Source Reduction (prevent waste from being created in the first place)

Buy less, choose products with minimal packaging, repair items, shift to reusable goods (e.g., cloth bags, refillable bottles). This is the most effective step—less stuff produced means less to manage.

Reuse
Donate usable items (clothes, furniture, electronics), repurpose containers, or participate in buy-nothing groups/Freecycle networks. Many communities have strong reuse programs to keep materials circulating.
Recycling & Composting (divert materials for new uses)

Recycling: Curbside programs handle paper, plastics, metals, glass. Michigan's rate is low (~18-25% statewide/Wayne County), far below the national average (~32%), partly because cheap landfills discourage diversion. Boosting this could recover millions in value annually.

Composting/Organics Diversion: Food scraps and yard waste make up ~35% of Michigan's waste stream. Home composting, community programs, or anaerobic digestion turn them into soil amendments instead of methane-emitting landfill piles. Yard waste is already banned from landfills in many cases.
Energy Recovery (e.g., waste-to-energy incineration or landfill gas capture)

Burn non-recyclable waste to generate electricity/heat, or capture methane from existing landfills. Some Michigan facilities (e.g., in Kent County) do this successfully, powering thousands of homes.
Treatment & Disposal (landfills as the bottom tier)
Only what's left after the above—non-recyclable, non-compostable, non-reusable waste. Modern landfills are engineered with liners, leachate collection, and monitoring to minimize pollution, but they still risk groundwater issues, odors, truck traffic, methane emissions, and long-term land use impacts (especially expansions onto wetlands, as seen in local controversies).

Why This Matters Locally in Van Buren Township
Michigan has plenty of landfill capacity overall (estimated 20+ years statewide), but metro Detroit/Wayne County sites like Woodland Meadows and Wayne Disposal take a disproportionate share—including out-of-state/Canadian waste—because tipping fees are low here.

Expansions (e.g., Woodland Meadows onto wetlands or Wayne Disposal license renewals) face opposition precisely because alternatives exist: stronger recycling/composting mandates, county-level waste utilization goals (pushed in recent Part 115 updates), transfer stations to ship waste elsewhere, or incentives to reduce generation.

Groups like Michigan Against Atomic Waste, local officials (e.g., Rep. Reggie Miller, Supervisor McNamara), and conservationists argue the state should prioritize diversion over more burial, especially for hazardous/radioactive imports.

"It shouldn't go to landfills if we can avoid it—start by reducing what we buy, reuse what we can, recycle/compost aggressively, then use energy recovery. Landfills are only for what's truly leftover."

"Michigan's own policy (EGLE's materials management approach) puts landfills last—focus on the top of the hierarchy to cut reliance on places like Woodland Meadows."

"We already have alternatives: better curbside organics collection, expanded recycling, producer responsibility laws (e.g., for packaging), and regional transfer to underused sites if needed. Burying everything here just because it's cheap isn't sustainable."

(michigan.gov/egle)

01/01/2026

What is ?
CNCNewsCo - Learn More Here
https://www.cncnewsco.com/home/mitochondrial-disease

What are Mitochondrial Diseases? Most of them are known as Rare Diseases. What exactly are Mitochondrial Diseases, though? Mitochondrial Diseases are termed generally as a group of genetic conditions that impact how mitochondria in human cells produce energy. We will start with this general

01/01/2026

Parents and Alcohol Use at College

01/01/2026

New Year and Alcohol don't mix

In Southeastern Michigan the State and Local Governments have taken it upon themselves to encourage the importation of t...
12/31/2025

In Southeastern Michigan the State and Local Governments have taken it upon themselves to encourage the importation of toxic waste, radioactive waste and waste of all types including chemical.

What savings are you seeing in your communities in , ,

It's New Year's EveDo you know where you're kids will be?Alcohol is not necessary to have a good time.College Parents, A...
12/31/2025

It's New Year's Eve
Do you know where you're kids will be?
Alcohol is not necessary to have a good time.

College Parents, Alumni and Grandparents- what do you know about college drinking?

NCSU Belltower ECU Media Center Universidad Tecnológica de Honduras

🍎 Resources for Parents & Students on College Drinking📘 For ParentsThese resources help parents understand campus drinking culture and how to talk with the...

12/30/2025

🍎 Resources for Parents & Students on College Drinking
📘 For Parents
These resources help parents understand campus drinking culture and how to talk with their students.
College Drinking Prevention – Parents Section
A comprehensive hub with fact sheets, tools, and conversation guides for families.
🔗 https://www.collegedrinkingprevention.gov/parents-students/parents
Sources:
Parent Handbook: Talking with College Students About Alcohol (PDF)
A widely used, research‑based handbook developed by prevention experts.
🔗https://www.uhs.wisc.edu/wp-content/uploads/ParentAlcoholHandbook.pdf
Sources:
A Parent’s Guide to Talking to Your College Student About Alcohol (University of Rochester)
Practical guidance for conversations before and during the first year of college.
🔗https://www.esm.rochester.edu/studentaffairs/files/parentalcoholguide.pdf
Sources:

🎓 For Students
These resources explain risks, laws, and healthy decision‑making.
NIAAA – Harmful and Underage College Drinking
Evidence‑based information on binge drinking, risks, and prevention strategies.
🔗 https://www.collegedrinkingprevention.gov/
Sources:

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