Micron is building the largest semiconductor manufacturing facility in U.S. history in Clay, New York. Making computer chips requires hundreds of PFAS “forever chemicals” — toxic compounds linked to cancer, thyroid disease, immune suppression, and developmental harm in children. They don’t break down in the environment or the human body. Every day, Micron’s Clay facility will send 30.8 million gallons of this wastewater into the Oneida River — which flows to Lake Ontario, one mile from the drinking water intake for 500,000 Central New Yorkers, the Thousand Islands fishery, and more than 3 million people downstream on the St. Lawrence.
On April 10, 2026, NYSDEC signed the discharge permit with zero enforceable PFAS limits. Every level of government that could have required protection — federal, state, regulatory — has stepped back. One decision remains: whether the Onondaga County Legislature will authorize bonds for a $1.4–$2.6 billion industrial treatment plant without first requiring Micron to accept enforceable PFAS limits.
Semiconductor manufacturing cannot happen without PFAS. The chemistry doesn’t work without them. That was true in 2000, it was true in 2015, and it will be true when Micron’s first chips come off the Clay line in 2028. The industry has known PFAS are toxic since the 1960s. Faced with that knowledge, the chipmakers made a choice: keep the process, manage the optics.
For twenty-five years they have executed the same six-move playbook. Every closed gate on this page is one of those moves.
When the original PFAS compounds (PFOA, PFOS) were finally regulated in the early 2000s, the industry did not stop using PFAS. It switched to shorter-chain compounds that weren’t yet on any regulated list. In 2000, the EPA pressured 3M to stop making PFOS. By 2010, the industry had moved to 4-carbon, 3-carbon, even 2-carbon alternatives. The toxicology on those replacements was incomplete. They could not be measured by standard tests. They were also PFAS — and just as persistent in the environment.
Regulations target compounds on a list. The EPA’s current standard list, Method 1633A, covers 40 specific compounds. Cornell University’s non-targeted analysis of semiconductor fab wastewater has identified 133 PFAS compounds — most of which Method 1633A cannot detect. If the test can’t see it, the permit shows compliance. The compound is in the water. The paper is clean.
For two decades the industry shifted production to jurisdictions with weaker environmental enforcement — overseas, or to U.S. states where regulators would go along. When manufacturing moved back to the U.S. under the CHIPS Act, the industry shopped the same way inside the country. Boise regulators signed a secret 25-year canal diversion contract for Micron’s wastewater in 2014 without telling the public. In New York, NYSDEC has declined to add semiconductor manufacturing (SIC code 3674) to its PFAS priority list — despite peer-reviewed research documenting 133 PFAS compounds in fab wastewater.
The chip industry’s discharge permits almost never name the manufacturer as the permittee. The permit is issued to a public wastewater treatment plant. The plant holds the liability. When PFAS appears in drinking water or fish tissue downstream, the public utility gets sued, the ratepayers cover the fines, and the industry keeps running. This is the arrangement Onondaga County entered into when its previous Legislature voted to create the Oak Orchard Industrial Sewer District on March 3, 2026.
In 2022, the CHIPS Act directed $52.7 billion in direct manufacturing subsidies and $24 billion in tax credits to the semiconductor industry. In the first half of that year alone, the industry spent $19.6 million on federal lobbying. When the Trump administration took office in January 2025, one day after the inauguration the EPA’s proposed Clean Water Act rule setting federal PFAS discharge limits was withdrawn. Seven months later, the PRISM research program — the only federally funded study of semiconductor PFAS discharge — was killed before a single award was processed.
When Micron selected Clay, New York, it selected a site where the municipal discharger would hold the permit, where the state agency had declined to list semiconductors as a priority, and where $5.5 billion in state tax credits would be tied to a “Sustainability Plan” that had never been defined. In April 2026, NYSDEC signed the SPDES permit with zero enforceable PFAS limits — exactly the regulatory posture the industry has cultivated for two decades.
These six moves are not allegations. Each one is documented in the public record and sourced on the pages that follow. This is the context in which the Onondaga County Legislature will now decide whether to authorize $1.4–$2.6 billion in bonds for the Industrial Treatment Plant — the last governmental body positioned to break the pattern.
Here’s how we got here. Four decision points stood between Micron’s PFAS discharge and the drinking water of 500,000 Central New Yorkers. Three of those gates have now closed — without requiring Micron to characterize, treat, or limit the PFAS compounds in its wastewater. The Onondaga County Legislature is the last gate left.
On January 21, 2025 — one day after taking office — the Trump administration withdrew the EPA’s proposed Clean Water Act rule that would have set federal PFAS discharge limits on industrial wastewater, part of a broad executive order freezing pending federal regulations. The rule had been developed over years of technical analysis and was one step from public comment.
Seven months later, in August 2025, Commerce Secretary Howard Lutnick refused to deliver $7.4 billion in contracted CHIPS Act funds to Natcast, killing PRISM — the only $35 million federally funded research program designed to understand what semiconductor fabs put in the water. Awardees had already been selected. The approval memo was never processed. Natcast laid off most of its staff. $150 billion went into building the fabs. $35 million to study what comes out of them was pulled.
On April 10, 2026, NYSDEC signed SPDES permit NY0030317 for the Oak Orchard Wastewater Treatment Plant. Of 40 PFAS compounds on DEC’s own regulated list, only two (PFOA and PFOS) received a numeric value — and that value is a 10 ng/L action level, not an enforceable discharge limit. The other 38 compounds receive monitoring only. DEC’s own Division of Water Director has publicly stated that public wastewater plants cannot cost-effectively or technically treat PFAS. The permit was signed anyway. Read the full permit analysis →
Empire State Development has committed up to $5.5 billion in Green CHIPS Excelsior tax credits to Micron over 20 years, tied to an approved Sustainability Plan. That plan has not been approved. ESD has the authority to define “sustainable wastewater management” to include enforceable PFAS limits before releasing any credits. ForeverChemicals NY has formally asked President Hope Knight to do this. The request is on the record. Governor Hochul’s own 2026 State of the State required PFAS treatment at landfill leachate sources — a standard her administration has not extended to a 30.8 MGD semiconductor discharge into a drinking water watershed.
The County Legislature has not yet voted to bond the Industrial Treatment Plant. The industrial plant is a separate project from the $549 million municipal plant expansion the prior legislature bonded on December 29, 2025. Micron is contractually obligated to reimburse the County, but the County bonds upfront — and the County holds the SPDES permit. Which means the County holds the liability. The Legislature’s job, before authorizing the bond, is to protect the taxpayers it represents by requiring that Micron accept enforceable PFAS discharge limits in the Industrial Wastewater Discharge Permit the County will itself write.
County Executive McMahon says the Industrial Treatment Plant will cost $1 billion. In a January 2026 interview, he said “under no circumstances can there be a $2.7 billion industrial project or else there just won’t be a project.” The County’s own engineer — Brown and Caldwell, the same firm designing Micron’s Boise water systems — estimates the actual cost at $1.4 to $2.6 billion.
The $1.4–$2.6 billion estimate is documented in the Oak Orchard Industrial Wastewater Treatment Plant and Water Reclamation Facility Conceptual Design Engineering Report — the 213-page technical blueprint Brown and Caldwell delivered to Onondaga County in November 2025. The County stamped it “CONFIDENTIAL — Exempt from FOIL per POL 87(2)(c)&(d)” on the executive summary page and refused to release it under public records law.
ForeverChemicals NY obtained the report anyway. It is the source of the cost number above, the engineering basis we have analyzed throughout this site, and the document the public is being asked to authorize $1.4–$2.6 billion in bonds without seeing. The Legislature is being asked to vote on a project whose technical foundation the Executive’s office has tried to keep from public view.
The $1.4–$2.6 billion figure is what the County’s engineer says it costs to build the plant correctly — to treat the waste stream Micron will actually produce. The $1 billion figure is what the County Executive says is politically acceptable. The gap between those two numbers is the protection that gets cut to make the politics work. That gap is PFAS treatment. It is the destruction technology the plant will not include. It is the monitoring methods that will not be required. It is the characterization of Micron’s waste stream that will not happen before construction begins.
The Legislature has the authority and the fiduciary responsibility to decide which number the County is actually building to.
Require that Onondaga County’s Industrial Wastewater Discharge Permit to Micron — the permit the County itself will write under the EPA-approved Industrial Pretreatment Program — include enforceable numeric PFAS discharge limits using EPA Method 1633A plus the Total Oxidizable Precursor (TOP) Assay, before any bond is authorized for the Industrial Treatment Plant.
This is not a vote against Micron. It is not a vote to stop the fab. It is the Legislature doing its fiduciary duty — making sure the public debt it authorizes funds a plant that protects the public. This ask goes to the people with the authority to act on it:
PFAS — per- and polyfluoroalkyl substances — are a class of over 17,000 man-made chemicals defined by an exceptionally strong carbon-fluorine bond. That bond is what makes them so useful in manufacturing. It's also what makes them effectively indestructible in the environment. They do not break down in soil, water, or the human body. They accumulate. They move downstream. They are, accurately, called forever chemicals.
Semiconductor manufacturing — the process of etching circuits onto silicon wafers — uses PFAS at hundreds of steps: in photolithography chemicals, plasma etch gases, heat transfer fluids, solvents, and wet process chemistries. Modern semiconductor fabs use hundreds to thousands of kilograms of PFAS chemicals annually across their processes. Micron's first Clay fab will cover 1.2 million square feet.
The semiconductor industry voluntarily phased out PFOA and PFOS — the two compounds with federal drinking water standards — and replaced them with short-chain alternatives. There are no federal standards for those replacement compounds. The regulatory cat-and-mouse game has been running for 30 years. The industry stays one compound ahead of the regulators every time.
The Core Problem: New York’s signed SPDES permit for Micron’s Oak Orchard discharge — issued April 10, 2026 and effective May 1 — requires PFAS monitoring only for 40 compounds under EPA Method 1633A, most of which are long-chain PFAS the semiconductor industry phased out over a decade ago. The short-chain and ultrashort-chain PFAS that modern fabs actually use are not on the required test list and will not be measured. The permit sets no enforceable numeric PFAS discharge limits of any kind. Action levels exist for PFOA and PFOS — but action levels are investigation triggers, not discharge limits. There is no enforceable PFAS standard at the point where Micron’s wastewater enters the Oneida River — not for the compounds being tested, and not for the compounds being ignored.
The EIS for this project ran 20,000 pages. The public comment period was 45 days. Environmental advocates called for 120. The trees were cut before the migratory owls arrived. Groundbreaking happened in January 2026. The SPDES permit was signed April 10, 2026. The Industrial Treatment Plant design-build contract has not yet been awarded. The bond authorizing its construction has not yet been voted. The window that remains is narrow and specific: the County Legislature’s authority to condition the bond on enforceable PFAS limits in the Industrial Wastewater Discharge Permit the County itself will write.
From Micron's own DEIS (p. 3-240):
"Micron would request detailed chemical constituent documentation from its chemical vendors, including PFAS content, which often requires the use of non-disclosure agreements to obtain such information."
Proprietary claims do not override the public's right to know what is being discharged into a public waterway. A treatment train cannot be designed for a waste stream whose composition is protected by NDAs.
This is not an abstract downstream concern. The discharge pathway from Micron's Oak Orchard Industrial Treatment Train runs directly to the drinking water intake for 500,000 Central New Yorkers — and it closes in a circle at Oswego.
The Onondaga County Water Authority draws nearly half its water supply from Lake Ontario through an intake shared with the City of Oswego. That intake is approximately one mile offshore — at the mouth of the Oswego River, which is the primary receiving water for the Oneida River downstream of Micron's outfall.
Micron's semiconductor fabs use PFAS chemicals at hundreds of process steps. Wastewater is pre-treated on-site and discharged to the Oak Orchard Industrial Treatment Train (ITT). No enforceable PFAS limits at this discharge point.
The Industrial Treatment Plant — separate from the $549 million municipal expansion the County bonded in December 2025 — has not yet been designed. The County’s own engineer, Brown and Caldwell, estimates the industrial plant will cost $1.4 to $2.6 billion; the County Executive uses a $1 billion figure. Micron is contractually obligated to reimburse the County for construction, but the County bonds upfront and holds the SPDES permit. The bond has not yet been authorized. According to the County’s November 2025 engineering report, the treatment plan for Micron’s initial discharge is biological only — a membrane bioreactor process that does not effectively remove PFAS. For the second phase (FAB2), reverse osmosis is added — but RO concentrates PFAS rather than destroying it, with the resulting brine destined for deep-well injection out of state. No granular activated carbon for PFAS. No destruction technology of any kind. The plan rests on Micron’s unverified claim, made at design workshops, that PFAS will be present at “low concentrations.” ITT discharges to the Oneida River.
The Oneida River carries the discharge west, joining the Oswego River at Three Rivers near Baldwinsville. Oneida Lake lies upstream and east of the Oak Orchard discharge point — the flow moves away from the lake, not toward it. PFAS bioaccumulates in fish tissue along this entire corridor — affecting sport fishing, wildlife, and the food chain.
The Oswego River flows north 24 miles to Lake Ontario, discharging at the City of Oswego. This river is a major sport fishery. Salmon, steelhead, walleye, and bass are caught here by tens of thousands of anglers annually.
The OCWA Lake Ontario Water Treatment Plant is on Rathburn Road in the Town of Oswego. Its intake sits one mile offshore — at the mouth of the Oswego River. PFAS from Micron's discharge enters the lake at the intake location.
The plant uses granular activated carbon filtration. GAC effectively removes long-chain PFAS but not short-chain compounds — the type Micron now uses. Treated water is pumped 25 miles via pipeline to Clay storage tanks.
OCWA serves Onondaga, Oswego, Madison, Oneida, and Cayuga counties from this system. Micron draws its water from this very pipeline. The water cycle is closed: Micron's water comes from Lake Ontario, gets used in chip manufacturing, discharges with PFAS, flows down the Oswego River, and re-enters the lake at the intake. And the flow doesn't stop at Oswego — Lake Ontario drains entirely into the St. Lawrence River, carrying whatever enters the lake downstream toward more than 3 million additional people in eastern Ontario and Quebec.
PFAS flowing downstream from Micron's facility will enter Lake Ontario at the mouth of the Oswego River — directly adjacent to the OCWA intake that supplies half of Central New York's drinking water. The treatment plant uses GAC filters that cannot remove the short-chain PFAS Micron uses.
Micron draws water FROM Lake Ontario via OCWA. That water is used in chip manufacturing. The wastewater is discharged to the Oneida River. It flows to the Oswego River. It discharges into Lake Ontario at the intake. The same water gets pulled back in. PFAS concentrates with every cycle.
Independent scientific analysis from 2021–2023 found 11 ppt total PFAS in Lake Ontario water across 41 measured compounds — the highest of any of the five Great Lakes. Median PFOS is 1.3 ng/L and median PFOA is 1.4 ng/L — each independently approaching the EPA’s 4 ppt individual MCL. (Note: ng/L and ppt are equivalent units — one nanogram per liter equals one part per trillion.) Lake Ontario has the highest total PFAS burden of any of the five Great Lakes.
OCWA’s 2023 Consumer Confidence Report stated all PFAS tests returned “non-detect.” What it didn’t explain: under the federal UCMR5 program, “non-detect” means below the minimum reporting level — which for PFOA is approximately 2–4 ppt. Right at the EPA limit. A result of 3.9 ppt is legally “non-detect.” OCWA’s GAC filtration removes some PFAS from lake water before it reaches the tap. But the lake is already burdened — and OCWA’s treatment has a critical gap.
OCWA’s GAC system was designed for long-chain PFAS — the compounds industry phased out over a decade ago. Short-chain PFAS (what modern semiconductor fabs discharge) break through GAC far more quickly and at lower removal rates. Micron’s discharge will be dominated by short-chain compounds. GAC is the wrong tool for the contamination Micron will create.
OCWA announced filtration upgrades at the Lake Ontario WTP completing in 2025 — but no PFAS-specific treatment technology has been announced. Water systems have until 2029–2031 to formally comply with the new EPA PFAS MCLs. OCWA is in a regulatory grace period, not an action mode. That grace period expires the same year Micron begins chip production.
Lake Ontario flows northeast into the St. Lawrence River — one direction only. Bassmaster Magazine named the St. Lawrence River the #1 bass fishing destination in the nation. Trophy muskie, walleye, northern pike, salmon, and trout support an economy of charter guides, marinas, state parks, and river towns from Cape Vincent to Alexandria Bay to Kingston. PFAS bioaccumulate in fish tissue. A single fish consumption advisory on this river would devastate a tourism economy that has existed since the 19th century.
Micron's existing semiconductor campus in Boise, Idaho uses the same chemistry planned for Clay. The Boise record over seven years tells the full story of what happens when a community does not require answers before construction — even when that community tries to fix the problem after the fact.
Boise was proactive — started testing years early, spent hundreds of millions, brought in national experts. PFAS is still in their river and on their farmland. New York just signed the Oak Orchard SPDES permit with zero enforceable PFAS limits. The Industrial Treatment Plant design-build contract has not been awarded. The bond authorizing its construction has not been voted. Those two decisions are the window that remains.
The Center for Public Environmental Oversight (CPEO) specifically recommended in August 2025 that New York's evaluation begin with analysis of Micron's Boise effluent: "Micron's new fab in Boise will be using the same or similar chemicals. New York's evaluation could begin with analysis of Boise effluent." Micron has not been required to produce that data.
The most fundamental question in environmental science — does what comes out of that pipe show up in the water downstream? — has never been answered for a single American semiconductor facility. Not once. With comprehensive testing, by an independent party, upstream and downstream. This is not an accident.
The result: Congress authorized $150+ billion to build chip fabs. Then the administration killed the only funded program designed to understand what those fabs put in the water. Onondaga County cannot wait for federal oversight. It doesn't exist anymore.
In 2024, activists measured PFAS in the Winooski River one mile downstream of GlobalFoundries' Vermont plant. That single grab sample — not replicated, not paired with an upstream control, not using non-targeted methods — found 8.3 ng/L of PFAS. The federal drinking water standard for some of those compounds is 4 ng/L.
No government agency. No independent researcher. No company. Has ever conducted a comprehensive upstream/downstream comparison at any U.S. fab using the full testing stack. Not at GlobalFoundries. Not at Micron in Boise. Not anywhere.
In Boise, a College of Southern Nevada research team collected 10 samples from a three-mile stretch of the Boise River downstream of the treatment plants that receive Micron's discharge. Five of seven PFAS compounds were detected, with three at relatively high levels — from the existing R&D facility, before the $15 billion high-volume manufacturing expansion comes online. Full Boise record →
The entire downstream evidence base for the U.S. semiconductor PFAS problem is one jar of river water taken by volunteers.
Chipmakers dramatically increased lobbying during the CHIPS Act push. Bloomberg reported $19.6 million in semiconductor industry federal lobbying in the first half of 2022 alone, as companies accelerated their push for subsidies. Intel and Micron both reported record quarterly lobbying expenditures during this period. The result: $52.7 billion in direct manufacturing subsidies, plus $24 billion in tax credits, plus $200 billion in total CHIPS Act spending — with no enforceable PFAS discharge limits, no mandatory monitoring requirements, and no treatment technology standards written into a single contract.
Industry's position: PFAS are "confidential business information." Regulators must not require disclosure of which compounds are used — only that the water meets standards for the 40 compounds that can be detected with the required test. The compounds that cannot be detected are, conveniently, not regulated.
When GlobalFoundries in Vermont was required to test its wastewater discharge, the state specified EPA Method 1633 — the gold standard for PFAS monitoring, capable of detecting 40 specific compounds. But there is a critical flaw buried in that number: the 40 compounds Method 1633 targets are heavily weighted toward long-chain PFAS — the older generation of compounds the industry began phasing out over a decade ago under pressure from regulators.
In 2000, the EPA pressured 3M to stop making PFOS (8-carbon chain). In the years that followed, industry systematically replaced long-chain PFAS with short-chain alternatives — compounds with 4 carbons, 3 carbons, even 2 carbons. The theory was that shorter chains were less bioaccumulative. The reality is that short-chain PFAS are highly mobile in water, harder to filter, and far less studied. And they are barely represented in Method 1633's target list.
Cornell University's non-targeted analysis of semiconductor fab wastewater found compounds that Method 1633 simply cannot see — including ultrashort-chain PFAS like PFPrA (3-carbon), which in some samples accounted for up to 35% of total PFAS by mole fraction. These are not detected. They are not counted. They flow out of the pipe and into the river while the permit shows "compliant."
Vermont's own data confirms the problem: When GlobalFoundries tested under Method 1633, results showed total PFAS of 290–417 ng/L. But Cornell's non-targeted analysis of similar fab wastewater finds concentrations many times higher when dark PFAS and short-chain compounds are included. Vermont is measuring the tail of the problem and calling it the whole problem.
If Micron's SPDES permit requires only Method 1633 monitoring, the county will receive data showing compliance with standards for chemicals Micron no longer uses — while the short-chain and ultrashort-chain PFAS that Micron does use pass through the system undetected, unmeasured, and unregulated. Compliance on paper. Contamination in the river.
The bottom line for Onondaga County: The federal government built a $150 billion chip-fab industry, killed the one program designed to measure what that industry puts in the water, and left local governments holding the bag. Onondaga County must write the protection it needs directly into the Oak Orchard ITT design-build contract — because there is no federal backstop coming. The window before that contract is awarded is the only window that exists.
In November 2025, Brown and Caldwell — one of the nation's most respected water and wastewater engineering firms — delivered the 213-page Conceptual Design Engineering Report to Onondaga County. It is the technical foundation for the industrial treatment plant that will receive Micron's discharge. The county stamped it "CONFIDENTIAL — Exempt from FOIL."
Page 1-9 contains the report's complete PFAS treatment rationale:
"Per and Polyfluoroalkyl Substances (PFAS) and mercury — Micron stated during the workshops that PFAS and mercury are anticipated in low concentrations in the waste load coming from their facilities. These compounds will be limited in the discharge from Micron to a level that can be removed in the biological treatment to values below the discharge requirements."
That is the complete PFAS treatment rationale in a publicly-funded industrial treatment plant that Brown and Caldwell — the authors of that same report — now estimate will cost $1.4 to $2.6 billion. Three phrases, three failures:
Not a measured value. Not a laboratory result. Not a regulatory submission. What Micron said at design meetings — used as the engineering basis for a publicly-funded treatment system discharging to a drinking water watershed for 500,000 people.
Not measured. Not verified. Anticipated — by the company that classifies its chemical use as confidential business information. Cornell University's non-targeted analysis found 133 PFAS compounds in semiconductor fab wastewater at concentrations that do not suggest "low."
Membrane bioreactor biological treatment does not effectively remove PFAS. This is not contested science — PFAS are biologically inert by design. No supporting literature is cited in the 213-page report. No performance data. The claim is unsupported, and the consequences of it being wrong flow into the Oneida River.
The county's projected Water Quality Based Effluent Limits table lists PFOS as the sole PFAS parameter. PFOA — which has its own federal 4 ppt individual drinking water limit — is absent. None of the 40 Method 1633A target compounds are listed. The Total Oxidizable Precursor (TOP) Assay does not appear once in 213 pages. The county's engineers set a limit for one PFAS compound — the one the industry phased out a decade ago — while the short-chain and ultrashort-chain PFAS that modern fabs actually use receive no limit, no monitoring method, and no mention.
The FAB2 treatment system includes reverse osmosis, which concentrates whatever PFAS survives biological treatment into a brine stream. The report states brine disposal options include "transporting to either Pennsylvania or Ohio for deep well injection at an existing disposal facility." At full FAB1+FAB2 flow, the plant will generate an estimated 26,820 wet tons of crystallizer brine solids per year. Rather than destroy the PFAS, the county's plan is to concentrate it and ship it to another state's geological formations. Demand #4 exists because this is the alternative.
PFAS bind to proteins in human blood and accumulate in organs over time. The science on health effects has been building for decades — and each successive study finds harm at lower and lower concentrations. The EPA's drinking water standard moved from 70 parts per trillion to 4 parts per trillion in response to this evidence. Industry knew about toxicity risks as early as 1961 and did not publish findings. The pattern of concealment is documented.
Linked to increased risk of kidney, liver, testicular, bladder, and colorectal cancers. Research shows PFAS mixtures increase cancer risk additively — compound-by-compound assessments miss the cumulative effect.
PFAS interfere with thyroid hormone production and regulation. The thyroid governs metabolism, cardiovascular function, brain development, and reproductive health. Effects are seen at very low exposure levels.
Prenatal exposure linked to lower IQ, developmental delays, and immune system suppression in children. PFAS cross the placental barrier and are present in breast milk — mothers cannot protect infants without source control.
Associated with elevated cholesterol levels, which increases heart attack and stroke risk. The mechanism involves disruption of lipid metabolism through interference with liver function.
PFAS impair immune system response, including reduced vaccine effectiveness. Children with higher PFAS levels have been shown to produce fewer protective antibodies after childhood vaccinations.
Linked to infertility, polycystic ovary syndrome, endometriosis, preeclampsia, and adverse birth outcomes including preterm birth and low birth weight. Male reproductive function is also affected.
All three videos open on YouTube or the news outlet's site in a new tab.
Long before European settlement, the Iroquois Confederacy — including the Onondaga, Seneca, Cayuga, Mohawk, Oneida, and Tuscarora nations — called this place Manitouana: the Garden of the Great Spirit. From 700 B.C. to 1600 A.D., they fished and camped throughout the islands, traveling by birch bark canoe, smoking fish for winter. More than 40 archaeological sites document their presence. It is not a coincidence that the nation whose name this county bears — the Onondaga — is one of the tribes who held these waters sacred.
The St. Lawrence River and Thousand Islands region is one of the most economically significant freshwater sport fishing and tourism destinations in North America. Bassmaster Magazine named the St. Lawrence River the #1 bass fishing destination in the nation. The river's exceptional water clarity, trophy smallmouth and largemouth bass, muskellunge, walleye, northern pike, and salmon populations draw anglers from across the continent — as they have since the 19th century.
PFAS bioaccumulate in fish tissue. They do not dissipate. Studies of fish in waterways downstream of semiconductor facilities and other industrial PFAS sources consistently find elevated levels in tissue samples — at concentrations that trigger fish consumption advisories. A fish consumption advisory on the St. Lawrence River would be catastrophic. The economic model of the entire region depends on the assumption that the water is clean and the fish are safe to eat.
The region supports 14 state parks along the New York shore alone, more than a dozen marinas and campground clusters, dozens of licensed charter guide services, and the towns of Alexandria Bay, Clayton, Cape Vincent, and Gananoque whose entire economies are built on river access. Charter operators, marina owners, tackle shops, hotels, restaurants, and property values all connect directly to water quality.
And the fishery is only part of the picture. The St. Lawrence River from Lake Ontario east through the Thousand Islands is also the drinking water source for communities all the way to Quebec. Lake Ontario drains entirely into the St. Lawrence — the river does not flow upstream. PFAS that enters Lake Ontario at Oswego flows east through Kingston, through the Thousand Islands, and into the drinking water intakes of more than 3 million people including Montreal and Quebec City — both of which draw over 90% of their drinking water directly from the St. Lawrence.
Onondaga County has spent decades and hundreds of millions of dollars cleaning up Onondaga Lake after Allied Chemical's contamination. The lesson of Onondaga Lake is that it is always less expensive to prevent contamination than to remediate it — and some contamination cannot be remediated at all.
Bass fishing destination in the nation — Bassmaster Magazine ranking of the St. Lawrence River / Thousand Islands
Islands in the St. Lawrence between Kingston and Brockville — a UNESCO-recognized landscape
Central New Yorkers served by OCWA's Lake Ontario intake at Oswego — the most direct downstream exposure point
People whose drinking water comes from the St. Lawrence River, which receives all of Lake Ontario's outflow — including Montreal and Quebec City
New York State parks along the St. Lawrence River shore, supporting fishing, camping, boating, and diving
Years PFAS persist in the environment — they do not degrade, they accumulate in fish tissue and drinking water sources
The flow is one direction only: Lake Ontario drains northeast into the St. Lawrence River through Kingston. PFAS that enters the lake at Oswego moves downstream through the Thousand Islands, past Alexandria Bay, past Cape Vincent, into Quebec — and does not stop. It does not flow upstream to Toronto or Buffalo. The downstream impact runs from Clay, NY to the Gulf of St. Lawrence.
PFAS does not break down during wastewater treatment — it concentrates in the sludge. The county's own engineering report projects the treatment plant will generate 14,083 wet tons of biological sludge per year from FAB1 alone — doubling to 28,164 wet tons annually when FAB2 comes online. Disposal sites are listed in the report as "still under investigation." No PFAS testing of these biosolids is required or mentioned anywhere in 213 pages. Biosolids from Oak Orchard are trucked to the Metro Syracuse plant on Hiawatha Blvd, where a new $23 million dryer was built to dry them for sale as agricultural fertilizer. Spreading PFAS-laden biosolids on farmland would permanently contaminate soil, crops, and groundwater — creating a second, irreversible contamination pathway beyond the river discharge.
“There is research indicating that dried Biosolids may have less of some PFAS than the feed sludge, but it’s likely just through transformation of one PFAS to another in the exhaust or condensate streams. We are not suggesting that drying destroys PFAS.” — Carollo Engineers, written response to NYSDEC, October 17, 2025 · view the document →
The dryer itself is already a documented disaster. The building sat idle after construction because the air quality inside was too toxic for workers to enter. The county's WEP Commissioner resigned in July 2025 as the project — $8 million over budget and two years late — remained non-functional. The county is managing active contractual disputes related to the project — which means the biosolids disposal question is unresolved at the precise moment it needs to be answered. The state of Maine and Connecticut have already banned land application of biosolids entirely because of PFAS contamination. New York has no such ban — and the county has no PFAS testing requirement for its biosolids before land application.
This is already happening in Boise. Biosolids from both Boise treatment plants that receive Micron's discharge are trucked to a city-owned 4,225-acre farm and applied as fertilizer for alfalfa, corn, and wheat sold to local farmers. Neither plant removes PFAS. PFAS concentrates in biosolids. Those crops enter the food supply. The same pattern is set to repeat in Central New York unless biosolids from the Oak Orchard system are independently tested before any land application is permitted. Read the full Boise record →
This is not a hypothetical risk. This is the county's own documented plan for handling the solids byproduct of the treatment system it is asking the public to trust with Micron's PFAS waste.
We are not asking to stop the Micron project. We are asking that the most advanced semiconductor facility in the United States be matched with the most advanced PFAS treatment available — and that the Onondaga County Legislature, before authorizing the bond for the Industrial Treatment Plant, require these protections in the Industrial Wastewater Discharge Permit the County itself will write for Micron. These eight demands are actionable, technically sound, and time-sensitive. The Legislature has the authority. The authority window closes when the bond is authorized.
Require Micron to provide Onondaga County with a complete disclosure of all PFAS compounds in its process chemicals, wastewater streams, and scrubber effluent. The County should not be bound by Micron's confidentiality agreements with its chemical vendors. You cannot design a treatment train for a waste stream you are not permitted to characterize.
Require Micron to provide full wastewater analysis from its Boise, Idaho facility — which uses the same chemistry — before the Oak Orchard ITT design-build RFP is issued. The data exists. It has not been required. There is no reason to design a treatment train for an unknown waste stream when a comparable waste stream is already operating. ForeverChemicals CNY is independently arranging water sampling of the Boise River upstream and downstream of the Micron discharge point using EPA Method 1633A and the Total Oxidizable Precursor (TOP) Assay. Results will be published here.
The ITT contract and SPDES permit must specify the Total Oxidizable Precursor (TOP) Assay as the minimum monitoring method, supplemented by total organic fluorine measurement. Cornell University research found that non-targeted PFAS — missed by Method 1633 — are present in fab wastewater at higher concentrations than the 40 compounds Method 1633 detects. A monitoring program that misses most of what is being discharged is not a monitoring program.
Reverse osmosis, granular activated carbon, and ion exchange concentrate PFAS — they do not destroy it. The ITT design-build specifications must require PFAS mineralization technology. Options include High-Temperature Alkaline Hydrolysis (HALT), electrochemical advanced oxidation, and supercritical water oxidation. Clarkson University (Potsdam, NY) has active PFAS destruction research applicable to this project and should be engaged before the RFP is finalized.
PFAS compounds in combination produce cumulative health effects that exceed what individual compounds predict. EPA has acknowledged this in its Hazard Index framework for drinking water. PFAS discharge limits for the ITT must be evaluated on a mixture basis — not compound by compound. The DEIS contains no mixture toxicity analysis. The SPDES permit requires none.
The semiconductor industry introduces new PFAS compounds faster than regulators can assess them. Micron's EIS covers a 16-plus-year project with no mandatory update mechanism. Require that Micron's operating agreement include an automatic EIS supplementation trigger whenever a new PFAS compound is introduced into the manufacturing process — preventing the regulatory shell game that has allowed industry to stay ahead of oversight for 60 years.
PFAS does not break down during wastewater treatment — it concentrates in the sludge. Biosolids from any facility receiving Micron's industrial discharge must be independently tested for the full PFAS spectrum, including the TOP Assay, before any land application is permitted. The county's existing plan to sell dried biosolids as agricultural fertilizer must be suspended until full PFAS characterization is complete. Spreading PFAS-laden sludge on farmland converts a water contamination problem into a soil and food chain contamination problem — one that is irreversible.
No publicly available PFAS baseline data exists for the Oneida River at or near the Oak Orchard discharge location. USGS monitors PFAS at the Oswego River's mouth at Lake Ontario — the downstream endpoint — but not at the specific point where Micron's discharge will enter the system. The county's own engineering report acknowledges that "background instream concentrations" are "still under investigation." Without a pre-discharge baseline, it will be impossible to prove — legally or scientifically — that any PFAS later detected in the Oneida River originated from Micron. This is precisely the attribution trap Boise fell into, and from which it has not escaped after seven years.
Require that NYSDEC or an independent certified laboratory collect comprehensive PFAS samples upstream and downstream of the Oak Orchard outfall before any Micron wastewater enters the system — including before the bridge treatment period that begins in approximately 2028. Sampling must use EPA Method 1633A plus the Total Oxidizable Precursor (TOP) Assay, with results published to the public record. This baseline must be completed before the bond is authorized and the design-build contract is awarded. A baseline taken after discharge begins is not a baseline.
Seven real-world PFAS treatment and destruction technologies. Five federal and state funding sources totaling billions — including grants that don't need to be repaid. Clarkson University's breakthrough ball-milling technology being built 3 hours from here. A $6.165 billion CHIPS Act grant to Micron that comes with conditioned disbursements.
The full cost breakdown, funding stack, and technical roadmap — side by side with the $14 billion in public subsidies Micron is already receiving — is on the Solutions page.
This section updates weekly. We are documenting every step of this campaign in real time — the meetings, the responses, the silences, and the wins. Transparency is both a value and a strategy.
While the SPDES water permit was being signed and contested, DEC was also issuing the Title V air permit for Micron’s Clay campus. We have now read it. It runs 45 pages — and it documents air emissions the public conversation around this project has not yet engaged with. Permitted potential to emit, from the first two of four planned fabs alone: roughly 80 tons per year of fluorinated air pollutants, of which approximately 65 tons meet the OECD international working definition of PFAS. The single largest line item is 57 tons per year of tetrafluoromethane (CF4), a greenhouse gas with an atmospheric lifetime of roughly fifty thousand years. The second line item is 7.8 tons per year of perfluoro N-alkylmorpholine — a named PFAS in the 3M Fluorinert family.
The chemistry findings extend further. Many of the lighter fluorinated compounds in the permitted inventory will eventually break down in the atmosphere — and a common end product of that breakdown is trifluoroacetic acid (TFA), an ultra-short-chain PFAS now detected at rising concentrations in rainwater, surface water, and human serum worldwide. A meaningful fraction of these airborne emissions will not stay airborne. They will return to ground as a forever chemical of their own, distributed through Central New York’s precipitation, surface waters, and groundwater recharge. The permit itself references a perfluorinated compounds dispersion model on file at DEC. The model has not been made public. ForeverChemicals CNY has filed a FOIL covering both the PFAS and the inorganic fluoride dispersion modeling.
There is also a separate climate finding embedded in the file: DEC’s own December 2025 Justification Statement that approving Micron’s permits is “inconsistent with the attainment of the statewide GHG emission levels under the Climate Act.” DEC issued the air permit anyway, citing national security and the federal CHIPS Act. It is the first time the Department has used its Commissioner’s Policy 49 to override a Climate Act inconsistency finding — the same legal finding it has used three times to deny Title V permits to other applicants. Full analysis, with page citations to the Permit Review Report and the Justification Statement, at the link below.
On page 164 of a 213-page engineering report prepared for Onondaga County by Brown and Caldwell, in a table titled “Projected Water Quality Based Effluent Limits for Discharge to the Oneida River,” the engineers list the projected effluent concentration for Perfluorooctane Sulfonic Acid (PFOS) at 1,136 µg/L. Converted to the units EPA uses for drinking water, that is 1,136,000 ng/L. The federal drinking water limit for PFOS, finalized in April 2024 and still in effect today, is 4.0 ng/L. The ratio is 284,000 to 1. Even after the engineers’ assumed 7.1× dilution in the river, the projected instream concentration is roughly 160,000 ng/L — 40,000 times the federal drinking water limit.
The report’s entire plan for treating PFAS appears on page 1-9. It begins: “Micron stated during the workshops that PFAS and mercury are anticipated in low concentrations...” The compounds, the report continues, “will be limited in the discharge from Micron to a level that can be removed in the biological treatment to values below the discharge requirements.” Biological treatment does not destroy PFAS. It never has. What it does is concentrate PFAS — some into the effluent, some into the sludge. The sludge from Oak Orchard is trucked to Metro Syracuse for drying and land application.
The document that contains all of this is stamped “CONFIDENTIAL — Exempt from FOIL per POL 87(2)(c)&(d)” on two of its pages. The County is asserting the document is legally shielded from public records requests. The County is also hosting the document on its own public web server, where it has been downloadable since November 2025. One of those two things is wrong. We are now hosting the full report in our Document Library.
The first purpose of government is to protect its people. On this project, at every level — federal, state, county, city — government had a choice. At every decision point, government chose accommodation. At the one decision point that would have produced the science required to make accommodation unnecessary, the administration killed the program.
ForeverChemicals NY has published a new reference page documenting the seven government decisions that produced this permit. The EPA regulating compounds industry stopped using. Commerce Secretary Lutnick killing PRISM — the $35 million CHIPS Act program that would have generated the science to regulate what fabs actually discharge. Boise’s 2014 private canal contract with no PFAS disclosure. NYSDEC leaving semiconductors off the priority list. ESD’s $5.5 billion in state aid tied to a “sustainability” term that has never been defined. Hochul’s administration waiving New York’s climate law on national-security grounds. Onondaga County bonding $549 million for the municipal plant expansion (December 29, 2025, 12–5 vote) while a separate industrial plant bond — estimated by the County’s own engineer at $1.4–$2.6 billion — remains pending. Every one of those decisions is documented in the public record. Every one is sourced on the page.
The petition crossed one thousand signatures today. The exact count is 1,002. The names came from 928 New Yorkers, 27 Ontario residents along the shared St. Lawrence River, and 47 signers from other states.
The geography of the New York signers tells the story of who is actually paying attention to this. Syracuse leads with 108. The Thousand Islands corridor — Clayton (59), Alexandria Bay (42), Wellesley Island (24), Cape Vincent (18), Hammond (13) — combined for 156 signers from communities sitting directly on the discharge pathway, two and a half hours downstream of the outfall. Liverpool (35), Clay (29), Cicero (27), Brewerton (16), Baldwinsville (17), and Phoenix (8) cluster around the outfall itself. Rochester contributed 27. Watertown 20. Oswego 11.
The 27 Ontario signers matter for what they represent: the recognition, on the Canadian side of the watershed, that this is not a Central New York issue. The St. Lawrence River does not stop at the international border. Neither does PFAS.
882 of the 1,002 signers (88%) opted to have their names publicly displayed. 287 (29%) opted in to receive campaign updates. Both numbers will translate into pressure on the agencies that have, so far, treated this permit as a closed question.
To everyone who signed: thank you. The window to fix this permit before the design-build contract is awarded is still open. The next thousand will matter as much as the first.
Micron’s wastewater treatment plant has been sold to the public as a solution to the PFAS problem. It is not a solution. It is a diffuser.
The plant is an aerobic membrane bioreactor. Biology does not degrade PFAS — the carbon-fluorine bond is the strongest bond in organic chemistry, and no microbe is known to break it under standard wastewater treatment conditions. The permit’s entire case for no-significant-impact rests on a statement in the Conceptual Design Engineering Report that Micron’s PFAS will be “removed in the biological treatment.” That claim is chemically false. What the bioreactor actually does to PFAS is split it into three outputs.
WATER. Method 1633 measures 40 PFAS compounds — the long-chain ones the industry phased out a decade ago. Short-chain PFAS (what modern fabs actually use) pass through biological treatment with low or negative removal. Peer-reviewed studies of real MBR systems have documented negative removal of short-chain PFAS — the biological step transforms fluorotelomer precursors into the stable perfluoroalkyl acids that Method 1633 targets, increasing downstream concentrations of the regulated compounds. The permit has no enforceable limits on 38 of those 40 compounds.
AIR. Aerated tanks eject PFAS-enriched aerosols continuously. PFAS molecules are surface-active: they concentrate at the air-water interface of every bubble. When bubbles burst at the surface of an aerated tank, they eject a PFAS-enriched droplet into the headspace above the water. This is not speculation. It is the same physical principle commercial foam-fractionation PFAS-removal systems use deliberately. An MBR does it continuously, with nothing capturing it. The Oak Orchard plant has no air permit — only a minor-source Air Facility Registration. The SEQR Findings Statement concluded “the facility has not identified any high toxicity air contaminants that are to be emitted from the IWWTP.” HTAC is a regulatory list under 6 NYCRR Part 212. There is no HTAC entry for PFOA, no entry for PFOS, and no entry for any of the 38 short-chain PFAS the plant will aerosolize every day. The compounds aren’t on the list, so they can’t be on the emission inventory. No EPA-approved method exists to measure PFAS in stack gas or ambient air at compliance scale. You cannot enforce an air limit on a compound you cannot measure.
SOIL. Whatever PFAS the biological step does capture concentrates in the sludge. Oak Orchard sludge goes to Metro Syracuse for processing and — per the county’s plan for the $23 million biosolids dryer building — out to New York farmland as agricultural fertilizer. Maine and Connecticut have banned this practice entirely because of PFAS. New York has no such ban. The permit requires no PFAS testing of biosolids before land application.
Water. Air. Soil. Three pathways. Zero enforceable limits on the compounds most at issue on any of them. The permit treats the plant as a black box that makes PFAS disappear. It is not a black box. It is an exhaust.
On April 10, 2026, the New York State Department of Environmental Conservation issued the modified SPDES permit for the Oak Orchard Wastewater Treatment Plant — NY0030317, effective May 1, 2026, expiring April 30, 2031. The agency released the permit together with a 200-page Responsiveness Summary addressing public comments, a 14-page SEQR Findings Statement, and a 5-page Justification Statement finding the project inconsistent with New York’s own climate law. The permit has no enforceable discharge limits on 38 of the 40 PFAS compounds it covers. The two compounds that do have limits are the ones the semiconductor industry stopped using over a decade ago. And the existing Oak Orchard plant — before Micron sends a single drop of wastewater — already exceeds the permit’s own action level for PFOS.
We have read all four documents. We have posted a detailed analysis, with page citations to the signed permit and its companion filings, at the link below.
When NYSDEC Division of Water Director Carol Lamb-LaFay stated that PFAS treatment upgrades at public plants are “often not cost-effective,” she was using the term the way regulators always use it: capital cost of the treatment system plus annual operating cost, weighed against the incremental reduction in pollutant load. That is the entire analysis. That is what the permit decision is based on.
Here is what that analysis does not include:
Medical costs. PFAS exposure is linked to kidney cancer, testicular cancer, thyroid disease, ulcerative colitis, high cholesterol, immune system disruption, and developmental harm in children. The lifetime treatment cost for a single PFAS-linked cancer case can exceed $500,000. The drinking water intake for 500,000 Central New Yorkers is 1.5 miles downstream of the discharge point. The cost-effectiveness analysis contains no line item for any of this.
Lost tourism and recreation. Micron’s discharge enters the Oneida River, flows to the Oswego River, into Lake Ontario, and directly into the St. Lawrence River — the heart of the Thousand Islands. The Thousand Islands region (Jefferson, Oswego, and St. Lawrence counties) generated $725 million in visitor spending in 2023, supporting 8,768 jobs, according to the New York State tourism impact report published by Empire State Development. Jefferson County alone — home to the Thousand Islands Bridge, Alexandria Bay, Clayton, and Boldt Castle — recorded $348 million in visitor spending in 2024, with tourism accounting for 11% of the county workforce. That economy runs entirely on clean water and the perception of clean water. A PFAS contamination finding in Lake Ontario, a fish consumption advisory on the St. Lawrence, or a single headline connecting the Oneida River discharge to Thousand Islands water quality would not be a line item in a permit decision. It would be an economic catastrophe that no tourism marketing budget could fix. The cost-effectiveness analysis contains no line item for any of this.
Property values. PFAS contamination findings have devastated property values in affected communities across the country. Homes near contaminated water sources in Michigan, Vermont, and New Hampshire have lost tens of thousands of dollars in value. The cost-effectiveness analysis contains no line item for any of this.
Remediation. The history of environmental contamination is uniform on one point: prevention costs a fraction of cleanup. The Onondaga Lake remediation — not yet complete — has cost over $1 billion for a lake one-tenth the size of the Oneida River watershed. The cost-effectiveness analysis contains no line item for any of this.
Funerals. We will not assign a dollar figure to this one. But the families in Hoosick Falls, Petersburgh, and Newburgh who spent years drinking PFAS-contaminated water before anyone told them probably have a view on what “cost-effective” means.
We are not asking DEC to do something technically impossible. We are asking DEC to require an industrial discharger to remove its own waste before it enters a public drinking water watershed — which is exactly what DEC’s own December 2025 guidance says should happen. The question of whether that is “cost-effective” depends entirely on whose costs you are counting.
On January 12, 2026, the Adirondack Explorer published a statement from Carol Lamb-LaFay, P.E., Director of the NYSDEC Division of Water, that PFAS treatment upgrades at public wastewater treatment plants are “often not cost-effective and in many cases technically impracticable.”
Read that again in the context of this project: the Director of the Division of Water that issued SPDES permit NY0030317 — a permit with zero enforceable PFAS discharge limits — has publicly stated that public plants cannot cost-effectively or technically handle PFAS. Onondaga County is being asked to bond over half a billion dollars to build one of those plants. Ratepayers, not Micron, are on the hook if the system fails to perform.
The statement appeared in the same month DEC finalized TOGS 1.3.14, its own guidance document, which states explicitly that “industrial dischargers of PFAS-laden waste should be required to remove the PFAS, since few public treatment plants have the technology to do so.” DEC’s December 2025 guidance and its Director’s January 2026 public statement say the same thing: industrial source removal is the answer. Micron is an industrial discharger. The permit requires nothing of the kind.
These are not our words. These are DEC’s. The permit was issued anyway, without industrial PFAS removal requirements, without enforceable discharge limits, and without requiring Micron to characterize its waste stream before the treatment plant is designed. The design-build contract has not been awarded. There is still time to correct this — but only if DEC applies the guidance its own Director signed and the standard she publicly described.
We sent two RFQs to Atlantic Testing Laboratories (ATL) requesting quotes for PFAS water analysis using EPA Method 1633A and the Total Oxidizable Precursor (TOP) Assay. No response to either. After escalating to ATL’s regional manager, we received a reply from a project manager stating the lab would not perform any testing related to Micron.
We followed up clarifying that the samples in question were from the Boise River in Idaho — collected to assess whether PFAS levels near Micron’s existing fab there could affect local fishing. No reply.
We are not drawing conclusions about why a certified laboratory would decline scientifically routine water testing once the word “Micron” entered the conversation. We are simply noting that it happened — and that independent analytical capacity matters enormously when the agencies overseeing a $100 billion project have produced a discharge permit with zero enforceable PFAS limits. The search for a qualified, independent laboratory continues.
ForeverChemicals CNY submitted a formal letter to Carol Lamb-LaFay, P.E., Director of the NYSDEC Division of Water, documenting three specific conflicts between SPDES permit NY0030317 and the Division’s own regulatory framework — conflicts that exist on the record, in documents she signed.
Conflict 1 — SIC Code 3674 Is Missing. TOGS 1.3.13, signed by Director Lamb-LaFay in February 2023, defines “priority facilities” for PFAS permitting by SIC code. Its Appendix A lists 47 industrial categories. Semiconductor manufacturers (SIC 3674) are not among them — despite peer-reviewed research identifying 133 PFAS compounds in fab wastewater and SIA’s own 2025 survey finding an average of 840 ng/L of PFAS in fab effluent, 210 times the federal drinking water limit. Micron’s Clay campus is projected to discharge 30.8 million gallons per day.
Conflict 2 — TOGS 1.3.14 Requires Action That Has Not Been Taken. DEC finalized TOGS 1.3.14 (“POTW Permitting Strategy”) in December 2025. It requires track-down programs and compliance schedules in SPDES permits to identify significant upstream PFAS sources. Micron is a significant upstream industrial source at Oak Orchard. No track-down program has been initiated. No compliance schedule exists in NY0030317.
Conflict 3 — DEC’s Own December 2025 Statement. Director Lamb-LaFay was quoted in January 2026 stating PFAS treatment upgrades at public plants are often “not cost-effective and in many cases technically impracticable.” DEC’s own December 2025 guidance states that “industrial dischargers of PFAS-laden waste should be required to remove the PFAS, since few public treatment plants have the technology to do so.” Micron is an industrial discharger. Oak Orchard is a public plant. The permit contains no industrial source removal requirement.
The letter requests four actions before the design-build contract is awarded: initiation of a TOGS 1.3.14 track-down program; full PFAS characterization by Micron including non-targeted analysis; amendment of TOGS 1.3.13 Appendix A to add SIC 3674; and reopening of the public comment period on NY0030317. The letter was copied to DEC Commissioner Amanda Lefton, Onondaga County Executive Ryan McMahon, and DEC Region 7 Permit Administrator Kevin Balduzzi.
ForeverChemicals CNY submitted a formal letter to Hope Knight, President, CEO, and Commissioner of Empire State Development, identifying a critical gap in Micron’s Green CHIPS Sustainability Plan. As a condition of receiving Green CHIPS tax credits, Micron signed a commitment to “sustainable wastewater management.” That phrase has never been defined. ESD has not yet approved the Sustainability Plan. The design-build contract for the Oak Orchard industrial treatment facility has not been awarded. That combination of facts is the campaign’s leverage point — and ESD holds it.
The letter argues that for a semiconductor fab discharging into a public drinking water watershed, “sustainable wastewater management” cannot mean a system designed without knowing what it must treat, treatment technology selected before the waste stream is characterized, or zero enforceable limits on the most bioaccumulative industrial chemicals the facility uses. Micron’s own consultant told DEC in November 2025 that establishing PFAS discharge limits was “not identified as a critical path issue.” DEC’s own December 2025 guidance states that industrial PFAS dischargers should be required to remove PFAS at source, because few public treatment plants have the technology to do so. The permit — as drafted and now signed April 10 — is inconsistent with that guidance on its face.
The letter requests that ESD, before approving the Sustainability Plan, require that “sustainable wastewater management” be defined to include: (1) full PFAS chemical disclosure to Onondaga County and DEC without NDA restrictions; (2) non-targeted PFAS characterization of Micron’s wastewater — including methods beyond EPA Method 1633A that can identify the “dark PFAS” compounds documented in fab effluent — completed before the design-build contract is awarded; (3) PFAS destruction technology, not filtration or concentration, as the required treatment endpoint; (4) annual public reporting of PFAS discharge concentrations; and (5) a commitment that Micron will not seek NDA restrictions with chemical vendors that prevent engineers from knowing what they are designing for.
The letter closes: “A Sustainability Plan that commits to renewable energy, LEED Gold, and permeable pavement — while leaving the treatment of the facility’s most persistent, bioaccumulative, and toxic waste stream undefined — is not a sustainability plan. It is a gap. The window to close it is still open. The leverage is yours.” Full source documentation for all factual claims is publicly available at foreverchemicalsny.com.
ForeverChemicals NY has published a technical briefing on products of incomplete combustion (PICs) from PFAS thermal treatment. At 600°F, PFAS is not destroyed — it is volatilized into an exhaust stream containing hydrogen fluoride, carbonyl fluoride (more acutely toxic than phosgene), newly formed PFAS compounds with unknown toxicity, and potent greenhouse gases. The 2022 National Defense Authorization Act imposed a federal moratorium on PFAS incineration after Congress found no proof existing incinerators could avoid generating harmful PICs. Published in solidarity with Fort Edward residents fighting the Clean Earth burn permit. Read the technical briefing →
ForeverChemicals NY posted in solidarity with Fort Edward residents fighting a proposed burn permit for PFAS-contaminated soil from out-of-state Air Force bases. The campaign is formally expanding from a Central New York focus to a statewide platform — different watersheds, same DEC, same permit culture, same pattern of moving the problem instead of solving it. Emergency rally Tuesday April 14, 5 PM, Fort Edward Fire Department. Fort Edward community group →
Formal letters have been transmitted to Governor Kathy Hochul's Executive Chamber and to DEC Commissioner demanding that enforceable PFAS discharge limits — including full Method 1633A testing and the Total Oxidizable Precursor (TOP) Assay — be incorporated into the Oak Orchard SPDES permit before the industrial treatment plant design-build contract is awarded. The ask is narrow and technically grounded: require the right tests before the permit is finalized, not after the plant is built.
The Governor's own 2026 State of the State directed DEC to require PFAS treatment at landfill leachate sources. The campaign asks: if PFAS treatment is required at landfills, why is Micron's 30-million-gallon-per-day semiconductor discharge — entering the Lake Ontario drinking water watershed — held to a lower standard?
County Executive McMahon has been engaged and is working to protect the water. The letters make clear that protecting the water requires a better permit — and that the window to fix it before the design-build contract is awarded is closing. The campaign now stands at 907 petition signatures from residents of the Lake Ontario watershed, including Canadian signers downstream.
Bassmaster ranked the St. Lawrence River the #1 smallmouth bass fishery in the country. The world catch-and-release record muskie — 57 inches, estimated over 77 pounds — came out of the St. Lawrence near Gananoque in 2009. New York's all-time muskie record, 69 lbs 15 oz, was pulled from the river near Clayton in 1957 and still stands. Walleye. Northern pike. Yellow perch. Salmon. There is no freshwater fishery like it on the continent.
Look at what PFAS already did to the Cape Fear River in North Carolina. One industrial discharge point. Decades of unregulated PFAS. Health officials issued a fish consumption advisory covering 200 miles of river. PFAS was found in every species tested. Largemouth bass: do not eat. Flathead catfish: do not eat. Striped bass: do not eat. Families who fished that river for generations were told to stop. The advisory is not temporary. The river is not coming back anytime soon.
The discharge pathway from Micron's Clay plant runs directly to the St. Lawrence:
Micron (Clay) → Oak Orchard WWTP → Oneida River → Oswego River → Lake Ontario → St. Lawrence River
The permit, as drafted at the time, had zero enforceable PFAS limits. The industrial treatment plant had not been designed. The design-build contract had not been awarded. Micron's own engineers told county planners in November 2025 that PFAS limits were "not identified as a critical path issue."
The Cape Fear didn't die all at once. It happened one unregulated discharge at a time. The window to protect the St. Lawrence is right now — before the plant is built, not after the fish advisories are issued. Sign the petition. Share this with every angler you know.
In the 1980s, the discovery that leaking underground gasoline storage tanks were contaminating groundwater across the country triggered a national alarm. The Suffolk County study documented the scale of the crisis. A 60 Minutes segment brought it into living rooms. The response was aggressive — soil vapor extraction, pump-and-treat, aeration. Contaminated groundwater was pulled to the surface and sprayed into the air, which transferred benzene, toluene, and a suite of known carcinogens directly into the lungs of anyone downwind. Regulators called it remediation. The science called it pathway transfer.
The oil industry never paid for the lung cancer. Never compensated ratepayers for contaminated aquifers, funded cleanup at the scale the damage required, or absorbed the broader costs their product imposed — the wars, the climate damage, the public health burden. Those costs were socialized. The profits were not. That is the definition of a market failure.
The same transfer is being designed into Micron's discharge pathway. The industrial wastewater treatment system planned for Micron's discharge will rely in part on biological treatment — aerated reactor tanks processing tens of millions of gallons per day. Aeration is the mechanism by which volatile and semi-volatile contaminants migrate from water into air. PFAS aerosol generation from wastewater treatment has been documented in the scientific literature, particularly for long-chain compounds. Short-chain PFAS — the compounds Micron's industry has shifted toward — pass through biological treatment into the effluent. There are no enforceable standards for airborne PFAS under U.S. EPA, OSHA, or New York State regulations. Reliable ambient air measurement methods for PFAS do not yet exist at a regulatory level.
The prevailing winds in Central New York blow from the northwest. The Oak Orchard treatment plant discharges into the Oneida River approximately 1.5 miles from the OCWA and City of Oswego drinking water intakes. The spray drift from an aerated treatment system travels further than a pipe.
The market solution is straightforward: make the polluter pay for destruction, not transfer. If PFAS users — including semiconductor manufacturers — were required by permit to fund the verified destruction of every pound of PFAS they discharge, the economics of process chemistry change immediately. A chemical process that requires high-temperature incineration or advanced electrochemical destruction at end of life is no longer cost-equivalent to one that doesn't. Alternatives get funded. Process substitutions get prioritized. The market solves what the regulator is currently ignoring. Demand #4 on this site addresses this directly: require PFAS destruction technology, not filtration. The design-build contract has not been awarded. The window to get this right is still open.
The PFAS crisis is not hypothetical in other parts of the country. The results are in, and they follow a consistent pattern: industry discharges, contamination spreads through water and soil, fish and farms are destroyed, and by the time regulators act, the responsible companies have restructured into entities legally designed to limit what they pay.
What happened to the Cape Fear River is the blueprint. North Carolina health officials issued a fish consumption advisory for the middle and lower Cape Fear River. PFAS were found in every species tested. For largemouth bass, flathead catfish, striped bass, and bluegill — the advisory is categorical: do not eat. The source is Chemours' Fayetteville Works facility, which discharged PFAS into the river for decades before the public was told. Chemours is a DuPont spin-off, created in 2015 — the same year a DuPont-funded study confirmed probable links between PFOA exposure and serious disease. The Texas Attorney General has alleged DuPont engineered that spin-off specifically to shed PFAS liability. The North Carolina Supreme Court ruled DuPont and its spinoffs are still on the hook anyway — but the legal battle continues while the river stays contaminated and families avoid the fish their grandparents caught without a second thought.
3M took the same exit. After 70 years of PFAS manufacturing, 3M exited the business entirely by end of 2025. Before leaving, the company agreed to pay $10.3 billion to settle claims from public water systems across the country. The payment — spread over thirteen years — is a fraction of what remediation actually costs. 3M made its profit. The water systems are left with the infrastructure bill.
This history is not abstract for Central New York. Honeywell's predecessor, Allied Chemical, discharged 165,000 pounds of mercury into Onondaga Lake between 1946 and 1970. The lake became a Superfund site. The fishing ban lasted over a decade. Hundreds of millions of dollars have been spent on cleanup. Last week — April 2, 2026 — elevated mercury was discovered again in marina sediment during a routine renovation project. Eight of seventeen samples exceeded the Onondaga Lake mercury cleanup goal. Same lake. After all that cleanup. Industrial contamination at scale does not simply go away.
Now comes the farms. The biosolids from Oak Orchard — including, eventually, sludge from Micron's discharge — are a concentrated repository of whatever survives the treatment process. The county's own plan was to sell dried biosolids as agricultural fertilizer. In Steuben County, wells are already contaminated from biosolids spread on neighboring fields. In Michigan, an organic farmer was told by the state he can no longer sell his beef because PFAS was found on his land. Maine and Connecticut have already banned biosolids land application entirely. New York has legislation pending to stop it here. Once a farm becomes a brownfield, there is no going back.
This is a fishing issue. A farming issue. A food issue. The anglers who fish the Oneida River and Lake Ontario. The hunters who work the wetlands downstream. The farmers in Oswego, Onondaga, and Cayuga Counties whose land runs through this watershed. These are the people who absorb the cost when the companies that caused the contamination have already restructured, settled for cents on the dollar, and moved on. Demand #7 on this site is the direct ask: prohibit land application of PFAS-contaminated biosolids from the Oak Orchard system. That language needs to be written into the permit before the design-build contract is awarded — not after the fish advisories are issued.
Brown and Caldwell will design the Oak Orchard industrial treatment plant to DEC's requirements. That's what engineers do. The problem isn't Brown and Caldwell. The problem is the code doesn't require PFAS destruction — only monitoring for 40 compounds, most of which Micron stopped using a decade ago. A 40-year lesson from the fuel system industry on what happens when the industry chases the easier answer.
Read the Full Analysis →The county's November 2025 engineering report reveals a critical gap not previously disclosed publicly: starting in approximately 2028, Micron's process wastewater — including whatever PFAS load it carries — will be routed through the existing Oak Orchard municipal wastewater treatment plant as a "bridge" or stopgap, until the dedicated industrial treatment plant is complete.
The municipal plant was designed and built for household sewage. It has no PFAS-specific treatment of any kind. The engineering report describes this explicitly: Carollo Engineers is being contracted to upgrade the municipal plant's capacity to handle Micron's early industrial discharge as a "bridge or stop gap until the IWWTP WRF is complete." The IWWTP — the industrial plant — is not expected to be operational until approximately 2029 at the earliest.
What this means in plain terms: for a period of one to two or more years, semiconductor manufacturing wastewater from the largest chip fab in U.S. history will discharge to the Oneida River through a plant not designed for it, with no enforceable PFAS limits and no specialized treatment. This is not a hypothetical future risk — it is the county's documented plan, embedded in a confidential engineering report it tried to exempt from public records requests.
This gap has not appeared in any public permit document, environmental review, or county communication. It was discovered only through analysis of the FOIL-exempt Conceptual Design Engineering Report obtained by ForeverChemicals CNY.
ForeverChemicals CNY has obtained and analyzed the Oak Orchard Industrial Wastewater Treatment Plant and Water Reclamation Facility Conceptual Design Engineering Report — the 213-page technical blueprint for the county's industrial treatment plant, prepared by Brown and Caldwell in November 2025. The county stamped it "CONFIDENTIAL — Exempt from FOIL per POL 87(2)(c)&(d)" on the executive summary page.
The findings:
Full analysis incorporated into the Oversight Void section below. The FOIL-exempt marking is noted.
Outreach has been initiated to senior members of the Haudenosaunee Confederacy regarding the ForeverChemicals CNY campaign. The Oneida River, the Oswego River, Lake Ontario, and the St. Lawrence downstream are Haudenosaunee waters. The Thousand Islands — which the Haudenosaunee called Manitouana, the Garden of the Great Spirit — lie directly downstream of the Micron discharge pathway. The county that bears the Onondaga name faces a signed SPDES permit with zero enforceable PFAS discharge limits. A conversation is being arranged. More to follow.
A new Facebook post documenting Micron's decade-long pattern in Boise — the secret canal diversion, the broken promise, the $550 million bill left to taxpayers — was published with a photo of the shipping container pilot program in the Micron parking lot. The caption: "This is what $455 billion looks like when it's not their problem." The campaign has collected 723 petition signatures as of March 26, 2026 — four days after launch. Boost underway targeting the Thousand Islands and St. Lawrence River communities.
The March 3rd sewer district vote transferred environmental liability from a $455 billion corporation to the taxpayers of Onondaga County. When the county operates the treatment plant, the county holds the discharge permit — not Micron. If the effluent contains harmful PFAS, the county gets sued. Micron walks. This is a corporate liability firewall built with public money, by public officials, through a government vote.
Read the Full Analysis →Clean Water Action's National Water Projects Coordinator obtained Micron's injection well permits from the Idaho Department of Water Resources via public records request. The permits reveal that Micron holds two active injection wells that continuously inject up to 15.8 million gallons per day of cooling water into the Boise aquifer at depths of approximately 1,210 feet. Both permits specify ultra-filtration as the only pretreatment method — a technology that does not remove PFAS. Neither permit requires PFAS monitoring of any kind. A municipal well in the area has shut down due to PFAS in the deep aquifer; source attribution is contested but cannot be resolved because no PFAS monitoring was ever required. Full analysis at foreverchemicalsny.com/boise.html →
ForeverChemicals CNY published a comprehensive analysis of the Boise, Idaho PFAS wastewater record — documenting seven years of Micron's impact on the city's water infrastructure: the secret 2014 canal contract, the citizen revolt, the $570M bond, the Advanced Water Treatment Pilot in shipping containers, PFAS detections in the Boise River, Micron's withdrawal from the joint treatment plan, and the ongoing application of PFAS-contaminated biosolids on 4,225 acres of farmland. 30+ sourced media links from BoiseDev, KTVB, Idaho Press, and others. This research has been shared with the County Executive's office and the national CHIPS Communities United network.
Read the Full Boise Record →Formal outreach sent to Don Hughes, Conservation Chair of Sierra Club CNY and a chemist and former wastewater engineer who testified at the March 3rd legislature vote, and to Lenny Siegel of the Center for Public Environmental Oversight (CPEO), who previously analyzed GlobalFoundries Vermont discharge data. Both are top candidates for the campaign's scientific advisory circle and potential board roles.
Save the River, the Thousand Islands conservation organization protecting the St. Lawrence River corridor, made contact with the campaign. Canadian residents along the shared waterway have also reached out, underscoring that this issue does not stop at the border. The St. Lawrence receives all of Lake Ontario's outflow — PFAS discharged at Oswego moves downstream toward more than 3 million people in Ontario and Quebec.
Google Analytics is live on foreverchemicalsny.com. Site traffic is being tracked and growing since the March 21 launch. Data will be reported here as the campaign develops. 723 petition signatures have been collected as of March 26, 2026 — within 4 days of launch, before the Boise post boost was live.
A Freedom of Information request was filed with the Onondaga County Division of Purchase requesting the list of Statement of Qualifications respondents and the shortlist from the Oak Orchard Industrial Treatment Train design-build RFQ, which closed September 26, 2025. Knowing who submitted — and who was shortlisted — reveals which engineering firms are positioned to design the plant and what their PFAS treatment experience is.
The March 3rd sewer district vote transferred environmental liability from a $455 billion corporation to the taxpayers of Onondaga County. When the county operates the treatment plant, the county holds the discharge permit — not Micron. If the effluent contains harmful PFAS, the county gets sued. Micron walks. This is a corporate liability firewall built with public money, by public officials, through a government vote.
Read the Full Analysis →The ForeverChemicals CNY Facebook page launched March 21, 2026. Within 24 hours — before the paid boost was even live — 148 people signed the petition. The campaign received outreach from multiple downstream conservation advocates, including Save the River, the Thousand Islands organization protecting the St. Lawrence River corridor. Canadian residents along the shared waterway have also made contact, underscoring that this issue does not stop at the border. Letters were sent to all 17 Onondaga County legislators. A FOIL request was filed with the County Division of Purchase for the Oak Orchard industrial treatment plant design-build procurement. Media outreach was sent to WAER, Spectrum News 1, and the Post-Standard.
After direct outreach to County Executive J. Ryan McMahon, his office confirmed he has forwarded the PFAS documentation — including our formal letter and technical brief — to his senior team for review. County Executive McMahon's engagement opens the door to a collaborative path forward — and comes at the right moment, while the design-build contract window is still open. McMahon's senior team includes Deputy County Executive Brian Donnelly, Deputy for Physical Services Cydney Johnson (who oversees WEP and the ITT), and Deputy for Economic Development Robert Petrovich, who negotiated the Micron deal. The window before the ITT design-build contract is awarded remains open.
This website went live with full technical documentation of the PFAS discharge problem, the testing gap, the lobbying record, and the OCWA situation. The petition is open. Share it.
ForeverChemicals CNY is arranging independent water sampling of the Boise River — the receiving water downstream of Micron's existing Idaho semiconductor facility. Two grab samples will be collected: one upstream control location and one downstream of the treatment plant outfall. Samples will be analyzed using EPA Method 1633A (full 40-compound PFAS array) and the Total Oxidizable Precursor (TOP) Assay to detect PFAS precursors that targeted methods miss. This mirrors the citizen science sampling conducted downstream of GlobalFoundries in Vermont, which found PFAS levels at or above federal drinking water limits a mile from the outfall. Boise is the only operating Micron fab in the US. If PFAS is detectable in the river there now, it will be detectable in the Oneida River here once Micron comes online — at far greater volume. Field sampling coordination is underway; results will be published on this site.
Requesting a formal briefing with Brian Donnelly and Cydney Johnson. The animated explainer and one-page political brief are ready for this meeting.
Formal letters sent to all 17 members of the Onondaga County Legislature, sharing the campaign website and requesting input before public launch. Priority follow-up planned with Dr. Cody Kelly (R, District 14, Clay), Chair of the Health & Human Services Committee. No responses received as of March 21.
Story tips sent to WAER, Spectrum News CNY, and the Post-Standard on March 21, 2026. Hook: McMahon engagement, 148 petition signatures in 24 hours with no paid promotion, and Save the River downstream outreach. Awaiting response.
Every step of this campaign is documented publicly so that government officials know their responses — and their silences — are on the record. We are not going away. We are not a conspiracy. We are engineers, residents, and advocates reading the documents and demanding that Onondaga County protect its water before the concrete is poured.
Add your name to the formal petition demanding that the Onondaga County Legislature require full PFAS disclosure, advanced testing, and destruction-capable treatment technology in Micron’s Industrial Wastewater Discharge Permit before authorizing the bond for the Oak Orchard Industrial Treatment Plant.
Your signature will be included in formal correspondence to the Onondaga County Legislature. This petition supports the work of Central New York residents, engineers, and environmental advocates demanding that Micron's $100 billion facility be held to the highest environmental standard.
View all signers and where they’re from →
Your signature has been recorded. Please share this page with neighbors, friends, anglers, and anyone who cares about clean water in Central New York and the Thousand Islands.
Every factual claim on this site is sourced from peer-reviewed research, official government documents, or the companies' own environmental filings. We are not a conspiracy — we are engineers, scientists, and residents reading the documents.