Fort Devens

Location
Devens, MA
Known Toxins
24
Years of Operation
1917-Present
Fort Devens
Fort Devens

Base Background

Fort Devens was established in 1917 as Camp Devens, a training cantonment for soldiers headed to combat in World War I, and became a permanent Army post under its current name in 1931. The post spanned parts of Ayer, Shirley, Harvard, and Lancaster, Massachusetts, and served through World War II and the Cold War as a major training, logistics, and reserve-component installation. The Army closed Fort Devens under the Base Realignment and Closure process on March 31, 1996, after 79 years of continuous use. The smaller Devens Reserve Forces Training Area opened on part of the original footprint the following day and continues to host Army Reserve and National Guard training today, while most of the former post became the Devens civilian redevelopment zone.

Toxic Exposure at Fort Devens

The Environmental Protection Agency placed Fort Devens on its National Priorities List in 1989 after decades of landfill disposal, fuel and solvent spills, pesticide use, and firefighting-foam use left documented contamination across more than a dozen distinct study areas on the former post. Cleanup work has extended to municipal and private drinking water wells in the surrounding towns, and several sites remain under active investigation or remediation today.

Volatile Organic Compounds (VOCs)

Solvents including tetrachloroethene (PCE) and trichloroethene (TCE), along with benzene, chlorobenzene, carbon tetrachloride, and related compounds, contaminated soil and groundwater at Shepley’s Hill Landfill and the former Moore Army Airfield. A PCE spill at the airfield produced a groundwater plume that covered more than 15 acres when first delineated in 2004; ongoing treatment has since reduced it, but monitoring continues.

Arsenic and Heavy Metals

Arsenic, lead, chromium, cadmium, manganese, antimony, and beryllium, among other metals, are documented in soil and groundwater at Shepley’s Hill Landfill and the Devens Consolidation Landfill. Sediment sampling at Plow Shop Pond and nearby Red Cove separately identified arsenic contamination tied to the base’s historical industrial activity.

PCB, TPH and PAH

Polychlorinated Biphenyls (PCBs), including the specific formulation Aroclor 1260, were documented near Lower Cold Spring Brook and at the former Defense Reutilization and Marketing Office yard, where petroleum and solvent handling also occurred. Total petroleum hydrocarbons and polycyclic aromatic hydrocarbons, including naphthalene, pyrene, and benzo(a)pyrene, were found at the Barnum Road maintenance yards, tied to decades of vehicle and equipment servicing there.

Pesticides

Aldrin, chlordane, DDT, and dieldrin, all persistent chlorinated hydrocarbon pesticides, were applied beneath the foundations of former base housing in the 1960s to control termites. These chemicals remain in soil for decades after application.

PFAS Contamination

The Army began investigating per- and polyfluoroalkyl substances (PFAS) at Fort Devens in 2016 after reviewing its historical use of aqueous film-forming foam (AFFF) in firefighting training, then expanded to a site-wide remedial investigation in 2018 covering soil, groundwater, surface water, and both municipal and private drinking water wells. That investigation is ongoing, with a June 2026 Department of Defense status update putting the projected completion date at 2041.

Those who lived, worked, or served at Fort Devens before its 1996 closure were potentially exposed to some combination of these chemicals, and the health effects of that exposure can take years or decades to appear. If you developed a medical condition related to toxic exposure after living or working at or near Fort Devens, our VA disability lawyers may be able to help you obtain compensation. Get a free case evaluation to explore your legal options.

Known Toxins

The following chart outlines the medical conditions associated with toxic exposure at this base, classified by the strength of evidence required (strong, good or limited).* Please keep in mind that it is not a complete list.

Toxin Potential Effects & Strength of Evidence Needed
Strong Good Limited
Aluminium Potential Effects & Strength of Evidence Needed
Lung cancer
Bronchitis ­ chronic
MoreLess
Spasticity/Myoclonus
Seizures...
Pneumonitis hypersensitivity
Dementia
Decreased Coordination/ Dysequilibrium
Asthma ­ allergic
MoreLess
Sarcoidosis
Pulmonary fibrosis...
Pulmonary edema
Porphyria ­ toxic
Parkinson's disease/Movement disorders
Coronary artery disease, peripheral vascular disease, atherosclerosis
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Alzheimer's
ALS (Lou Gehrig's disease)
Abnormal sperm (morphology, motility, and sperm count)
MoreLess
Arsenic Potential Effects & Strength of Evidence Needed
Peripheral neuropathy
Hyperkeratosis/Hyperpigmentation...
Diabetes ­ Type II
Coronary artery disease, peripheral vascular disease, atherosclerosis
MoreLess
Steatosis (fatty liver)
Skeletal malformations...
Renal (kidney) cancer
Raynaud's phenomenon
Pneumonitis hypersensitivity
Neural tube defects/CNS malformations
Nasal septal perforation
Myocardial ischemia
Low birth weight/Small for Gestational Age
Hypertension
Hepatoportal Sclerosis
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Congenital malformations ­ general
Cirrhosis
Cardiomyopathy
Bladder cancer
Arrhythmias
Anemia ­ hemolytic
Alopecia
Adult­-Onset Leukemias
MoreLess
Neurosthenia (Organic affective syndrome)
Myelodysplastic syndrome...
Metal fume fever
Immune suppression
Hepatocellular cancer (Liver cancer)
Genito­urinary malformations (includes cryptorchidism, hypospadias)
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Acute tubular necrosis
MoreLess
Barium Potential Effects & Strength of Evidence Needed -
MoreLess
-
MoreLess
Sarcoidosis
Arrhythmias
MoreLess
Benzo A Pyrene Potential Effects & Strength of Evidence Needed
Lung cancer
MoreLess
Skin cancer (non­melanoma)
Lung cancer...
Immune suppression
Bladder cancer
MoreLess
Reduced Fertility Male (infertility and subfertility)
MoreLess
Beryllium Potential Effects & Strength of Evidence Needed
Skin ulceration
Pneumonitis hypersensitivity...
Pneumoconiosis
Chronic renal disease
Berylliosis
MoreLess
Renal stones
Pulmonary fibrosis...
Pulmonary edema
Pneumonia
Nasal septal perforation
Granulomatous disease (liver)
Bronchitis ­ acute
MoreLess
Seizures
Sarcoidosis...
Mesothelioma
Immune suppression
Cardiomyopathy
Bone cancer/Ewings sarcoma
MoreLess
Cadmium Potential Effects & Strength of Evidence Needed
Renal stones
Osteoporosis...
Itai­itai disease
Chronic renal disease
Acute tubular necrosis
MoreLess
Reduced Fertility Male (infertility and subfertility)
Prostate cancer...
Pneumonia
Nephrotic syndrome
COPD ­chronic obstructive pulmonary disease
Cardiomyopathy
Anemia ­ hemolytic
MoreLess
Testicular cancer
Soft tissue sarcoma...
Renal (kidney) cancer
Pulmonary fibrosis
Pulmonary edema
Peripheral neuropathy
Pancreatic cancer
Oral clefts (cleft lip and palate)
Neural tube defects/CNS malformations
Metal fume fever
Menstrual disorders
Immune suppression
Hypoactivity
Hypertension
Genito­urinary malformations (includes cryptorchidism, hypospadias)
Decreased I.Q../Mental retardation
Congenital malformation Cranio­ Facial
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Brain cancer ­adult
Autoimmune antibodies, positive ANA
Arrhythmias
ADD/ADHD, hyperactivity
Abnormal sperm (morphology, motility, and sperm count)
MoreLess
Carbon tetrachloride Potential Effects & Strength of Evidence Needed
Steatosis (fatty liver)
Cirrhosis...
Acute tubular necrosis
Acute hepatocellular injury (Hepatitis)
MoreLess
Scleroderma
Porphyria ­ toxic...
Lymphoma non ­Hodgkin's
Childhood Leukemias
Autoimmune antibodies, positive ANA
Arrhythmias
Aplastic anemia
Adult­-Onset Leukemias
MoreLess
Renal (kidney) cancer
Pancreatitis...
Pancreatic cancer
Oral clefts (cleft lip and palate)
Nephrotic syndrome
Melanoma
Low birth weight/Small for Gestational Age
Immune suppression
Hepatocellular cancer (Liver cancer)
Brain cancer ­adult
MoreLess
Chromium Potential Effects & Strength of Evidence Needed
Skin ulceration
Parkinson's disease/Movement disorders...
Nasopharyngeal/Sino­Nasal cancer
Nasal septal perforation
Nasal polyps
Cholestasis
Bronchitis ­ acute
Asthma ­ allergic
MoreLess
Stomach cancer
Pulmonary fibrosis...
Psychiatric disturbances
Pneumonitis hypersensitivity
Pneumonia
Photosensitivity
Peripheral neuropathy
Decreased Coordination/ Dysequilibrium
COPD ­chronic obstructive pulmonary disease
Chronic renal disease
Bronchitis ­ acute
Brain cancer ­adult
ADD/ADHD, hyperactivity
Acute tubular necrosis
MoreLess
Soft tissue sarcoma
Skeletal malformations...
Renal (kidney) cancer
Reduced Fertility Male (infertility and subfertility)
Prostate cancer
Peripheral neuropathy
Pancreatic cancer
Neurosthenia (Organic affective syndrome)
Neural tube defects/CNS malformations
Metal fume fever
Immune suppression
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Esophageal cancer
Erectile dysfunction
Delayed growth
COPD ­chronic obstructive pulmonary disease
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Bladder cancer
Autoimmune antibodies, positive ANA
Arrhythmias
Adult­-Onset Leukemias
Abnormal sperm (morphology, motility, and sperm count)
MoreLess
Chrysene Potential Effects & Strength of Evidence Needed -
MoreLess
-
MoreLess
-
MoreLess
Copper Potential Effects & Strength of Evidence Needed -
MoreLess
Nasal septal perforation
Metal fume fever...
Lung cancer
Granulomatous disease (liver)
Decreased vision (includes blindness, retinopathy, optic neuropathy)
Chronic renal disease
Angiosarcoma (hepatic)
Anemia ­ hemolytic
MoreLess
Sarcoidosis
Pulmonary fibrosis...
Neural tube defects/CNS malformations
Myelodysplastic syndrome
Immune suppression
Autoimmune antibodies, positive ANA
Acute tubular necrosis
MoreLess
Dibenzo (A,H) anthracene Potential Effects & Strength of Evidence Needed -
MoreLess
-
MoreLess
-
MoreLess
Ethylbenzene Potential Effects & Strength of Evidence Needed -
MoreLess
-
MoreLess
-
MoreLess
Iron Potential Effects & Strength of Evidence Needed
Bronchitis ­ chronic
MoreLess
-
MoreLess
Soft tissue sarcoma
Diabetes ­ Type II...
Brain cancer ­adult
Alzheimer's
MoreLess
Lead Potential Effects & Strength of Evidence Needed
Seizures
Reduced Fertility Male (infertility and subfertility)...
Peripheral neuropathy
Hypertension
Gout
Developmental Delay
Decreased I.Q../Mental retardation
Decreased Coordination/ Dysequilibrium
Coronary artery disease, peripheral vascular disease, atherosclerosis
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Chronic renal disease
Behavioral problems
Anemia ­ hemolytic
ADD/ADHD, hyperactivity
Abnormal sperm (morphology, motility, and sperm count)
MoreLess
Reduced Fertility ­ Female (infertility and subfertility)
Psychiatric disturbances...
Pre­term delivery
Porphyria ­ toxic
Pancreatic cancer
Nephrotic syndrome
Low birth weight/Small for Gestational Age
Immune suppression
Hearing loss
Glomerulonephritis
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Delayed growth
Cardiomyopathy
Arrhythmias
Altered time to sexual maturation (accelerated or delayed puberty)
MoreLess
Wilm's Tumor
Uterine cancer...
Thyroid disorders ­Hypothyroidism
Stomach cancer
Reduced Fertility Male (infertility and subfertility)
Osteoporosis
Neurosthenia (Organic affective syndrome)
Lung cancer
Hepatocellular cancer (Liver cancer)
Erectile dysfunction
Diabetes ­ Type II
Congenital malformation Cranio­ Facial
Colo­rectal cancer
Carcinoid
Breast cancer
Brain cancer ­adult
Bladder cancer
Alzheimer's
Altered time to sexual maturation (accelerated or delayed puberty)
ALS (Lou Gehrig's disease)
Abnormal sperm (morphology, motility, and sperm count)
MoreLess
Magnesium Potential Effects & Strength of Evidence Needed
Metal fume fever
MoreLess
-
MoreLess
-
MoreLess
Manganese Potential Effects & Strength of Evidence Needed
Parkinson's disease/Movement disorders
Cholestasis
MoreLess
Psychiatric disturbances
Pneumonitis hypersensitivity...
Pneumonia
Peripheral neuropathy
Decreased Coordination/ Dysequilibrium
Bronchitis ­ acute
ADD/ADHD, hyperactivity
MoreLess
Skeletal malformations
Reduced Fertility Male (infertility and subfertility)...
Peripheral neuropathy
Neurosthenia (Organic affective syndrome)
Neural tube defects/CNS malformations
Metal fume fever
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Erectile dysfunction
Delayed growth
COPD ­chronic obstructive pulmonary disease
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Arrhythmias
MoreLess
Mercury Potential Effects & Strength of Evidence Needed
Peripheral neuropathy
Hearing loss...
Behavioral problems
Acute tubular necrosis
MoreLess
Low birth weight/Small for Gestational Age
Immune suppression...
Hormonal changes (levels of circulating sex hormones ­ FSH/LH, Inhibin, and/or estrogens, progesterones, and androgens)
Glomerulonephritis
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Congenital malformations ­ general
Chronic renal disease
Autoimmune antibodies, positive ANA
Aplastic anemia
Anemia ­ hemolytic
MoreLess
Thyroid disorders ­Hypothyroidism
Scleroderma...
Reduced Fertility ­ Female (infertility and subfertility)
Reduced Fertility Male (infertility and subfertility)
Neurosthenia (Organic affective syndrome)
Nephrotic syndrome
Myocardial ischemia
Menstrual disorders
Coronary artery disease, peripheral vascular disease, atherosclerosis
MoreLess
Nickel Potential Effects & Strength of Evidence Needed
Asthma ­ allergic
MoreLess
Stomach cancer
Pulmonary fibrosis...
Pulmonary edema
Nasal septal perforation
Laryngeal cancer
Immune suppression
MoreLess
Soft tissue sarcoma
Renal (kidney) cancer...
Prostate cancer
Myocardial ischemia
Myelodysplastic syndrome
Metal fume fever
Mesothelioma
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Arrhythmias
MoreLess
PFAS (Firefighting Foam) Potential Effects & Strength of Evidence Needed -
MoreLess
-
MoreLess
Testicular cancer
Renal (kidney) cancer...
Prostate cancer
MoreLess
Pyrene Potential Effects & Strength of Evidence Needed -
MoreLess
-
MoreLess
-
MoreLess
Toluene (BTEX compounds) Potential Effects & Strength of Evidence Needed
Fetal solvent syndrome/ Fetal Ethanol Syndrome
Congenital malformation Cranio­ Facial
MoreLess
Steatosis (fatty liver)
Scleroderma...
Reduced Fertility ­ Female (infertility and subfertility)
Menstrual disorders
Low birth weight/Small for Gestational Age
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Developmental Delay
Delayed growth
Cognitive impairment (includes impaired learning, impaired memory, and decreased attention span)
Autoimmune antibodies, positive ANA
Arrhythmias
Acute tubular necrosis
Acute hepatocellular injury (Hepatitis)
MoreLess
Stomach cancer
Peripheral neuropathy...
Neurosthenia (Organic affective syndrome)
Neural tube defects/CNS malformations
Multiple myeloma
Immune suppression
Genito­urinary malformations (includes cryptorchidism, hypospadias)
Decreased Coordination/ Dysequilibrium
Colo­rectal cancer
Color vision disturbance
Cirrhosis
Brain cancer ­adult
Asthma ­irritant
Acute hepatocellular injury (Hepatitis)
Abnormal sperm (morphology, motility, and sperm count)
MoreLess
Vanadium Potential Effects & Strength of Evidence Needed
COPD ­chronic obstructive pulmonary disease
Bronchitis ­ chronic...
Asthma ­ allergic
MoreLess
Acute tubular necrosis
MoreLess
Reduced Fertility ­ Female (infertility and subfertility)
Pneumonia...
Fetotoxicity (Miscarriage/spontaneous abortion; stillbirth)
Bronchitis ­ acute
MoreLess
Xylene Potential Effects & Strength of Evidence Needed -
MoreLess
Scleroderma
Menstrual disorders...
Arrhythmias
MoreLess
Stomach cancer
Peripheral neuropathy...
Delayed growth
Colo­rectal cancer
Brain cancer ­adult
Acute hepatocellular injury (Hepatitis)
MoreLess
Zinc Potential Effects & Strength of Evidence Needed
Skin ulceration
MoreLess
-
MoreLess
Testicular cancer
MoreLess
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*Effects are according to the Center for Disease Control and Prevention’s Agency for Toxic Substances & Disease Registry unless otherwise noted.

Paths to Compensation

Veterans who lived or worked at or near Fort Devens may be able to receive compensation if they developed health conditions associated with toxic exposure. This would require:

  • Documenting the time spent at the base using service records and other documentation
  • Gathering comprehensive medical evidence
  • Obtaining expert medical opinions to establish a link between the diagnosed medical conditions and the toxic exposure

Our VA-accredited lawyers know what it takes to win a toxic exposure claim. Contact us for a free evaluation: we specialize in disability law and work on a contingency basis, with no upfront fees.

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