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‘Absolutely Horrifying’
Construction supervisor John Feal arrived at Ground Zero the day after the September 11 World Trade Center attacks to help with the recovery efforts. He only worked there for five days—forced to stop when a falling steel beam crushed his left foot—but the experience has never stopped haunting him.
Feal, now 39, has had surgery on his foot more than two dozen times and still walks with a lopsided gait. But he’s developed other health problems, too, including gastroesophageal reflux disease, posttraumatic-stress disorder and respiratory problems. His lung capacity has diminished to the point that he occasionally stops to gasp for breath midsentence. Unable to work, and struggling to cover his mounting medical bills, Feal says at times he's felt like he's “slipping through the cracks.”
As health officials are discovering, Feal is not alone.
Only one responder’s death—that of New York City police detective James Zadroga, who succumbed to respiratory failure in January—has been directly linked by a medical examiner to his exposure to environmental toxins at Ground Zero. But at least six other deaths (from causes ranging from heart failure to lung cancer) have been reported among responders in their 30s and 40s who worked at the World Trade Center site. And thousands more are struggling with health problems far worse than officials initially anticipated. “People think that it’s just a few guys from 9/11 suffering,” says Feal, “but there are literally thousands of us.”
More...
Asbestos fibers in the air and rubble following the collapse of the World Trade Center is adding to fears in the aftermath of Tuesday’s terrorist attack...
In 1971, New York City banned the use of asbestos in spray fireproofing. At that time, asbestos insulating material had only been sprayed up to the 64th floor of the World Trade Center towers...
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Some but not all of it was later removed in an abatement program.
Source.
...it’s clear that many of the estimated 40,000 police, firefighters and other workers who came to the site to assist in rescue and recovery efforts have begun suffering from similar and sometimes serious ailments during the past four and a half years...
Dr. Levin at Mount Sinai, where more than 16,000 people have been screened, says, “We are seeing people for the first time now, more than four years later, who have been persistently symptomatic for all that time and haven’t been screened or gotten care.” He suspects there may be many more...
“We didn’t think about all the contamination,” says Sanchez. After just two days, his throat became irritated and he developed a chronic cough. But it was another year before Sanchez, a lifetime nonsmoker, was screened and diagnosed with several ailments—ranging from asthma and acid reflux to posttraumatic-stress disorder—and traced them back to his days at Ground Zero. He now takes 18 different medications a day and hasn’t been able to work for three years, nor can he pick up his 5-year-old son or play soccer on the weekends any longer. Some days, he can barely climb a flight of stairs and must use a cane because of the pain in his joints.
A thermite reaction (a type of aluminothermic reaction) is one in which aluminium metal is oxidized by the oxide of another metal, most commonly iron oxide. The name thermite is also used to refer to a mixture of two such chemicals. The products are aluminium oxide, free elemental iron, and a large amount of heat. The reactants are commonly powdered and mixed with a binder to keep the material solid and prevent separation.
Source.
Mechanism of Toxic Action
Powdered or granulated aluminum and powdered iron oxide mixture which reacts violently when heated (at ~2200°C). Reaction produces aluminum oxide and elemental iron.
Source.
Inhalation: May cause respiratory tract irritation and/or lung damage.
Eye: Dust may cause eye irritation.
Skin: Dust may cause skin irritation.
Ingestion: Large amounts may cause gastrointestinal irritation.
Source.
Originally posted by firebat
Is that not something that would be designed out by the 70's, when the towers were built?
Inhalation of elemental mercury vapors is the main cause of toxicity, as mercury is well absorbed by the lungs. To develop problems by inhalation you need either a large one-time exposure or a long-term exposure. A small, one-time exposure is not likely to cause problems.
What are the symptoms?
After a large, one-time inhalation exposure of mercury vapor, the lungs are the main target of mercury poisoning, although other symptoms develop as well. Symptoms may develop within a few hours and include chills, metallic taste, mouth sores, swollen gums, nausea, vomiting, abdominal pain, diarrhea, headache, weakness, confusion, shortness of breath, cough, chest tightness, bronchitis, pneumonia and kidney damage.
How does long-term exposure differ from a short-term exposure?
Long-term exposure (usually work-related) of inhaled vapors is generally more dangerous than a one-time short exposure. After long-term inhalation exposure, the nervous system is the main target of toxicity. Symptoms may occur within weeks but usually develop insidiously over a period of years. Neurologic symptoms include tremors, headaches, short-term memory loss, incoordination, weakness, loss of appetite, altered sense of taste and smell, numbness and tingling in the hands and feet, insomnia, and excessive sweating. Psychiatric effects are also seen after long-term exposure. Acrodynia can result from repeated exposures to mercury-containing latex paint fumes. Acrodynia is usually seen in younger children. The symptoms include chills, sweating, body rash, irritability, sleeplessness, leg cramps, swelling of the cheeks, nose, hands and feet, light-sensitivity to the eyes and peeling skin layers on the palms of the hands and soles of the feet.
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Breakage Safety
Fluorescent lamps have several hazards if broken. Depending on the type, there may be a partial vacuum or the lamp may be under pressure. Breaking the glass can cause shrapnel injuries, along with the release of mercury and other hazardous compounds.
The biggest immediate injury threat from a broken lamp is from the phosphor-coated glass. If cut with fluorescent lamp glass, any phosphor that gets into the wound is likely to prevent blood clotting and will interfere with healing. Such injuries should be treated seriously and immediate medical attention should be obtained for people or pets that are cut. Medical personnel should be informed that the injuries were caused by a broken fluorescent lamp, and that mercury was present.
Mercury Safety
All fluorescent lamps contain a small amount of elemental mercury (Hg), also known as quicksilver. When lamps are cold, some of the mercury in the lamp is in liquid form, but while the lamp is operating, or when the lamp is hot, most of the mercury is in a gaseous or vapor form.
Mercury vapor is a highly toxic substance, with an "extreme" rating as a poison. Even in liquid form, contact with mercury is considered life-threatening or a "severe" risk to health. Mercury can cause severe respiratory tract damage, brain damage, kidney damage, central nervous system damage, and many other serious medical conditions even for extremely small doses.
nemesis.lonestar.org...
Crystalline silica is the basic component of sand, quartz and granite rock. Airborne crystalline silica occurs commonly in both work and non-work environments. Activities such as a sandblasting, rock drilling, roof bolting, foundry work, stonecutting, drilling, quarrying, brick/block/concrete cutting, gunite operations, lead-based paint encapsulant applications, asphalt paving, cement products manufacturing, demolition operations, hammering, chipping and sweeping concrete or masonry, and tunneling operations can create an airborne silica exposure hazard.
Occupational exposure and inhalation of airborne crystalline silica can produce silicosis, a disabling, dust-related disease of the lungs. Even materials containing small amounts of crystalline silica may be hazardous if they are used in ways that produce high dust concentrations. Depending on the length of exposure, silicosis is a progressive and many times a fatal disease that accounts for approximately three hundred deaths annually in the construction industry, or 10% of all silicosis-related deaths annually.
Inhaling silica dust has also been associated with other diseases, such as tuberculosis and lung cancer. There is no cure for silicosis, but it is a 100% preventable occupational disease.
pearsonandpearson-law.com...
Acute Inhalation:Cutting, grinding, crushing, or drillinghardened concrete or concrete productsmay generate dust containing crystallinesilica. Repeated exposures to very highlevels of respirable crystalline silica (quartz,cristobalite, tridymite) for periods as short assix months have caused acute silicosis.Acute silicosis is a rapidly progressive,incurable lung disease that is typically fatal.Dusts may irritate the nose, throat, andrespiratory tract by mechanical abrasion.Coughing, sneezing, and shortness ofbreath may occur.Chronic effects:Chronic bronchitis may result from chronicexposure to dust generated from cutting,grinding, crushing, or drilling hardenedconcrete. Chronic exposure to respirablelimestone dust in excess of the ACGIH TLVhas caused pneumoconiosis (Dusty Lung).Concrete dust may contain more than 0.1%crystalline silica, which is a cancer hazard ifinhaled. Cancer risk depends on durationand level of exposure. Prolonged exposureto crystalline silica can cause silicosis, aprogressive pneumoconisis (lung disease).
www.concrete-pipe.org...
Hundreds of workers who helped clean up after the 9/11 attacks on New York have filed a lawsuit alleging they were not protected against toxic chemicals.
They want compensation - said to be billions of dollars - from the World Trade Center's leaseholder and four companies that helped remove debris.
The lawsuit also calls for the health of all those allegedly exposed to the toxins to be monitored for 20 years.
The defendants have yet to comment on the lawsuit, which was filed on Friday.
Silicosis is a disabling, nonreversible and sometimes fatal lung disease caused by overexposure to respirable crystalline silica. More than one million U.S. workers are exposed to crystalline silica, and each year more than 250 die from silicosis. There is no cure for the disease, but it is 100 percent preventable if employers, workers, and health professionals work together to reduce exposures.
Originally posted by psyopswatcher
First thing I thought of was silicosis, as defined by OSHA:
Originally posted by AgentSmith
Basically, in laymans terms, having dust formed by various materials being inhaled into your lungs is generally just not going to be good for you no matter how you look at it really.
Originally posted by loam
There's no question something is making all these people sick. But again, why is there no historical precedent for this??? I'm still looking and can find nothing.
Originally posted by tom goose
on the DVD i watch "9/11, confronting the evidence" a woman stood infront of an audience explaining all the diffenet health hazards in the dust on 9/11.
Originally posted by bsbray11
Originally posted by tom goose
on the DVD i watch "9/11, confronting the evidence" a woman stood infront of an audience explaining all the diffenet health hazards in the dust on 9/11.
Was it Indira Singh, maybe? She became a civilian medic on 9/11 at the WTC and, though under a gag order, has told some interesting stories.
She's testified to there being more than the illnesses reported here. Different cancers (not just lung if I'm not mistaken), messy sores of some type and even clean up workers' hair falling out have all been reported in addition to what has already been pointed out in this thread.