Silica Information Page
 PROTECTIVE COATING
 CONTAINMENT SOLUTIONS
 SANDBLASTING WOOD
 WET SANDBLASTING
 CONCRETE SANDBLASTING
Concrete Sandblasting Video's
Wet Sandblasting Video's
 CONTACT
Protective Coating Video's
 HOME
 SANDBLASTING
 CONCRETE SANDBLASTING
 WET SANDBLASTING
 SANDBLASTING WOOD
 CONTAINMENT SOLUTIONS
 PROTECTIVE COATING
 CONTACT
Copyright © 1984 - 2013 Vancouver Mobile Sandblasting Ltd. All Rights Reserved.
 HOME
 SANDBLASTING
Sandblasting Video's
|Pioneers|
|Confined Space|
|Lead Paint Removal|
|Lead Abatement|
|Wet Sandblasting|
|Abrasive Blasting|
|Surface Preparation|
|Wood Sandblasting|
|Steel Sandblasting|
|Sandblasting Boats|
|Graffiti Removal|
|Abrasive Media|
|Coating Options|
|Marine Coating|
Sandblasting News Page 1
Sandblasting News Page 2
Sandblasting News Page 3
Sandblasting News Page 4
Sandblasting News Page 5
|Sandblasting News|
|Scaffolding Services|
|Concrete Sealing|
|Safety Information|
|Silica|
|Sandblasting accidents|
|Site Map|
Vancouver Mobile Sandblasting Ltd.
 
This page is meant to inform.
 
We choose to provide this information as a historical view of the sandblasting industry.
 
Many steps have been taken in order to prevent and/or stop any further cases of silicosis from occuring within our field.
 
However some countries still struggle with the importance of legislation regarding silica exposure in the workplace.
 
 Please read on.  Education is powerful.

Click "more" to view pdf files

What is crystalline Silica?


Silica occurs commonly in nature as sandstone, silica sand or quartzite. It is the starting material for the production of silicate glasses and ceramics. Silica is one of the most abundant oxide materials in the earth's crust. It can exist in an amorphous form (vitreous silica) or in a variety of crystalline forms. Often it will occur as a non-crystalline oxidation product on the surface of silicon or silicon compounds.

Silica sand from beaches and rivers is rounded and softer than the other types of sand. Crushed silica sand from quarries is angular and harder, providing deeper surface profiles than rounded sand. Silica sand is widely used because of its availability, cleaning efficiency, and low cost. When sandblasters chip, cut, drill, or grind objects containing crystalline silica dust is produced. When this dust is inhaled it can be fatal.


Common materials containing silica?

  • Rock and sand

  • Topsoil and fill

  • Concrete, cement, and mortar

  • Masonry, brick, and tile

  • Granite, sandstone, and slate

  • Asphalt (containing rock and stone)

  • Fibrous-cement board containing silica


What are the dangers of silica?


This fine crystalline silica dust, called free silica, may remain airborne for long periods of time, and has been proven a serious health hazard if inhaled for a prolonged period. the Occupational Safety & Health Administration (OSHA) enforces the federal regulations that limit an employee's exposure to crystalline silica. OSHA requires that all blasting operators and other persons in the blasting vicinity wear NIOSH- Approved supplied air respirators during blasting and after, until the surrounding atmosphere has been tested and cleared of lingering dust.


Why was silica so widely used in the sandblasting industry?


Silica sand is widely used in some countries because of its availability, cleaning efficiency, and low cost. The most severe exposures to crystalline silica result from abrasive/ sand blasting, when removing paint, oil, rust, or dirt from various surfaces. Other exposures to silica dust occurs in cement and brick manufacturing.


What is Silicosis?


GUIDELINE SILICA ON CONSTRUCTION PROJECTS


(to view full 34 page attachment click ...pdf..


3.0 HEALTH EFFECTS


The prolonged inhalation of respirable dust containing crystalline silica may result in silicosis, a disease characterized by progressive fibrosis of the lungs. A pneumoconiosis (lung disease caused by the inhalation of dust), silicosis is marked by shortness of breath and impaired lung function which may give rise to complications that can result in death. The development and the severity of silicosis depends on the airborne concentration of silica dust to which a worker is exposed and the duration of exposure. The International Agency for Research on Cancer (IARC) has concluded that crystalline silica inhaled in the form of quartz or cristobalite from occupational sources is carcinogenic to humans and has classified these forms of silica as Group 1 carcinogens. In addition, the American Conference of Governmental Industrial Hygienists (ACGIH) has classified quartz as a suspected human carcinogen with an A2 classification. Crystalline silica may be harmful following high exposure levels received over a period, ranging from a few weeks to years or after long-term exposures to lower levels.


There are three major types of silicosis: chronic, accelerated, and acute.

 

Chronic Silicosis: Occurs after long term exposure(over 10 years) of low concentrations of silica dust. This is most common form of the disease,and is often undetected for many years because a chest X-Ray often will not reveal the disease for as long as 20 years after exposure. This type of the disease severely hinders the ability of the body to fight infections because of the damage to the lungs, making the person more susceptible to other lung illnesses, including tuberculosis.


Accelerated Silicosis: Accelerated silicosis is almost the same as chronic silicosis. However, it develops more quickly and the lung scars show up sooner. Accelerated silicosis can develop when exposure to large amounts of silica dust occurs over a short time period. Nodules may appear on a chest x-ray five years after the first exposure to silica dust and the disease can quickly worsen.


Acute Silicosis: Acute silicosis is a lung disease that develops rapidly. As few as 8 to 18 months may elapse from the time of first exposure to the onset of symptoms, which include progressive shortness of breath, fever, cough and weight loss. There is a rapid progression of respiratory failure usually resulting in death within one or two years.



How Does Silica Enter the Body?


Occupational exposure to silica occurs through inhalation of small airborne particles of silica dust, mainly in the range of 5.0 µm to 0.5 µm, which are not expelled from the lung when inhaled. Instead, they remain in the lung and are deposited in lymph nodes, where over time, calcium can deposit in those nodes and settle along the rim of the lymph node. This condition is known as “egg-shell” calcification. In some cases, silica particles are carried into the lungs where a scar may form around the particles. Over time, the hardened scars gradually start to show up on the chest x-ray as fibrosis of the lung.


What are the symptoms of silicosis?

Silicosis diminishes lung function with severe damage to lung tissue caused by the formation of large amounts of fibrous scar tissue in the lungs. This scar tissue destroys air and blood passageways, decreasing lung capacity and available oxygen to the body.


Symptoms of silicosis include:


  • Shortness of breath

  • Severe, chronic often dry, cough

  • Loss of appetite

  • Weight loss

  • Fever

  • Chest Pains

  • Breathing difficulty

  • Coughing up blood

  • Problems sleeping

  • Hoarseness

How is silicosis treated?


 

Treatment for silicosis injury is limited. Since there is no cure for the disease, there is no specific treatment for silicosis. Physicians often focus on maintaining patient comfort and slowing the progression of silicosis.

 

The first step in slowing the progression of the disease is to eliminate the patient's exposure to toxic crystalline silica dust. Once silica exposure is eliminated, the silicosis patient is encouraged to quit smoking (if he or she smokes) and to eliminate as many sources of respiratory irritation as possible. Cough suppression drugs, breathing aids and oxygen may all be used to help silicosis injury patients breathe easier. Silicosis injury patients are closely watched to make sure they don't develop infections. Since the silicosis patient's immune system is typically weak, he or she can develop lung infections very easily. Close monitoring allows such infections to be quickly treated.

 

Silicosis patients are routinely tested for tuberculosis because one of the major side effects of silicosis is the development of tuberculosis. In advanced cases of silicosis that cause severe lung damage, a lung transplant may be the only viable treatment.


Silicosis Prevention


Since silicosis is an irreversible lung disease, the only way to decrease instances of silicosis injury is to limit instances of silica exposure. Fortunately, silicosis injury is completely preventable. There are certain preventative measures that can be taken to keep crystalline silica dust from being inhaled. Most of these safety measures focus on limiting the amount of crystalline silica dust that gets airborne. Wet blasting or containment solutions.

 

Even when using non-silica-containing abrasives sandblasters have to use respiration equipment. Many surface contain silica, and when sandblasting these particles become airborne.

 

All Sandblasters should be well versed in the dangers of silica and always use respiration equipment when on a sandblasting site. When possible wet sandblasting is a good idea.

 

Medical exams should be made available for workers that are at high risk for exposure. Often times when a worker is diagnosed with silicosis, his or her coworkers tend to develop silicosis as well.
OSHA has an established Permissible Exposure Limit, or PEL, which is the maximum amount of crystalline silica to which workers may be exposed during an 8-hour shift (29 CFR 1926.55, 1910.1000). OSHA also requires hazard communication training for workers exposed to crystalline silica, and requires a respirator program until engineering controls are implemented. Additionally, OSHA has a National Emphasis Program (NEP) for crystalline silica exposure to identify, reduce, and eliminate health hazards associated with occupational exposures.

 

News Articles "Silica"

05272011

 

 

South Africa Investing in Precious Metals: Is Gold Worth Dying For? On Thursday, gold (NYSE:GLD) and silver (NYSE:SLV) took a breather as the Dow (NYSE:DIA) and S&P 500 (NYSE:SPY) closed slightly higher. The markets seem somewhat confused as the Greek debt crisis lingers on. In times of uncertainty, investors often turn to gold as a place of refuge. However, just how expensive is it to really obtain gold? Some gold miners (GLDX) may find out the hard way. The medical condition known as silicosis could be a potential problem for some gold miners. Silicosis is the scarring of the lungs caused by extended exposure to the dust found in South African mines. These mines are now run by companies such as Harmony Gold Mining (NYSE:HMY), Gold Fields Ltd.(NYSE:GFI), and AngloGold Ashanti Ltd. (NYSE:AU). These miners are now facing coming lawsuits. HMY fell the hardest on the day, closing 3.57% lower....more...

 

05262011

 

 

Levi Strauss - leading a worldwide ban on sandblasting Sandblasting is used to give jeans and denim a distressed look but without proper controls workers can contract fatal lung disorders, and Levi Strauss is leading the way for a worldwide ban...more...

 

05232011

 

 

South Africa Silicosis Fight Brewing in South African Mines: A lawsuit by 18 former employees of Anglo American South Africa may go to trial next year. Mining executives dispute an estimate that it may cost them $100 billion to settle all potential silicosis claims Gold has rarely been worth more than it is today, and gold mining companies in general are prospering as a result. Gold Fields, a large company based in Johannesburg, South Africa, reported improved profits but a worsening safety performance May 19 for its 2011 first quarter -- five fatalities occurred in its operations during the quarter, accounting for 10 percent of the 50 deaths throughout South African mining during that period, according to the National Union of Mineworkers...more...

 

05202011

 

 

South Africa DMR’s move to reduce dust levels in gold mines will slash incidence of silicosis – lawyer Mine health and safety specialist law firm Brink Cohen Le Roux reports that efforts by the Department of Mineral Resources (DMR) to reduce dust levels in gold mines to 0,1mg/mm2 will go a long way towards reducing the rising silicosis problem prevalent in South Africa.Brink Cohen Le Roux director Willem le Roux says it is commendable that the DMR is at least acknowledging that there is a problem in the industry....more...

 

05192011

 

 

Comprehensive Silica Health Standard Coming Soon, OSHA's Chief Says Assistant Secretary Michaels told AIHce 2011 attendees March 18 the proposal will be issued "in the next few months." PORTLAND, Ore. — In a speech that included a film clip of U.S. Labor Secretary Frances Perkinscalling on employers to prevent silica exposures, OSHA Assistant Secretary Dr. David Michaels told attendees of AIHce 2011 that his agency soon will propose a comprehensive silica health standard. Michaels asked them to comment on the proposal, which he promised will solve OSHA's currently conflicting Permissible Exposure Limits for silica....more...

 

05192011

 

 

South Africa Mining and Silicosis It’s only right that mining companies pay adequate compensation to workers who were permanently disabled as a result of making profits for them.But recent court judgments are holding companies liable today for problems that arose decades ago, when a different set of rules applied. This scenario may be repeated when longer-term funding is sought to tackle acid mine drainage. Though there is a statutory compensation structure in place, it is inadequate and poorly administered so, once again, the private sector is required to make up for bureaucratic shortcomings...more...

 

05192011

 

 

South Africa Fatality trend ‘concerning’, silicosis studied – Gold Fields JOHANNESBURG (miningweekly.com) – The trend in the rate of fatalities at Gold Fields is “deeply concerning”, says CEO Nick Holland, who adds that the company is also assessing its potential exposure to the claims of silicosis sufferers in the light of the recent Constitutional Court ruling....more...

 

05172011

 

 

Silicosis claims serious threat to mining – analysts The risk of litany of silicosis claims against the mining industry is a serious threat which should not be underestimated, according to analysts who warned claims could be crippling to the industry. Commenting on the possible fallout of the Constitutional court case won by former mine worker. Thebekile Mankayi against AngloGold Ashanti in March, a team of at RBC Capital Markents analysts.....more....

 

05152011

 

 

South Africa Another silicosis ruling hits miners MEMBERS of the Chamber of Mines, which are facing huge claims from silicosis victims after the Constitutional Court paved the way for such claims, this month unobtrusively lost yet another silicosis-related case. The decision by the North Gauteng High Court entails the country’s gold mines having to pay up hugely, even if not a single silicosis-related claim is lodged against them...more...

 

05132011

 

 

South Africa NUM throws full weight behind Anglo silicosis claimants South Africa’s National Union of Mineworkers (NUM) has thrown its full weight behind silicosis sufferers’ claims against diversified mining major Anglo American. While the NUM is again angered by a 27% increase in mine fatalities in the first three months of 2011, it says that the number of deaths from respiratory disease are even greater than those from mining accidents....more...

 

05112011

 

 

South Africa Zero mine deaths unrealistic, but silicosis is dipping – lawyer Willem le Roux, the director of Brink Cohen Le Roux Attorneys, says the fatality rate in mining is lower than in fishing or public transport. Photo: Leon Nichola Dineo Matomela While the number of people diagnosed with silicosis has dropped over the years, the target of zero fatalities in the mining sector is unrealistic, according to mine law expert Willem Le Roux, the director of Brink Cohen Le Roux Attorneys ...more...

 

05102011

 

 

Silicosis victim vindicated after 27 years: They say good things come to those who wait. Margaret Gardner waited more than a quarter-century for her husband Bill's death to be recognized as an occupational illness — not a good thing, but the right thing, says Margaret, now 84."I'm glad it's settled, naturally, but I am more-so happy for the fact that my husband is exonerated. That's what upset me more than anything else," she said in an interview Tuesday from her new home in Chatham, Ont....more...

 

05092011

 

 

South African mining facing implied $100bn silicosis damage – JOHANNESBURG (miningweekly.com) – The South African mining industry is facing “a very serious” threat from silicosis claims that could result in implied damage of $100-billion, says RBC Capital Markets equity research unit...more...

 

05052011

 

 

Spewing silicosis: Gujarat's factories of doom At the exact point where the bumpy single road from Alirajpur spreads out to a smooth highway leading to Godhra via Dahod, you leave Madhya Pradesh and enter Gujarat. For most of the nation and mainstream media, the word Godhra evokes images of a burning train and the subsequent “communal” riots. ...more...

 

05052011

 

 

“Everybody will get sick with silicosis, including young children”: “The whole ore dust with heavy metals will sit on Kapan after explosions. Everybody will get sick with silicosis, including young children,” said 'Khoustoup' NGO President Vladik Martirosyan, 'we are not going to sit on our hands'. People must understand opencast development is not permissible, this will be the end of Kapan.' ...more...

 

03022011

 

 

Turkish firm shifts to laser system to replace sandblasting: A denim factory in the Central Anatolian province of Sivas has abolished the sandblasting system that causes denim workers to develop silicosis and silico-tuberculosis. The factory, founded in 2005, now employs a laser technology instead that is secure from all such risks. Mürsel Önder, the general manager of Le Faxx, a denim producer, told the Anatolia news agency that they shifted to the laser system two months ago. He said they brought the technology from the U.K and it them 250,000 euros. He said the laser system protected their workers from developing bad health conditions while increasing production capacity...more...

 

02142011

 

 

OSHA cites Venetian Marble & Granite in Helotes, Texas, for exposing workers to excessive levels of respirable silca: HELOTES, Texas – The U.S. Department of Labor's Occupational Safety and Health Administration has cited Venetian Marble & Granite in Helotes with 10 serious safety and health violations after an inspection found that workers were exposed to unsafe levels of crystalline silica particles. Proposed penalties total $41,300."This company jeopardized the health of its workers by exposing them to respirable silica above OSHA's established limits," said Jeff Funke, director of OSHA's San Antonio Area Office. OSHA's San Antonio office initiated a safety and health inspection on Nov. 8, 2010, at the company's facility on Western Oak Drive and determined that employees were exposed to respirable crystalline silica particles while grinding, sanding and buffing counter top products such as natural granite, quartz and solid surfaces...more...

 

02142011

 

 

Omnibus law reshapes work environment in Turkey: Turkey’s long-debated “omnibus law,” a package of nearly 250 articles that was passed by the Turkish Parliament over the weekend, will bring vast changes to the country’s working life. A major improvement that the law brings is for the parents of newborns. According to the law, civil servants will have the option of receiving 24 months off work after their maternity leave is over, while a male civil servant whose wife gives birth will have the option of taking up to 24 months off work starting from the day the baby is born. Civil servants who adopt a child under the age of three also can take 24 months off...more...

 

02142011

 

 

Turkish silicosis patient's operation canceled over accommodation fee: A Turkish silicosis patient failed to receive medical treatment abroad after the Social Insurance Administration, or SGK, refused to pay for his full treatment. Sükrü Kus, who was diagnosed with silicosis after working in a denim manufacturing firm between 2001 and 2004, failed to receive a scheduled lung transplant in Austria when the SGK refused to pay his accommodation expenses while at the hospital. The SGK had agreed to cover all operation expenses, but Kus was unable to undergo the operation at Vienna University’s Medicine Faculty, as he could not provide 40,000 Turkish Liras for the room he was to stay in while being treated. “I didn’t even have 40 liras, let alone ...more...

 

01312011

 

 

OSHA proposes $220,000 in fines to Syracuse,NY manufactures for willful, serious and uncorrected violations.. exposing workers to silica: SYRACUSE, N.Y. – The U.S. Department of Labor's Occupational Safety and Health Administration has cited Oberdorfer LLC for 28 alleged violations of workplace health and safety standards, including failing to correct hazards cited during a previous OSHA inspection. The Syracuse manufacturer of aluminum castings faces a total of $220,000 in proposed fines following an OSHA inspection opened July 30, 2010, to verify correction of previously cited hazards...more...

 

01262011

 

 

OSHA cites Cherry Hill, NJ, company for worker exposure to silica: The U.S. Department of Labor's Occupational Safety and Health Administration has cited KOL Marble and Granite for 15 workplace health and safety violations, including employee exposure to silica, at its Cherry Hill facility. Proposed penalties total $48,600.OSHA initiated an inspection on Oct. 8, 2010, in response to a complaint alleging that employees were exposed to silica dust while dry cutting stone. As a result of the inspection, the company received citations for 14 serious violations and one other-than-serious violation...more...

 

01192011

 

 

Global Union calls for sandblasting ban: The global union representing garment workers has called for a ban on the practice of sandblasting jeans, arguing that it can cause silicosis and even death. According to Patrick Itschert, general secretary of the International Textile, Garment and Leather Workers’ Federation (ITGLWF), 550 former sandblasting workers in Turkey have been diagnosed with silicosis since 2005, including 46 deaths...more...

 

01172011

 

 

Silicosis sufferers will suffer from new bill: workers tell Turkish president President Abdullah Gül met Monday with denim-industry employees fighting against a law proposal they say would negate the strides they made in seeking justice for workers suffering from silicosis.The workers told Gül that the new regulations included in the omnibus bill currently being discussed in Parliament would put silicosis patients in the same category as the disabled, meaning that their social assistance from the government would plummet to almost nothing...more...

 

12022010

 

 

Jeans sandblasting said to endanger workers: By Carsten Hoffmann Dec 2, 2010, 2:06 GMT Istanbul - For more than four years, Abdulhalim Demir, a Turk who resides in Istanbul, sandblasted jeans to give them a faded, worn or bleached look. Jeans wearers in Europe may have been pleased with his work, but the dust that Demir inhaled on the job badly scarred his lungs. 'They paid us a bit more than the minimum wage. But we also got free places to sleep,' he said. 'I moved to Istanbul from eastern Anatolia. This kind of work attracted a lot of people.' ...more...

 

11272010

 

 

Denim workers in Ankara protest sandblasting practices: Denim-industry employees demonstrated Monday outside the Petrol-Is Trade Union office in Ankara, protesting a proposed law they say would represent a step back in their fight to gain justice for workers suffering from silicosis. The most common occupational lung disease in the world, silicosis is often contracted by workers engaged in sandblasting jeans without proper ventilation or protection. It is non-curable and can be fatal. According to medical reports from Turkey, sandblasting operators can develop an acute form of silicosis in just six to 24 months of work....more...

 

11182010

 

 

Sandblasting Jeans International News 2010: In particular, jeans sandblasting is defined as the erosive/abrasive process applied to denim by air compressors blowing out sand under pressure in order to bleach and to batter the denim. According to the Turkish Solidarity Committee of Sandblasting Laborers, the sand used to sandblast in Turkey contains up to 80% silica. In many countries like Turkey and Bangladesh, jeans sandblasting is done manually. Hereby, workers aim tubes/’guns’ and fire sand under high pressure at jeans; dust enters the environment...more..

 

09172010

 

 

The other side of Sandblasting: Sandblasting is one of the most popular finishing techniques used to give a worn look to denim fabrics. It is a mechanical and abrasive process where sand particles are forced at denim fabrics under controlled pressure settings. This technique is used to give the fabric a faded look, and is more in style. It is very profitable, and increases the price of the garment in proportion to the amount of sandblasting done, even by 50%...more...

 

09142010

 

 

Turkish denim workers wary of sandblasting prohibitions: Turkish workers believe two global fashion brands’ recent decision to ban sandblasting will not prevent workers from contracting silicosis because other large companies continue to employ subcontractors for sandblasting in emerging markets. Fashion brands Levi’s and H&M recently announced a decision to refrain from employing workers for denim sandblasting, a process by which many denim workers contract silicosis...more....

 

09122010

 

 

Levi's & H&M ban sandblasting: technique used to make jeans look “worn,” the firms announced on their websites. Scientists, unionists and some non-governmental associations, particularly in major manufacturer countries such as Turkey, India and China, say the widespread technique causes the lung disease silicosis“At Levi Strauss & Co., we’ve put in place some of the strictest standards and monitoring programs in the industry to ensure that workers who produce our jeans are not subjected to the risks related to silica...more...

 

08182010

 

 

Early retirement recommended for denim workers in Turkey: A statement from the Labor Ministry’s Labor Inspection Board to the Social Security Institution, or SGK, recommends denim sandblasting workers with silicosis be classified as retired by disability, even if they do not any social security. The SGK does not currently follow this recommendation, and many workers still suffer from the disease without any social security rights.Manual sandblasting was banned in Turkey one-and-a-half years ago following the deaths of 43 workers. Many of these workers had said previously they were not warned about the disease and would not have continued to work there if they had been...more...

 

06242010

 

 

'Bleaching' denim blackens workers' lungs: Turkish federation chief saysWhen denim is lightened through the sandblasting process, people’s lives are darkened, Ali Çetin, the general director of the Federation of Consumer Associations, or TÜDEF, has said at a press conference in Ankara The event was held to support denim workers with the lung disease silicosis who work without health and employment insurance at companies subcontracted by major denim brand companies, the Anatolia news agency reported Thursday...more...

 

06212010

 

 

Denim sandblasting workers in Turkey: Workers who have contracted silicosis, a potentially fatal lung disease, due to their jobs sandblasting denim will camp out in Ankara’s Abdi Ipekçi Park on Tuesday to demand their rights. The workers will organize meetings with political leaders and deputies and members of parliamentary groups for three consecutive days to try and find a solution to their concerns ...more...

 

04242010

 

 

“Fatal lung disease could affect over 100 silicon workers” : GUIYANG - Thirty-eight workers at a southwest China silicon factory have been confirmed as having silicosis, an incurable lung disease, and the number was likely to rise to more than 100, health and safety authorities in Guizhou Province said Friday. Working conditions at Hengsheng Metallurgy Limited Liability Company were so bad that 38 workers had contracted the disease by April 5, said a statement issued Friday by the Guizhou provincial work safety administrative committee, a coordination organization...more...

 

2010

 

 

WCB the dangers of breathing silica dust: If you do any of the following activities, you are at risk of breathing silica dust: Chipping, sawing, grinding, hammering, or drilling of rock, concrete, or masonry structures. Crushing, loading, hauling, or dumping of rock. Many building demolition processes. Power cutting or dressing stone. Facade renovation, including tuck-point work. Abrasive blasting of concrete. Clean-up activities such as dry sweeping or pressurized air blowing of concrete or sand dust Tunneling, excavation, or earth moving of soils with high silica content...more...

 

2010

 

 

WCB dangers of silica dust: If you are exposed to silica dust, learn about the control methods that can protect you. Talk to your supervisor and ask how you will be protected when performing dusty work. You should also talk to your family doctor, who can recommend medical monitoring for silicosis...more...

 

2010

 

 

US Silicosis: Occupational Lung disease Chart...more...

 

2010

 

 

Silicosis NIOSH: Symptoms of silicosis may include Shortness of breath, Fatigue, Severe cough, Chest pain. These symptoms can become worse over time. It is important to see a doctor if you have these symptoms. Be sure to tell your doctor about your job and any silica exposures, so he or she can consider silicosis as a possible cause of your symptoms...more...

 

2010

 

 

Sandblasting induced silicosis Bio-Med-Central: Silicosis is an incurable lung disease caused by the inhalation of dust containing free crystalline silica. Extremely high exposures are associated with a short latency and rapid disease progression [1]. The condition is irreversible and progresses even when exposure stops. Silicosis is one of the oldest occupational diseases and kills thousands of people worldwide every year...more....

 

2010

 

 

“Crystaline Silica Exposure” : Silica exposure remains a serious threat to nearly 2 million U.S. workers, including more than 100,000 workers in high risk jobs such asabrasive blasting, foundry work, stone cutting, rock drilling, quarry work and tunneling. Crystalline silica has been classified as a human lung carcinogen...more...

 

2008

 

 

Sandblasting Company fined from using silica: The Health and Safety Executive has issued a reminder that the use of sand containing silica for dry sand blasting of vehicles is prohibited and of the need to have properly maintained protective respiratory equipment to prevent exposure to silicosis. Sand blasting involves launching an abrasive material at high speed to clean and smooth a surface...more...

 

2007

 

 

Educate, Eliminate, Eradicate “Silicosis”: silicosis is one of the oldest occupational diseases known to man. Recognized since ancient times, this incurable lung disease caused by inhalation of dust containing free crystalline silica, is irreversible and the disease progresses even when exposure stops. Silicosis is preventable. However, it continues to pose a very real threat to some people on a daily basis and still kills thousands around the world every year...more...

 

2006

 

 

Control of substances hazardous to health: Crystalline silica is found in almost all types of rock, sands, clays, gravels and shales. It also occurs in building materials such as bricks, tiles and concrete. HSE estimates that at least 100,000 workers are regularly exposed to dusts containing RCS in a variety of industry sectors. These include mines and quarries, iron and steel foundries, the heavy clay industry (including brick manufacture), potteries, construction, stonemasons and the industrial sandblasting industry ...more..

 

2006

 

 

Sandblasting Silica Exposure: There are several stages of silicosis. Early stages may go completely unnoticed. Continued exposure may result in the exposed person noticing a shortness of breath upon exercising, possible fever and occasionally bluish skin at the ear lobes or lips. Silicosis makes a person more susceptible to infectious diseases of the lungs like tuberculosis. Progression of the disease leads to fatigue, extreme shortness of breath, loss of appetite, pain in the chest, an respiratory failure ...more....

 

2005

 

 

Methods for the Determination of Hazardous Substances: Work activities which are likely to lead to exposure to crystalline silica are listed in HSE Guidance Note EH59.3 They include primary extraction or working of rocks containing quartz, especially tunneling and quarrying; the drilling, cutting, dry grinding, abrasive blasting and demolition of building and other materials containing quartz or cristobalite; the handling of finely ground material in ceramics manufacture and brick making; and the fettling of metal castings and earthenware. Additional information is contained in HSE guidance6-11 relating to control of exposure to respirable silica in potteries, stone-masonry, heavy clay and refractory processes, and construction...more...

 

2005

 

 

Silicosis caused by sandblasting of jeans in Turkey: A report of two cases. Silicosis is a firotic disease of the lungs caused by inhalation, retention, and pulmonary reaction to crystalline silica...more...

 

2004

 

 

Silica Construction information sheet: Breathing in the very fine dust of crystalline silica can lead to the development of silicosis. This involves scarring of the lung tissue and can lead to breathing difficulties. Exposure to very high concentrations over a relatively short period of time can cause acute silicosis, resulting in rapidly progressive breathlessness and death within a few months of onset. Similarly, accelerated silicosis, which can progress to death within a decade, has been associated with high exposures to silica in sand blasting...more...

 

2004

 

 

Guideline silica on construction projects: Silica (SiO2) is a compound resulting from the combination of one atom of silicon with two atoms of oxygen. It is the second most common mineral in the earth’s crust and is a major component of sand, rock and mineral ores. Silica exists in several forms, of which crystalline silica is of most concern. The best-known and most abundant type of crystalline silica is quartz. Other forms of crystalline silica include cristobalite, tridymite, and tripoli ...more...

 

2003

 

 

Silica dust exposures during selected: Silica exposure is a primary hazard for the construction industry, but it has not been well characterized due to factors including frequent turnover of personnel and continually changing workplaces, tasks, and environmental conditions. Silica exposure has been associated with excess disease for construction populations. More silicosis deaths were associated with construction than any other industry,(1,2) and significantly elevated mortality risk from silicosis has been observed for construction worker ...more...

 

2002

 

 

Silica Dust Exposures During Selected Construction Activities: This study characterized exposure for dust-producing construction tasks. Eight common construction tasks were evaluated for quartz and respirable dust exposure by collecting 113 personal task period samples for cleanup; demolition with hand held tools; concrete cutting; concrete mixing; tuck-point grinding; surface grinding; abrasive blasting; sacking and patching concrete; and concrete floor sanding using both time-integrating filter samples and direct-reading respirable dust monitors...more...

 

2002

 

 

HSE cleaning up silica dusts: This information will help employers (including the self-employed) comply with the Control of Substances Hazardous to Health Regulations 2002 (COSHH), as amended, to control exposure to respirable crystalline silica (RCS) and protect workers’ health ...more...

 

2002

 

 

Silica Dust and Silicosis: Silicosis is not a naturally occurring disease. Its development is directly associated with workplace exposure to silica dust. Workers who are most at risk include those engaged in tunneling and excavation work, road building, demolition work and explosive blasting work, as well as those in slate, granite cutting and glass manufacturing industries, brick making, sandblasting and some manufacturing processes...more...

 

1998

 

 

The Texas University = The facts of silicosis: Protection; if you are exposed to silica dust at work there are things you can do to prevent silicosis. Be aware of the health effects of breathing air that has silica dust in it. Avoid working in dust whenever possible. Know what causes silica dust at your workplace...more...

 

1993

 

 

US Niosh investigations regarding sandblasting and painting hazard evaluations: In July 1993, the National Institute for Occupational Safety and Health (NIOSH) received a request from management at Johnson Brothers Company, Pittsburgh, Pennsylvania, to conduct a health hazard evaluation (HHE) of steel-plate (water tank) sandblasting and painting operations...more...

 

1992

 

 

Preventing Silicosis and Deaths From Sandblasting: The National Institute for Occupational Safety and Health (NIOSH) requests assistance in preventing silicosis and deaths in workers exposed crystalline silica during sandblasting. Sandblasters, exposed coworkers, and their employers urgently need information about the respiratory hazards associated with sandblasting...more...

 

1990

 

 

CONSOLIDATION OF SILICA SANDBLASTING REGULATIONS: The Commissioner of the Northwest Territories, under section 22 of the Safety Act and every enabling power, makes the Silica Sandblasting Safety Regulations...more...

facebook_logo.gif vancouver_sandblasting_2013001022.gif
Information
vancouver_sandblasting_2013001013.gif