I really appreciated the time that you spent with me and my team sharing your heat aware training curriculum, your Industry experiences, and talking to us about the Heat Aware temperature cards.

Our group is diligent about conducting annual training for different plant environments.  what we learned last year (in the midst of the heat wave) and what you have shared with us early this year gives me much more comfort in believing that we will ‘out in front’ of the summer heat long before it arrives.

We spend a lot of time annually training for hurricane preparedness/response even though we don’t have a hurricane (thankfully) every year.  On the other hand, in Texas we have extreme heat every year.  What you recently shared with us will certainly be of benefit as summer approaches.

Our life in the plant is full of challenges and we all deal with an array of super hazardous chemicals.  Dealing with such things requires much specialized training.  We conduct pre-job meetings to talk about processes, procedures, hazards, PPE, post-job reviews, etc.  Great detail is taken in assuring that these jobs complete without incident.  These are not the jobs that worry me due to all the upfront preparation we go through.

The one thing that worries me more is how do we successfully deal with the Texas heat.  Because everyone’s body reacts differently to heat stress for too many reasons to list I’m always concerned about the safety and well-being of my folks.  Because of what we’ve learned with your help I can say for the first time that I think we’re ahead of the curve and as ready as we can be.

Thank you Brian for teaching us what you’ve learned and experienced over the years and for your continued support in preparing us for what’s sure to come.

Best regards,

Lloyd H. Johnson

Maintenance Management Lead

Bayer MaterialScience LLC

BMS – SITE MGMT – TSS

Baytown

Tel: 1.281.383.6670

Cell: 832.221.4558

Email: lloyd.johnson@bayer.com

Web: http://www.bayermaterialscience.com

• Altered behavior, such as severe anxiety, confusion, or not being able to stay awake.
• Faintness that is not relieved by lying down, or lightheadedness that continues after standing for 2 minutes.
• Weak, rapid pulse.Cold, clammy skin or hot, dry skin.
• Little or no urination.
• Loss of consciousness.

Dehydration:

Causes:

When fluids are not replenished at the rate in which they are being lost (via sweat, urine, respiration) a person is considered to be in a state dehydration. Dehydration as minimal as 2% body weight loss (BWL) can begin to negatively affect the body’s heat regulating function. Ideally a person should replace the same amount of fluids as he/she loses.

Recognition:

Indicators include dry mouth, thirst, irritability, headache, apathy, weakness, dizziness, cramps, chills, vomiting, nausea, head or neck heat sensations, and excessive fatigue.

Treatment:

• Move to a cool environment and/or shade.
• Encourage individual to drink fluids and rest.
• If nauseated or vomiting and unable to replace fluids orally, the individual should seek medical attention to replace fluids intravenously.
• Following a strenuous work bout or session, workers should try to replace fluids within the first 1-2 hours.

Return to Work Considerations:

If the degree of dehydration was severe enough for the worker to seek medical attention, a physician’s clearance is required before any return to activity.

AJ Perez previously worked at USA Today, AOL and CBSSports.com covering beats ranging from performance-enhancing drugs to the NHL. AJ has also been a finalist for an Associated Press Sports Editors award for investigative reporting. Follow him on Twitter @ajperezfox.

Updated Aug 4, 2011 10:23 AM ET

The mercury hadn’t reached 80 degrees when Philadelphia Eagles defensive lineman Mike Patterson collapsed during drills Wednesday morning.

Tests conducted at the hospital reportedly point to the rare brain disorder arteriovenous malformation (AVM), a bundle of nerves that often requires surgery to treat and threatens Patterson’s football career. But in the immediate aftermath of Patterson’s fall to the turf and subsequent four-minute seizure, Eagles medical personnel didn’t rule out dehydration as a factor — hardly a surprise since team officials were put on notice to keep an eye out on such ailments.

The NFL conducted two mandatory conference calls with team officials last week to discuss new health-and-safety guidelines. Much of the talk was to make teams aware of the temperatures and reminding coaches, general managers and team medical personnel about the warning signs of heat illness as the lockout came to an end and camps began to open, some to record-high temperatures.

“Everyone is just on a heightened state of awareness because teams haven’t had any contact with these players for the last five months,” said Doug Casa, chief operating officer of the Korey Stringer Institute, a nonprofit organization named after the late Minnesota Vikings lineman that aims to limit sudden deaths in sport. “Players are coming into camp in a wide range of shape. (The call) was just to remind them of all the key concepts, like rapidly cooling a player who is suspected to have heat illness and to go light the first three or four days before ramping things up.”

Sometimes teams aren’t waiting for players to adjust. Already, at least one player has been dismissed for being out of shape, as the Vikings cut offensive lineman Bryant  McKinnie on Tuesday. Other coaches, like New York Giants coach Tom Coughlin, are altering practices with player safety in mind.

The Giants are frequently practicing at night to limit heat-related illnesses, and Coughlin is cognizant of trying to work the players in slowly. That also pertains to new free agents and players who have re-signed or reworked their contracts, all of whom are expected to begin practicing Thursday once the new CBA has been fully ratified.

“I took three days in shells and we’re practicing at 6:05 (p.m.), which maximizes our meeting time,” Coughlin told FOXSports.com Wednesday morning. “After the evening practice, they didn’t have any more meetings so they had time for the cold tub and those things. We’re going to probably put 14 guys on the field (Thursday) that we haven’t had (on the field yet), so I’m very conscious of that.”

The death of Stringer from heat stroke — Monday was the 10th anniversary — shook the NFL and brought the issue of heat ailments to the national arena. The league has continued to alter its guidelines with an eye on safety, and the NCAA developed similar rules in 2003, although other levels of football — especially at the high school level — have been slower to adapt.

There have been four heat-related deaths — including two Georgia teenagers Tuesday — because of heat-related illness in the past seven days, Casa said. A coach in Plano, Texas, also has died of heat stroke.

HOME IMPROVEMENT

See some of the best images at training camps around the league.

“This is the worst week we have ever known as far as high school football players are concerned, and most schools haven’t even put on pads yet,” Casa said.

There were 20 heat-related deaths from 2006-10 in football — more than double the previous five-year period, according to the National Center for Catastrophic Sports Injury at the University of North Carolina.

“It’s very frustrating,” said Dave Csillan, an athletic trainer at Ewing (N.J.) High. “It’s just a matter of people being ignorant. You have to be aware of the temperature, provide water and sufficient rest periods. That’s all you have to do to eliminate heat illness.”

Csillan and Casa teamed in 2009 to write seven guidelines to help high school athletes acclimate to preseason activities. So far, only New Jersey has adopted the standards — they’re backed by the National Athletic Trainers’ Association — which include no contact until Day 6 and three-hour breaks in a cool place between two-a-day practices.

“A lot of it is that state associations don’t want to hear negative feedback from coaches,” Csillan said. “That’s really what it comes down to. It shouldn’t matter what the coaches want.”

Frederick O. Mueller, director of National Center for Catastrophic Sport Injury Research, said part of the problem is that only about 40 percent of high school football teams have certified athletic trainers on site. Whether or not there’s a trainer, Mueller said, parents should be asking coaches what precautions the teams take to counter heat illness, including the most basic, yet effective measure: a tub of ice in which a player can immerse his or her body and lower the core temperature quickly.

“The parents should make it their business to know,” Mueller said. “You can’t just send them out there and assume they are going to be fine.”

Senior NFL writer Alex Marvez contributed to this report.

Overview

Heat stroke is a life-threatening illness that occurs when exposure to extreme heat triggers a failure in your body’s temperature control mechanisms. In the absence of proper control, your body can’t cool itself down without some form of outside intervention. Football players and other athletes are susceptible to a form of the disorder called exertional heat stroke.

The Basics

Classic heat stroke develops over several days as prolonged heat exposure takes its toll on your body. Individuals most susceptible to this include infants and young children, obese people, the elderly or inactive people without access to air conditioning or adequate fluids and those who are sick or take certain types of medication. Exertional heat stroke develops within hours, and can occur in athletes or anyone else who engages in intense physical effort in hot environments. The underlying cause for this condition is the sudden onset of a cooling demand that exceeds your body’s internal regulatory capacities.

Heat Stroke Answers to your questions on Heat Stroke HealthyAdvice.com/stroke

Sponsored Links

Football-Related Factors, Risks

Between 1995 and 2009, 31 high school football players and eight college players died from heat stroke, according to a study detailed in the University of North Carolina’s “Survey of Football Injury Research Annual Report.” One professional player also died during this time frame. Dr. William O. Roberts, a member of the Minnesota State High School League’s Sports Advisory Committee, said contributing factors to heat stroke-related football deaths included the heat and humidity of the local practice environment and the lack of sufficient acclimation to heat-related and humidity-related body stresses. He also cited wearing clothing that worsens acclimation problems, the relatively large size of the affected players and continued participation in practice after initial signs of physical distress occurred.

Minimizing Risks

Dr. Roberts, who is on staff of the Department of Family Practice and Community Health at the University of Minnesota Medical School, also listed steps that football coaches and players can take to minimize heat stroke risk. They include reducing the intensity and duration of practices when heat and humidity rise to certain levels, incorporating adequate amounts of rest into practice sessions and providing proper fluids and salt replacements. He also suggested allowing players to practice in shorts and T-shirts until they acclimate to their surroundings and identifying players with increased heat stroke risks. Coaches and players must also learn to recognize early symptoms of heat stroke onset, including self-reported complaints of physical problems.

Considerations

Larger football players, such as offensive and defensive linemen, can generate and store relatively large amounts of body heat when compared with smaller players. In the short term, this allows them to perform longer in high heat and humidity. However, the same capacity puts them at considerably heightened risk for heat stroke. It also increases the risk for serious tissue damage once heat stroke occurs.

#1 China Wholesale Store Clothing/Shoes/Handbags/MP4/DVDs/ Cell Phones/Watches/Electronics. DHgate.com

Ask a Doctor Online Now 12 Doctors Are Online. Current Wait Time: 7 Minutes. Health.JustAnswer.com

Football Gloves Find Info On Football Gloves. Tutorials Expert Advice & Tips. InquireHow.com

Things To Do in Houston Up to 70% Houston’s Best. Best Food, Spas, Getaways and More. www.bloomspot.com/Houston

Sponsored Links

References

• Centers for Disease Control and Prevention: Frequently Asked Questions (FAQ) About Extreme Heat
• The Merck Manual for Healthcare Professionals: Heatstroke
• “USA Today:”; In NFL Training Camps, Heatstroke Awareness Rises; Greg Mihoses; Aug. 20, 2010
• Minnesota State High School League: Death in the Heat; Can Football Heat Stroke Be Prevented?

About this Author

M. Gideon Hoyle is a writer living outside of Houston. Previously, he produced brochures and a wide variety of other materials for a nonprofit educational

How to Prevent and Identify Heat Stroke

Overview

Heat stroke is caused by the body being unable to keep itself cool. This is a life-threatening condition resulting from the escalation of heat cramps and heat exhaustion. Body temperature is raised due to a combination of physical activity and environmental temperature. When signs of possible heat-related illness appear, immediate intervention is necessary to prevent serious damage. If you or someone you know is experiencing heat stroke, call emergency services for help. While waiting for medical help to arrive, try to find a cool or shaded area to rest, wet the skin with water and remove unnecessary clothing.

Step 1

Stay indoors or limit outside time during hotter months. The Centers for Disease Control and Prevention suggests remaining in cool or air-conditioned environments when it is too hot to be outside. Watch the news to gauge the daily temperature and if you must be outside when it is hot, take frequent breaks from direct sun in a shaded or cooler area.

Step 2

Increase your fluid intake to stay hydrated. Drinking water or fluids with electrolytes, such as sports drinks, replenishes your body of the necessary minerals needed to maintain core temperature. When you are outside or engaged in physical activity for long periods of time, your body perspires to regulate its temperature. A constant supply of fluid intake is necessary to maintain body health. The American Academy of Family Physicians suggests drinking plenty of fluids before starting outdoor activity and throughout the day.

Step 3

Dress for the weather. Wearing too many layers while outside or during physical activity increases your risk of heat exhaustion. The Texas Medical Association recommends wearing lightweight, loose-fitting and light-colored clothing to prevent rapid heat absorption from the sun.

Step 4

Wear protective gear. Sunscreen helps to prevent sunburn; however, you may also want to cover your head with a hat to provide facial shading. Wear sunglasses to protect your eyes.

Step 5

Engage in exercise or vigorous activity early or later in the day. Schedule your outside activities during the cooler parts of the day to lower your risk of heat stroke. The American Academy of Family Physicians suggests exercising prior to 10 a.m. and after 6 p.m., when the temperature is lower than in the middle of the day.

Step 6

Recognize the signs. There are clear indications if you are experiencing heat-related illness. The Mayo Clinic notes that your skin may turn red and become flush as temperature increases. You may experience rapid and shallow breathing, increased heart rate and a throbbing headache. Initially you may experience heavy sweating during heat exhaustion. However, if you are experiencing heat stroke, you will no longer sweat and your skin may feel hot. Cramping, muscle weakness and nausea may also appear as signs of heat-related illness.

Sponsored Links

Tips and Warnings

• Use an umbrella for shade when outside.
• Limit use of sugary or alcoholic beverages as these will cause quicker loss of fluids than beverages without high sugar content. If you take medications, ask your physician if the medications impact body temperature during hotter weather conditions. Do not sit inside of a hot car or leave pets or children inside of a hot car for any period of time.

References

• Centers for Disease Control and Prevention: Extreme Heat
• Texas Medical Association: Prevent Heat Stroke
• Mayo Clinic: Heat Stroke
• American Academy of Family Physicians: Heat Exhaustion and Heat Stroke

About this

Read more: http://www.livestrong.com/article/154918-how-to-prevent-and-identify-heat-stroke/#ixzz1Rp80Iz9j

Hazard Alert

Heat is a serious hazard in construction. Your body builds up heat when you work and sweats to

get rid of extra heat. But sometimes your body may not cool off fast enough. This can happen,

say, if you are up on a roof pouring hot asphalt or you are lifting heavy loads.

Too much heat can make you tired, hurt your job performance, and increase your chance of

injury. You can get skin rash. You can also get:

• Dehydration. When your body loses water, you can’t cool off fast enough. You feel

thirsty and weak.

• Cramps. You can get muscle cramps from the heat even after you leave work.

• Heat exhaustion. You feel tired, nauseous, headachy, and giddy (dizzy and silly). Your

skin is damp and looks muddy or flushed. You may faint.

• Heat stroke. You may have hot dry skin and a high temperature. Or you may feel

confused. You may have convulsions or become unconscious. Heat stroke can kill you

unless you get emergency medical help.

The Risk of Heat Stress

Your risk of heat stress depends on many things. These include:

• Your physical condition

• The weather (temperature, humidity)

• How much clothing you have on

• How fast you must move or how much weight you must lift

• If you are near a fan or there is a breeze

• If you are in the sun.

If there is an industrial hygienist on your work site, ask the hygienist about the Wet-Bulb Globe

Temperature Index. It is a more precise way to estimate the risk of heat stress.

Protect Yourself

Try to do these things:

• Drink when you are thirsty.

• Keep taking rest breaks. Rest in a cool, shady spot. Use fans.

• Wear light-colored clothing made of cotton.

• Do the heaviest work in the coolest time of the day.

• Work in the shade.

• For heavy work in hot areas, take turns with other workers, so some can rest.

• If you travel to a warm area for a new job, you need time for your body to get used to the

heat. Be extra careful the first 2 weeks on the job.

• If you work in protective clothing, you need more rest breaks. You may also need to check

your temperature and heart rate. On a Superfund site where the temperature is 70 degrees or

more, the U.S. Environmental Protection Agency (EPA) writes that while on the job you should

be monitored for heat-stress related symptoms, including changes in body temperature and heart

rate.

• If you think someone has heat stroke, call emergency services (or 911). Immediately move

the victim to the shade. Loosen his/her clothes. Wipe or spray his/her skin with cool water and

fan him/her. You can use a piece of cardboard or other material as a fan.

OSHA does not have a special rule for heat. But because heat stress is known as a serious

hazard, workers are protected under the General Duty Clause of the Occupational Safety and

Health Act. The clause says employers must provide “employment free from recognized

hazards…causing or…likely to cause physical harm.”

For more information, call your local union, the Center to Protect Workers’ Rights (CPWR)

(301-578-8500 or www.cpwr.com ), the National Institute for Occupational Safety and Health

(1-800-35-NIOSH or www.cdc.gov/niosh), or OSHA (1-800-321-OSHA or www.osha.gov). Or

check the website www.elcosh.org

© 2005, The Center to Protect Workers’ Rights. All rights reserved. CPWR is a research, training, and service arm of the

Building and Construction Trades Dept., AFL-CIO: CPWR, Suite 1000, 8484 Georgia Ave., Silver Spring, MD 20910. (Edward

C. Sullivan is president of the Building and Construction Trades Dept. and of CPWR and Sean McGarvey is secretary treasurer.)

Production of this card was supported by grants CCU317202 and 1 U54 OH008307 from the National Institute for Occupational

Safety and Health and grants U45-ES09764 and U45-ES06185 from the National Institute of Environmental Health Sciences.

The contents are solely the responsibility of the authors and do not necessarily represent the official views of NIOSH or NIEHS.

Heat stress – December 15, 2005

Heat Aware Fluid Intake Chart

When properly displayed, the Fluid Intake Chart serves as a quick reminder for workers to stay properly hydrated and to take periodic breaks while working in high heat conditions. Suggested rest times and fluid intake amounts are based on different work levels and may be affected by the predisposition of a worker’s health condition as well as other environmental factors.

Pricing

• 1-12
  $18.00/ea
• 13.25
  $16.00/ea
• 25-50
  $15.00/ea
• 50+
  $14.00+/ea

Heat Aware Fluid Intake Chart

When properly displayed, the Fluid Intake Chart serves as a quick reminder for workers to stay properly hydrated and to take periodic breaks while working in high heat conditions. Suggested rest times and fluid intake amounts are based on different work levels and may be affected by the predisposition of a worker’s health condition as well as other environmental factors.

Pricing

• 1-12
  $18.00/ea
• 13.25
  $16.00/ea
• 25-50
  $15.00/ea
• 50+
  $14.00+/ea

Written by Bruce Goldstein Wednesday, 27 April 2011 08:36

Secretary of Labor Hilda Solis announced today an educational campaign to prevent occupational illness and death from heat, which is a signficant risk in agriculture.  Below is the press release from DOL.  Secretary Solis’s op-ed on the topic is in the Arizona Daily Star, entitled, “Heat-related illnesses on job are preventable with common-sense practices,”

News Release:  US Labor Department launches national outreach campaign to protect workers from heat-related illnesses

WASHINGTON — Secretary of Labor Hilda L. Solis today will announce, from Anaheim, Calif., a national outreach initiative by the U.S. Department of Labor’s Occupational Safety and Health Administration to educate workers and their employers about the hazards of working outdoors in the heat and steps needed to prevent heat-related illnesses.

“If you’re working outdoors, you’re at risk for heat-related illnesses that can cause serious medical problems and even death,” said Secretary Solis. “But heat illness can be prevented. This Labor Department campaign will reach across the country with a very simple message — water, rest and shade.”

Each year, thousands of outdoor workers experience heat illness, which often manifests as heat exhaustion. If not quickly addressed, heat exhaustion can become heat stroke, which killed more than 30 workers last year.

“As we move into the summer months, it is very important for workers and employers to take the steps necessary to stay safe in extreme heat,” said OSHA Assistant Secretary Dr. David Michaels. “Drinking water often, taking breaks and limiting time in the heat are simple, effective ways to prevent heat illness.”

Heat can be a real danger for workers in jobs ranging from agriculture and landscaping to construction, road repair, airport baggage handling and even car sales.

OSHA has developed heat illness educational materials in English and Spanish, as well as a curriculum to be used for workplace training. Additionally, a new Web page provides information and resources on heat illness — including how to prevent it and what to do in case of an emergency — for workers and employers. The page is available at http://www.osha.gov/SLTC/heatillness/index.html.

Federal OSHA has worked closely with the California Occupational Safety and Health Administration to adapt materials from that state’s successful outreach campaign on heat illness for use in this national effort. In addition, OSHA is now partnering with the National Oceanic and Atmospheric Administration on weather service alerts that will incorporate worker safety precautions when heat alerts are issued across the U.S. NOAA also will include pertinent worker safety information on its Heat Watch Web page at http://www.noaawatch.gov/themes/heat.php.

OSHA will leverage relationships with other state and local partners, employers, trade organizations, unions, community groups, educational institutions and health care professionals to disseminate training materials, and educate workers and employers, on the hazards of working in the heat and how to prevent heat-related illnesses.