Mist Fans or Mist Line? That is the question.

DIY high pressure misting kit for LESS.

When choosing a mist system, one has to decide whether to use mist fans, mist line or a combination of the two.

Our high pressure mist cooling fans evaporate 100% of the mist and circulates the air to provide maximum cooling. It is not uncommon to see temperature drops of 16-25 degrees! Mist cooling fans are the most effective way to cool an area!

If electrical outlets for the fan are not nearby or if you would prefer not to see a mist cooling fan than mist line or misting stakes are for you.

Mist line is usually installed along the outside perimeter of covered patios, awnings, gazebos etc. A high pressure mist cooling system evaporates the tiny water droplets in the air cooling the air without getting anything wet. This causes a curtain of cool air surrounding you.

No structure, no problem. High pressure mist cooling/fog effects stakes can be hidden in landscaped areas. When a perimeter oh high pressure mist is created around an area, no matter which way the wind blows, the cool air will move through the target area. When there is no wind the air will mix and still cool the target area.

Feel free to contact us with questions if you are designing a high pressure misting system.

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Mosquito Control and Prevention


MOSQUITO CONTROL SYSTEMS

Biting insect prevent many of us from enjoying the outdoors.

Our mosquito control systems provide quick and lasting protection from annoying flying insects.

At timed intervals, the system releases a fine mist of a natural Pyrethrum-based insecticide that repels and kills mosquitoes, fleas, spiders, wasps & other biting insects.

Pyrethrum is a natural water based insecticide derived from the Chrysanthemum flower. Pyrethrum is family and pet-friendly, used for over 25 years.

MistAway systems operate automatically and are easily adjustable to meet your needs. Great for backyards, patios, pools, gazebos, tennis courts, play areas, restaurants, country clubs, resorts, sports courts, barns and more.

Let us help you design a system to meet your needs.
Mosquito diseases have become more of a growing concern over the past decade or so.

They also can bring disease. That’s right, mosquito diseases. West Nile Mosquito Virus, a transferable mosquito disease, run daily on the news, people need to be educated and prepared. Thankfully with the help of products like DEET spray and mosquito traps, everyone can rest assured that their barbeques and picnics will continue to be safe ones this year.
Mosquito Borne Illness you say? Oh My God, Where Can I Get One?

There once was a time when the answer to that question would be, who knows? Now the answer is, maybe in your own backyard. Fortunately for all, fewer than 100 of the world’s known 2,700 mosquito species actually carry disease. But with those 100 species buzzing around with their annoying mosquito sound, there are still 100 mosquito species that humans, birds, and all other animals have to worry about.

What Diseases Can A Mosquito Carry?
* Arboviral Encephilitides
* Dengue Fever
* Malaria
* West Nile Virus
* Yellow Fever

Of course, that is not to say that every bite will be traumatic or lethal. Most mosquito bites are nothing but annoying. However, in a time when there are so many diseases, it is best to protect yourself the best you can to ensure that you don’t become the next victim of a mosquito borne illness.
Arboviral Encepha… what?

While the term Arboviral Encephilitiedes may sound ridiculous, any time you hear the phrase Arboviral Encephilitides mosquito borne illness you should be concerned. Encephilitides are viral diseases transferred by mosquitoes that can cause inflammation of the brain. In extreme cases, this inflammation eventually can lead the infected person to experience brain damage, fall into a coma, or even meet death.

Brain damage and death is the total extreme when it comes to these diseases. Most infected persons end up with less minor flu-like symptoms which include:

* Headaches
* Muscle Aches
* Fever
* Malaise

For most, symptoms never even surface. For some, the symptoms are much more extreme than flu-like. Those are the people who need to seek treatment, especially if they experience the following:

* High Fever
* Confusion
* Stiff Back
* Stiff Neck
* Sensitivity to Light
* Vomiting

There are a few varieties of Encephalitides found in the United States. These varieties include:

* Eastern Equine Encephalitis
* Western Equine Encephalitis
* St. Louis Encephalitis
* La Crosse Encephalitis (LAC)
* West Nile Encephalitis

Out of all these varieties of mosquito illnesses, the Eastern Equine is viewed as the most deadly. Even with only an average of four deaths a year in the United States, it is one of the mosquito illnesses that could someday affect a much larger portion of the population.
I’ll Take A Mosquito Da Dengue to Go Please…..

Mosquito Dengue, sounds like a dish doesn’t it? Not even close. Dengue Fever is a real thing that is commonly associated with mosquitoes found in the tropics. It can provide the infected with as little as a few days worth of sickness or provide them a horrid, fatal blood disease. The mosquitoes that carry this disease are known as Aedes Aegypti and find humans as their preferable targets. This day-eating, domestic insect’s feeding habits are the reason that it is so easily kept in a constant cycle and why there is no vaccine for anyone who has contracted anything by a Dengue mosquito. That is just one more reason to protect yourself and make sure you buy the best mosquito traps or repellents that money can buy.
Did you just say Mosquito Malaria?

While many might think that Malaria is not something that they have to worry about, that is not the case when it comes to mosquitoes. Hundreds of millions of people contract it each year and at least a million of those people die from it. This is especially true for children who are infected. Like Dengue Fever, there is no vaccine available to fight this disease causing it to be one of the most feared mosquito viruses in the world.

A Malaria mosquito can cause a person to have a few different symptoms. These symptoms can start as a simple fevers or body aches that eventually can lean to seizures, a coma, or even death. Largely found in areas of Central America, South America, Africa, Asia, Eastern Europe, the South Pacific, and Hispaniola, it seems like only a matter of time before this mosquito disease finds a large home for itself in North America. Unlike the common misconception that the mosquito and H.I.V. are somehow connected, the mosquito and Malaria can be a deadly combination for anyone who comes into contact.

Asian Tiger Mosquito – Carrier of the West Nile Virus
Asian Tiger Mosquito – Carrier of the West Nile Virus
A West Nile Mosquito in America?

The term West Nile mosquito or mosquito West Nile Virus does not mean that one must travel to the other side of the world to come into contact with this insect. Year after year, it seems like more and more West Nile mosquito bite cases are popping up all over the United States. Now viewed as a seasonal epidemic in North America, summer and fall seem to be the times when it shines.

First making an appearance in North America in 1999, coming with reports of infected humans and horses, it claimed 18 lives in its first year. Reports show that there were 3,598 humans infected with the mosquito West Nile Virus by the year 2007. While not everyone who is infected by a diseased mosquito’s bite will meet death, at least 200 of those people are expected to develop some type of serious illness.

Everyone should protect themselves from the possibility of the West Nile Virus. A constant awareness of one’s surroundings should assist in that protection. This is even truer for children and for those over 50. The older or younger one is, the more susceptible they are to this growing deadly disease.
Yellow Fever VS Dance Fever

Dance fever sounds like a much better thing to have than Yellow Fever and that is for good reason. Yellow fever is another tropical disease that transfers itself from mosquito to human. It is a constant cycle that goes directly from mosquito to human and then back again. One bite from a yellow fever mosquito and a person could have to kiss their health goodbye.

This is not always the case. In some instances, this disease may just cause a few days of unpleasantness, while in other instances, the infected do end up dying before their time. Found only in Africa and South America, travelers should definitely get their immunization shots before even thinking about coming into to contact with these crazed mosquitoes.

There is much information known about Yellow Fever mosquitoes. They have adapted to living amongst people in city and towns and breed wherever there is a cool place close to human habitats. Often, these places include:

* Flower Pots
* Discarded Tires
* Oil Drums
* Water Containers

These city yellow fever mosquitoes have been the reason for the classification of Urban Yellow Fever, which is the yellow fever most commonly found today. It is not common for United States travelers to come back with reports of obtaining Yellow Fever, but that does not mean it cannot happen. It also does not mean that the disease will never travel. Like the West Nile Virus, there is the chance that Yellow Fever or any of other mosquito diseases foreign to the United States will someday reach this, or any other area.

A Mega-Catch Mosquito Trap
A Mega-Catch Mosquito Trap
How Do I Protect Myself?

How do I protect myself is a question that has probably been replaying over and over in your head since the beginning of this rush of information. You are already halfway there to keeping yourself safe. You have the information. Now all you have to do is make sure to keep you and your loved ones safe.

Some of the best mosquito traps and methods include:

* DEET spray
* Mosquito nets
* Citronella candles
* Garlic repellant
* high pressure mosquito control systems
* Mega-Catch Mosquito Traps

All of these products will keep you and your family safe. When you choose the best product for your needs, be sure to choose the one that will be the safest and most convenient. For instance, mosquito nets are helpful, but you will only be safe while you are under the net. For constant protection, it may be best to use a product like a Mega-Catch Mosquito Trap so you and your family can be protected from mosquito bites and mosquito diseases all day and night.

External Mosquito Links of Interest

* About Mosquito Diseases
The best defense against mosquito bourne diseases is to become educated about them and find ways to control the mosquito population.
* Mosquito Diseases
More about mosquito bourne diseases
* Mosquito – Wikipedia, the free encyclopedia
* Mosquito-Borne Diseases
More on mosquito diseases by The National Center for Infectious Diseases.

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Animal Stress: Dust , Odoor & Emissions .

Source: TEXAS A&M UNIV submitted to
AIR QUALITY: ODOR, DUST, AND GASEOUS EMISSIONS FROM CONCENTRATED ANIMAL FEEDING OPERATIONS IN THE SOUTHERN GREAT PLAINS

PROJECT DIRECTOR: Sweeten, J. M. Auvermann, B. W. Parnell, C. B. Cole, N. A. Parker, D. B. Hargrove, W. L.

PERFORMING ORGANIZATION
AMARILLO-TAMU AGR RES CENTER
TEXAS A&M UNIV
COLLEGE STATION,TX 77843

NON TECHNICAL SUMMARY: Concentrated animal feeding operations (CAFO) in the semi-arid Southern Great Plains face air quality challenges, including odor and dust, ammonia (NH3), gaseous emissions, particulate matter (PM) emissions, and respiratory health of livestock. The scientific basis for selecting cost-effective abatement options and setting achievable emission factors for odor, odorous gases (odorants), NH3, hydrogen sulfide (H2S), volatile organic compounds (VOCs), and particulate matter (PM10 and PM2.5) is poorly developed for the CAFO industry and credible, scientific basis is needed. This project will provide critically-needed data and information that will (a) accurately characterize air quality emissions (odor, odorous gases, and particulate matter) from open lot beef feedlots and dairies; (b) help develop or evaluate cost-effective abatement strategies; and (c) assure sound databases for emission factor development.

OBJECTIVES:Objective 1. Emissions Measurement: Characterize air quality emissions from open-feedyard surfaces and holding ponds or lagoons using standardized field and laboratory measurement methods for PM (PM10 and PM2.5), odor, and selected gaseous emissions (NH3, H2S, VOCs). Objective 2. Effective Abatement Measures: Develop and evaluate cost-effective abatement measures for open-lot feeding systems for beef and dairy cattle in the Southern Great Plains. Objective 3. Scientific Basis for Emission Factors: Develop a scientific basis for emission factors for PM10, PM2.5, odor, and specific odorous gases for Southern Great Plains feedyards and related ground-level area sources. Objective 4. Animal Health & Performance: Determine the impact of feedyard air contaminants on animal health and productivity. Objective 5. Technology Transfer: Deliver education and technology transfer programs that address characterization and cost-effective abatement of airborne emissions, scientifically sound regulation of open-lot feedyards and dairies, and livestock health and performance.

APPROACH:Dust (particulate matter, PM), odor, and gaseous emissions from open-lot cattle feedlots and dairies in the semi-arid Southern Great Plains are a concern to producers, rural residents, and regulatory agencies. Science-based information to address these concerns is crucial as more stringent air quality standards are imposed. Faculty representing the Consortium for Cattle Feeding and Environmental Sciences, which includes Texas A&M University System components (Texas Agricultural Experiment Station, West Texas A&M University, and Texas Cooperative Extension), together with USDA-Agricultural Research Service (Bushland) and Kansas State University, will conduct coordinated research and technology transfer projects designed to address air quality issues. Research objectives include: measurement and characterization of dust, odor, and trace gas emissions; development and demonstration of cost-effective dust and odor abatement methods; development of scientific basis for improved emissions factors, including appropriate dispersion modeling; determine impact of emissions on cattle health and performance; and provide educational programs for improved air quality and waste management practices. To fulfill these objectives, scientists/engineers will monitor emissions and fluxes (odor, PM10, PM2.5, NH3, H2S, VOC) from manure and holding pond/lagoon surfaces at commercial cattle feedlots and open lot dairies in Texas and Kansas; conduct downwind monitoring of emission parameters from selected feedyards; evaluate alternative surface treatments; quantify PM and odor/odorant reductions from alternative manure management/harvesting practices; perform modeling to predict dust generation as a function of cattle hoof kinetics, manure moisture, and other factors on emissions; determine boundary-layer meteorology and evaporation on emissions factors and downwind transport; determine benefits of alternative abatement measures and effects of feedyard dust on arriving cattle performance. Air quality laboratories at West Texas A&M University (olfactometry), Texas Agricultural Experiment Station-Amarillo (chemical speciation of odorous gases and particulate matter), USDA-Agricultural Research Service (ammonia), Texas A&M University – Biological and Agricultural Engineering Department (particulate matter, H2S, ammonia), and Kansas State University (ammonia, particulate matter) will be utilized. Recommended values for allowable emission rates will be developed using the above measurements, dispersion modeling, and mass/energy balances. Interactions between particle size distribution and measured concentrations of PM10 and PM2.5 will be developed. Dispersion models will be adjusted to account for characteristics of particulates, H2S, and NH3 from feedyards and for non-Gaussian dispersion and plume rise.

CRIS NUMBER: 0192009 SUBFILE: CRIS
PROJECT NUMBER: TEX08904 SPONSOR AGENCY: NIFA
PROJECT TYPE: SPECIAL GRANT PROJECT STATUS: TERMINATED MULTI-STATE PROJECT NUMBER: (N/A)
START DATE: May 1, 2002 TERMINATION DATE: Apr 30, 2004

GRANT PROGRAM: AIR QUALITY, TEXAS
GRANT PROGRAM AREA: Special Research Grant

CLASSIFICATION
Knowledge Area (KA) Subject (S) Science (F) Objective (G) Percent
133 0410 2020 6.1 20%
306 3310 1060 2.2 10%
307 3310 2020 2.2 10%
402 0410 2020 2.1 20%
403 0410 3050 6.2 20%
404 0410 2070 2.1 10%
723 0410 2020 2.3 10%

CLASSIFICATION HEADINGS
KA723 – Hazards to Human Health and Safety
KA402 – Engineering Systems and Equipment
KA404 – Instrumentation and Control Systems
KA306 – Environmental Stress in Animals
KA307 – Animal Management Systems
KA403 – Waste Disposal, Recycling, and Reuse
KA133 – Pollution Prevention and Mitigation
S3310 – Beef cattle, live animal
S0410 – Air
F2020 – Engineering
F3050 – Law
F2070 – Meteorology and climatology
F1060 – Biology (whole systems)
G6.2 – Enhance Soil Quality for Productive Working Lands
G2.3 – Provide Risk Management and Financial Tools
G2.2 – Increase Efficiency of Production and Marketing Systems
G6.1 – Ensure Clean Water and Air
G2.1 – Expand Domestic Market Opportunities

RESEARCH EFFORT CATEGORIES
BASIC 15%
APPLIED 60%
DEVELOPMENTAL 25%

KEYWORDS: air pollution; air quality; ammonia; beef cattle; dairies; dairy cattle; dust; emissions; rate determination; feedlots; hydrogen sulfide; livestock production; odor; manures; particulate matter; volatile compounds; organic compounds; public policies; pollution control; environmental stress; production systems; agricultural engineering; measurement; cost effectiveness; performance evaluation; technology transfer; predictive models; recommendations

PROGRESS: May 1, 2002 TO Dec 31, 2002
Dust (particulate matter, PM), odor, and gaseous emissions from open-lot cattle feedlots and dairies in the semi-arid Southern Great Plains are a concern to producers, rural residents, and regulatory agencies. It is crucial to obtain science-based information to address these concerns with abatement measures and sound policies. We are conducting a coordinated 3-year research and technology transfer program to address these air quality issues. Major objectives (5) are: accurate characterization of dust, odor, and trace gas emissions; develop cost-effective abatement methods; develop scientific basis for improved emissions factors, including appropriate dispersion modeling; determine effects on cattle health and performance; and provide effective technology transfer programs. Coordinated research projects by Texas A&M University System components (TAES, WTAMU, TCE) and Kansas State University faculty include: monitoring of emissions and fluxes (odor, PM10, PM2.5, NH3, H2S, VOC) from open-lot facilities and holding pond/lagoon surfaces at cattle feedlots and dairies in Texas and Kansas; laboratory testing of alternative surface treatments; quantifying effectiveness of alternative management practices; physical modeling in test chambers to determine dust generation as a function of simulated cattle hoof kinetics; effects of surface manure characteristics on emissions; moisture evaporation loss from feedlot surfaces vs. climatic variables; economics of alternative abatement measures; and effects of feedyard dust on arriving cattle performance. Scientifically-sound emission rate values will be developed using the above measurements, dispersion modeling, and mass/energy balances. Progress highlights include: *Emissions Measurement — Cooperating feedyards/dairies were selected. Field sampling of emissions and climatic monitoring was initiated for: odor detection threshold, odorants, ammonia, hydrogen sulfide, and reactive volatile organic compounds. Continuous sampling capability was acquired for specific gases and PM. *Effective Abatement Measures — Flow-through weight-drop test chambers for evaluating PM emissions from simulated feedlot manure pads were constructed, with preliminary relationships established between kinetic energy imparted and feedlot dust concentrations. Preliminary evaporation rates from simulated undisturbed feedlot surface manure were measured using lysimeters. Ammonia emissions from simulated feedlot manure pads were measured. A water curtain system adjacent to a feedlot was tested for PM reduction. Chemical amendments for odor/gas emissions control were tested in the laboratory. *Scientific Basis for Emission Factors — Initial sampling trips to an open lot dairy and High Plains feedlots produced PM and ammonia results. Feedyard data showed a linear increase in TSP/PM10 ratios with time following rainfall. A new type of low-volume PM10 sampler was developed at TAMU. *Technology Transfer — An air quality project website was developed, an Industry Advisory Committee was appointed, and project-related publications and reports were prepared/presented. News releases included a seven-part radio interview series.

IMPACT: 2002-05-01 TO 2002-12-31 This multi-university, interdisciplinary project was launched in 2002. Laboratory and field experiments are underway. They will provide accurate emissions data with which to determine appropriate emission factors for open lot systems for beef cattle feedlots and dairies and will evaluate potential management methods for dust, odor, or specific odorous gases.

Dust control systems & DIY kits.
Free design & technical support.

http://mistingdirect.com

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Got Misting Questions? We’ve Got Answers!

Feel free to post your high pressure mist cooling questions here. You can also e-mail or call us if you prefer. We can even help you design your misting system and can answer any questions you may have about mist cooling systems.

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Got Misting Questions? We’ve Got Answers!

Feel free to post your questions here. You can also call or e-mail us.

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Summer Sun on Tri-Campuses Brings Heat-Stress Danger

Summer Sun on Tri-Campuses Brings Heat-Stress Danger

Hot weather is a part of life in South Texas, and as the summer sun beats down on the Tri-Campuses, now is a good time to think about avoiding heat stress. One of the most dangerous factors in heat stress is humidity. Short-term high temperatures are tolerable for most people when the air is dry, but increased humidity interferes with the body’s cooling system and its ability to perspire. And if we can’t sweat, our bodies can become dangerously warm, to the point of heat exhaustion and stroke.

While we must all guard against this health danger, members of the Tri-Campuses’ groundskeeping team are particularly at risk for heat-related problems during the workday, so much so that their department has established protocols for dealing with the problem.

“We schedule the hottest and heaviest weed-eating work early in the day, and no later than noon,” said Bernadette Berain, grounds maintenance superintendent. “Groundskeepers focus on lighter tasks such as trash pick-up, cleaning and light weeding in the afternoon.” “We provide an endless supply of Gatorade and water for them,” Berain emphasized.

“We have plenty of sunscreen with a sun protection factor (SPF) of 45, which is the highest protection. Using sunscreen is optional, but we encourage the groundskeepers to use it. Everyone is encouraged to wear a hat, and I think all of them do. Our rule is for every 45 minutes in the sun, take a 15-minute break in the shade. We haven’t had any instances of heat stroke because we make sure everyone gets plenty of breaks and fluids,” Berain added.

The Texas Department of Health offers these tips for avoiding heat stress:

–Drink plenty of fluids; avoid drinks containing alcohol, caffeine or lots of suger.

–Use sunscreen with an SPF of at least 15; applying it 30 minutes or more before going into the sun helps reduce sunburn and skin damage.

–Plan strenuous outdoor activity for early or late in the day when it is cooler.

–Stay indoors and in air conditioning as much as possible, unless your heat tolerance is well established. Do not sit directly in front of a fan as this can actually make you warmer.

–Take frequent breaks when working outdoors. If you work outdoors, use a buddy system between coworkers to monitor how both of you are doing. If your heart starts pounding and you have shortness of breath, stop to rest in a cool place.

–Eat more frequently but make sure meals are well balanced and light.

–Consult with a physician about effects of sun and heat exposure while taking prescription drugs such as diuretics, antihistamines and some antibiotics, which can make you extra-sensitive to sunlight.

–At first sign of heat illness–dizziness, nausea, headaches, muscle cramps– move to a cooler place, rest for a few minutes and slowly drink a cool beverage. Seek medical attention immediately if conditions don’t improve.

–Wear sun block, hats and loose, light clothes to protect skin from the sun’s harmful rays.

Enjoy your summer, but keep it cool

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