Controls Technology

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How Control Systems for Healthcare Spaces Help You Stay Safe

Unbelievably, there are many people around the world who get infected with disease and pathogens while at the hospital. This is because; hospital spaces are filled with different types of viruses and pathogens that spread through the air.  Of outmost risk are the people with weak immune systems. Such people stand getting these pathogens from the air at the first exposure. The worst thing is that, these types of nasocomial infections are very difficult to cure because they are resistant to antibodies and medications. As a result, hospitals have resorted to reducing the rates at which these pathogens spread by altering the flow of air in their healthcare facilities. They do this trough the installation of Control Systems for Healthcare Spaces.

Control Systems for Healthcare Spaces play many roles in the hospital. This includes: improving the quality of air, reducing the spread of diseases and pathogens as well as the regulation of humidity in the hospital space. The system has the ability to make pathogens sterile so that they do not spread to other people. The Control Systems for Healthcare Spaces are designed to eliminate pathogens in the hallways, stairways as well as in the hospital rooms. Pathogens mostly come from patient’s rooms, specimens, and substances used in research laboratories.

Read More at http://sarah-sharp.com/how-control-systems-for-healthcare-spaces-help-you-stay-safe/

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Wet Chemistry Laboratory Control Solution – The Importance

A fume hood is a ventilated enclosure that collects chemical gases before taking them out of the room through an exhaust ductwork system. The exhaust system has a fan system that pulls gases out of the hood into the atmosphere. This protects lab workers from inhaling toxic gases thereby keeping them safe. One such system is the Wet Chemistry Laboratory Control Solution that has a movable sash in the front as well as an interior baffle. Also, the system has sashes that move either horizontally or vertically and are designed to protect the lab workers against the effects of the chemicals.

In addition, the system comes with slots and baffles that direct fumes towards the exhaust. The good thing is that, these baffles can be adjusted accordingly. However, users are advised to avoid closing them fully since that can block the exhaust path. The airfoil on the front of the hood allows for a smooth airflow as they do not have sharp edges that can cause air turbulence.

Read More at http://www.notesongamedev.net/wet-chemistry-laboratory-control-solution-the-importance.html

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Wet Chemistry Laboratory Control Solution – The Best Practices

Although laboratories are a dangerous place to work in, employees can ensure their own safety by following the best laid out practices. These practices ensure that fume hoods operate optimally. Therefore, users must be sure of what they are doing so that they can get all the benefits out of fume hoods. Below, we will look at the best practices that cover the basics of using fume hoods. Proper use of Wet Chemistry Laboratory Control Solution system will give you the most benefits.

Learn the specific role of your fume hood

A fume hood is a system that captures and expels air contaminated with laboratory fumes. Therefore, it is important for users to learn the basic use of fume hood so that they can be safe. For starters, the hood is designed to protect the employees in a laboratory by capturing harmful fumes before taking them out of the building through chimney ducts and pipes. Sometimes, the fumes are passed through filters so as to protect the environment from toxic pollution.

Read More at http://www.shfeisu.com/wet-chemistry-laboratory-control-solution-the-best-practices.html

[jamescontrol77]

Wet Chemistry Laboratory Control Solution – The Best Practices

Although laboratories are a dangerous place to work in, employees can ensure their own safety by following the best laid out practices. These practices ensure that fume hoods operate optimally.  Therefore, users must be sure of what they are doing so that they can get all the benefits out of fume hoods. Below, we will look at the best practices that cover the basics of using fume hoods. Proper use of Wet Chemistry Laboratory Control Solution system will give you the most benefits.

Learn the specific role of your fume hood

A fume hood is a system that captures and expels air contaminated with laboratory fumes. Therefore, it is important for users to learn the basic use of fume hood so that they can be safe. For starters, the hood is designed to protect the employees in a laboratory by capturing harmful fumes before taking them out of the building through chimney ducts and pipes. Sometimes, the fumes are passed through filters so as to protect the environment from toxic pollution.

Read More at http://www.shfeisu.com/wet-chemistry-laboratory-control-solution-the-best-practices.html

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Why Installing a Wet Chemistry Laboratory Control Solution is Necessary

In most cases, researchers use a wet chemistry laboratory for experimental purposes. The experiments may entail the dissolution of solids and rocks with the intent of chemically analyzing their atomic absorption properties. Besides that, the lab is also used to analyze and determine the level of pollutants and nutrients in soil and water samples. Wet chemistry laboratories are a perfect environment for carrying out a wide range of scientific experiments.

Some of these experiments have been associated with impressive innovations and technological advancement in the current world. Well-designed wet chemistry laboratory control solution equipment play important role in organizations that major in research work. Research platforms are volatile and require stringent safety measure to ensure stable and suitable working environment for neighboring occupants as well as workers of the facility.

Read More at http://monclerjacketsoutletstores.com/business/why-installing-a-wet-chemistry-laboratory-control-solution-is-necessary.htm

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WET CHEMISTRY LABORATORY CONTROL SOLUTION OBJECTIVES

Setting up a control solution for wet chemistry laboratories is a great necessity. Air pollution is very detrimental to both the public and those working in chemical laboratories. Many of the infections and diseases that affect the respiratory tract and other internal organs can be associated to the inhaling of harmful elements. Toxic gases escape into the air in and around any chemistry laboratory.

The chemical laboratories that carry out analytic experiments have greater rates of toxic gases release and the risks for respiratory infections stand at the highest rate around such labs. The chemical fume hood materials are hazardous. They may hover around wet chemistry labs for long unnoticed, that is why they need proper control right from the release point. Research shows that the release of these elements is not only toxic to humans but also detrimental to the environment, which includes trees and animals. For that reason, wet chemistry lab controls should be built with the following objectives in mind

Read more at http://mollyshah.com/wet-chemistry-laboratory-control-solution-objectives.html

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Control Systems for Life Science Facilities

Life Science companies and institutes are always under pressure to ensure their operations are up to the set standards. That is in terms of workers /learners’ safety, containment of hazardous materials and safeguarding the integrity of manufacturing processes. They are also faced with other obligations such as adopting and maintaining regulatory compliance and controlling theft of drugs/materials. Besides that, there are operational responsibilities like keeping the HVAC running with a 100% uptime and monitoring energy efficiency without compromising the quality of the environments used during research. That’s the reason these firms need reliable control systems for life science facilities.

Life science is spread to a broad range of scientific options. It involves the study of living organisms: whether plant, animals or humans. This industry is necessarily interested in analyzing the biology behind things. Nonetheless, other sections of this industry deal with molecular biology as well as biotechnology. It is generally a fast growing field of study so to speak.

Read More at http://www.damingaqw.com/control-systems-life-science-facilities/

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Phoenix Controls

Wet Chemistry Laboratory Control Solution - https://www.phoenixcontrols.com/en-US/solutions/fre/wcl/Pages/default.aspx Control Systems for Healthcare Spaces - https://www.phoenixcontrols.com/en-US/solutions/fhs/Pages/default.aspx Control Solutions by Industry - https://www.phoenixcontrols.com/en-US/solutions/bi/Pages/default.aspx Control Systems for Life Science Facilities - https://www.phoenixcontrols.com/en-US/solutions/flsf/Pages/default.aspx Medical Surgical critical environments control solution - https://www.phoenixcontrols.com/en-US/solutions/fhs/ms/Pages/default.aspx

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CONTROL SYSTEMS FOR HEALTHCARE SPACES

It is important that healthcare facilities have access to great quality indoor air; therefore large quantity of the outside air coming into the facility pass through the ventilation system. Bacteria travels faster on water vapor in the air, so eliminating this moisture before it gains access into the facility is a necessity. This will prevent growth of bacteria as well as enhance comfort for patients.

Conventional mechanical air conditions use cooling coils to dehumidify the air by cooling the air drawn to its surface. This reduces the moisture contents on its surface, thus making it drip away. Although, the air exiting the coils can have relative humidity levels at approximately 95%. In a typical air conditioning application with room temperature ranging from 72 to 75°F, there are no issues concerned with this particular cooling based dehumidification process.

However, if you are looking to maintain room temperature at about 65°F and lower, the traditional air conditioning system cannot work because the humidity level exiting the coils is too high.

Read More at http://www.tierralimited.com/control-systems-for-healthcare-spaces/

Source: https://www.phoenixcontrols.com/en-US/solutions/fhs/Pages/default.aspx

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Things To Consider When Designing A Control System For Life Science Facilities

Things To Consider When Designing A Control System For Life Science Facilities

Life sciences facilities encounter a lot of problems thus reducing its level of productivity and also profitability; some of these challenges include human error, power failure, innovations etc. Life science covers a variety of option which include the study of all living things.  But lately a number of specialized fields have emerged, including molecular biology and biotechnology. 

Notwithstanding, life science is a fast growing field.  Usually studies conducted in this field require a carefully controlled environment. This is to ensure that your results are accurate, unbiased, and free from any environmental factor.

Read More at http://www.mypanyu.com/2017/05/things-to-consider-when-designing.html

Source:https://www.phoenixcontrols.com/en-US/solutions/flsf/Pages/default.aspx

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The Benefits Of Integrated Control Systems For Industry

One of the reasons why business organizations use integrated control systems is to properly monitor and manage technologies that enhance the day to day business activities. Since new innovations bring about new opportunities, they also come along with challenges that can compromise the integrity and security of critical systems. However with an integrated control system, organizations will be exposed to little or no risk at all. Furthermore, it guarantees that technology systems continue to function as designed, irrespective of complexity or scope.

Every business owner and service providers are aware of the fact that to enhance productivity and increase revenue, all system components have to perform at their very best, as even a slight bug or error could amount to system vulnerabilities, lost productivity among others. These unfortunate outcomes can have negative impact on the organization. Integrated control systems equip your organization with the latest technology to discover and eliminate system failures, irrespective of whether your systems are spread out across different geographical locations.

- See more at: http://juliansherman.net/the-benefits-of-integrated-control-systems-for-industry/

Source:https://www.phoenixcontrols.com/en-US/solutions/bi/Pages/default.aspx

[jamescontrol77]

CONTROL SYSTEMS FOR HEALTHCARE SPACES

It is important that healthcare facilities have access to great quality indoor air; therefore large quantity of the outside air coming into the facility pass through the ventilation system.

Please visit: http://www.tierralimited.com/control-systems-for-healthcare-spaces/

source: https://www.phoenixcontrols.com/en-US/solutions/fhs/Pages/default.aspx

[jamescontrol77]

Things To Consider When Designing A Control System For Life Science Facilities

Life sciences facilities encounter a lot of problems thus reducing its level of productivity and also profitability; some of these challenges include human error, power failure, innovations etc.

Please visit: http://www.mypanyu.com/2017/05/things-to-consider-when-designing.html

Source: https://www.phoenixcontrols.com/en-US/solutions/flsf/Pages/default.aspx

[jamescontrol77]

The Benefits Of Integrated Control Systems For Industry

One of the reasons why business organizations use integrated control systems is to properly monitor and manage technologies that enhance the day to day business activities. 

Please visit: http://juliansherman.net/the-benefits-of-integrated-control-systems-for-industry/

Source: https://www.phoenixcontrols.com/en-US/solutions/bi/Pages/default.aspx

[jamescontrol77]

Finding a Critical Environments Control Solution for Wet Chemistry Laboratories

Pollution is toxic; many of the infections that affect the respiratory tract and internal organs can be traced to inhaling harmful substances from the environment. Around laboratories there is a lot of release of toxic gases. In laboratories where analytics are carried out through the use of analytical chemistry, the rate of toxic release is even worse. One toxic material is especially very dangerous- chemical fume hood. It is always a challenge around wet chemistry labs to control the release of this material into the environment yet it is so toxic. One system science and technology have evolved is a control solution. With Phoenix Control wet chemistry laboratory control systems, labs can achieve and maintain the desired level of airflow control.

Read More at http://dclifemagazine.com/community/science/finding-a-critical-environments-control-solution-for-wet-chemistry-laboratories.html

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FACTORS OF A GOOD CHEMISTRY LAB CONTROL SYSTEM

Anyone who has taken a chemistry class knows that it is a delicate science which can only be performed with the utmost accuracy and care. In fact, for most people, one high school or college chemistry class doesn’t even come close to maintaining the same degree of precision that the field actually necessitates. Unfortunately, the care of one individual chemist does not make up for flaws in the environment of a chemist. If a fume hood does not properly contain the dangerous fumes given off by some chemicals, then it does not matter how accurate and careful a scientist is – the environment is unsuitable for chemistry (and potentially unsafe). When designing a chemistry lab, then, it is important to consider a control system that ensures safety, quality, and reliability in the lab.

Read More at http://www.amhmagazine.com/2017/01/factors-of-good-chemistry-lab-control.html

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Choosing a Life Sciences HVAC System

Technology in the field of life sciences is always changing. For most sciences, change is great – it indicates progress in the field and a hope for better understanding in the future. Sometimes, though, change can be difficult to implement and come alongside high operating costs. When designing or updating a life sciences facility, it only makes sense to use a high quality vent system, if only to avoid the high cost of change in the future. Not only that, but a vent system that is able to accurately control the airflow in each room at a low energy and maintenance cost is fundamental to the quality of the work produced in the facility, so making a good investment in which one to use is vital to the success of any life science lab.

Read More at http://the-newswire.com/choosing-a-life-sciences-hvac-system/