#hospital ahu & hvac equipments

[utopiasingapore]

Elevate Air Quality with Utopia’s Cutting-Edge HVAC Solutions

In the realm of healthcare and laboratory environments, where precision and cleanliness are non-negotiable, Utopia’s HVAC (Heating, Ventilation, and Air Conditioning) systems stand out as the pinnacle of air management technology. Utopia’s state-of-the-art HVAC equipment is designed to exceed the most rigorous standards for air quality and contamination control, making it the ideal choice for the most demanding applications.

Innovative Features of Utopia’s HVAC Systems

Utopia’s HVAC solutions are meticulously crafted to ensure optimal air quality and environmental control in high-stakes settings. Here are the standout features:

● Fresh Air and Partial Recirculation Management: Our systems expertly balance the intake of fresh air with the recirculation of existing air. This ensures a steady flow of purified air while maintaining ideal conditions within the controlled environment.

● Dynamic Pressure Management: Utopia-Aire Pte Ltd units offer advanced management of both overpressure and depression within rooms. This technology is crucial for creating and maintaining sterile conditions and preventing contamination from external sources.

● BSL4 Compliance: Our HVAC units are engineered to meet Biosafety Level 4 (BSL4) standards, which are essential for facilities handling highly infectious or dangerous materials. This feature guarantees the highest level of protection in labs and containment areas.

Explore Our Product Series

Utopia-Aire Pte Ltd provides two specialized HVAC product lines, each designed to cater to specific needs:

1. OHA Series — Direct Expansion Coil ● The OHA series integrates a direct expansion (DX) coil, offering precise cooling and superior energy efficiency. It is especially suitable for high-demand environments such as general surgery rooms, intensive care units, and critical medical areas.

2. OHU Series — Chilled Water Coil ● The OHU series utilizes a chilled water coil, making it ideal for larger-scale or more complex cooling requirements. It is perfect for environments like sterilization rooms, biotechnology labs, and settings that require stable and reliable temperature control.

Applications for Specialized Environments

Utopia’s HVAC systems are engineered to excel in various critical environments:

● General Surgery Rooms: Ensures a sterile and controlled atmosphere to mitigate infection risks during operations. ● Orthopedics and Low-Temperature Heart Surgery Rooms: Maintains precise temperature and air purity to ensure patient safety during specialized surgeries. ● Intensive Care Units (ICUs): Supports the critical care environment by maintaining optimal air quality and conditions. ● Sterilization Rooms: Essential for maintaining the highest levels of cleanliness and preventing cross-contamination. ● Diagnostic Imaging Rooms: Provides controlled air quality and temperature to support accurate diagnostic procedures. ● Biosafety Levels (BSLs): Suitable for handling a range of hazardous materials, including viruses, flammable substances, and radioactive materials. ● Biotechnology and Pathologic Anatomy Labs: Guarantees a controlled environment crucial for research accuracy and safety. ● Mortuaries: Manages air quality and temperature to uphold sanitary conditions.

Advanced Ventilation and Exhaust Systems

A key component of Utopia’s HVAC equipment is its sophisticated ventilation and exhaust capabilities:

● Effective Fume and Gas Removal: Our exhaust systems are designed to effectively remove harmful fumes and gases, ensuring a safe environment in medical and laboratory settings.

● Odour Control: The system addresses and eliminates strong odours that, while not always hazardous, can be disruptive. Utopia’s solutions help maintain a more comfortable and focused environment.

Certifications and Standards

Utopia’s HVAC systems are built to meet the highest standards:

● TUV Certification — DIN 1946/4: This certification ensures compliance with stringent German standards for HVAC systems in healthcare and laboratory settings.

● TUV Certification — EN1886: Validates adherence to European standards concerning air leakage, thermal transmittance, and structural strength.

Discover the Utopia Difference

Utopia’s HVAC equipment represents the pinnacle of air quality management and contamination control. Our innovative features, rigorous certifications, and commitment to excellence make our systems essential for maintaining superior safety and efficiency in critical environments.

For more information on how Utopia’s advanced HVAC solutions can enhance your facility’s air quality and operational effectiveness, we invite you to contact us today. Our expert team is ready to provide tailored solutions that meet your specific needs and elevate your environment to the highest standards.

In Order To Find Out More Details On Hospital Ahu & Hvac Equipments Please Be Touch With Us Today Onwards..!

[gqresearch24]

Global Air Handling Units Market

The Air Handling Units market is set to witness remarkable growth, as indicated by recent market analysis conducted by GQ Research. In 2023, the global Air Handling Units market showcased a significant presence, boasting a valuation of US$ 11.7 billion. This underscores the substantial demand for Air Handling Units technology and its widespread adoption across various industries.

Get Sample of this Report at https://gqresearch.com/request-sample/global-air-handling-units-market/

 Projected Growth: Projections suggest that the Air Handling Units market will continue its upward trajectory, with a projected value of US$ 16.8 billion by 2030. This growth is expected to be driven by technological advancements, increasing consumer demand, and expanding application areas.

Compound Annual Growth Rate (CAGR): The forecast period anticipates a Compound Annual Growth Rate (CAGR) of 6.10 %, reflecting a steady and robust growth rate for the Air Handling Units market over the coming years.

Technology Adoption: In the air handling units (AHU) market, technology adoption is crucial for enhancing efficiency, improving air quality, and reducing energy consumption. Manufacturers are increasingly integrating advanced features such as variable air volume (VAV) systems, heat recovery wheels, and advanced filtration technologies. These innovations cater to diverse applications ranging from commercial buildings to industrial facilities, hospitals, and data centers. AHU manufacturers are also adopting smart technologies like IoT sensors and cloud-based monitoring systems to enable remote diagnostics, predictive maintenance, and optimization of HVAC systems.

Application Diversity: Air handling units serve a wide range of applications across various sectors including residential, commercial, healthcare, industrial, and institutional. Each application has unique requirements in terms of air quality, temperature control, humidity levels, and energy efficiency. Manufacturers are responding to this diversity by offering customizable AHU solutions tailored to specific application needs. For instance, hospitals may require AHUs with HEPA filtration to maintain sterile environments, while industrial facilities may prioritize robust units capable of handling high volumes of air and harsh operating conditions.

Consumer Preferences: Consumer preferences in the AHU market are influenced by factors such as energy efficiency, indoor air quality, sustainability, and total cost of ownership. End-users increasingly prioritize energy-efficient solutions to reduce operating costs and minimize environmental impact. Additionally, there is growing demand for AHUs equipped with advanced filtration systems to address concerns about indoor air pollution and airborne pathogens. Manufacturers that can offer energy-efficient, environmentally friendly, and cost-effective solutions are likely to gain a competitive edge.

Technological Advancements: Technological advancements play a significant role in driving innovation and differentiation in the AHU market. Key advancements include the integration of advanced controls and automation systems for precise regulation of airflow and temperature. Furthermore, the development of energy recovery technologies such as heat exchangers and enthalpy wheels enables AHUs to capture and reuse waste heat, thereby improving energy efficiency. Additionally, advancements in material science and manufacturing processes contribute to the design of lighter, more durable, and corrosion-resistant AHU components.

Market Competition: The AHU market is highly competitive, characterized by a large number of regional and multinational manufacturers. Competition is primarily driven by factors such as product quality, performance, reliability, price, and after-sales service. Manufacturers differentiate themselves by offering innovative features, customizable solutions, and value-added services. Additionally, partnerships with HVAC contractors, distributors, and building automation system providers are crucial for expanding market reach and gaining a competitive advantage.

Environmental Considerations: Environmental considerations are increasingly influencing product development, manufacturing processes, and consumer preferences in the AHU market. There is a growing emphasis on sustainability, with stakeholders seeking energy-efficient solutions that minimize carbon emissions and resource consumption. Manufacturers are adopting eco-friendly refrigerants, improving system efficiency, and implementing recycling programs to reduce environmental impact. Moreover, certifications such as LEED (Leadership in Energy and Environmental Design) and Energy Star are becoming important criteria for evaluating the environmental performance of AHUs and gaining market acceptance.

 Top of Form

 Regional Dynamics: Different regions may exhibit varying growth rates and adoption patterns influenced by factors such as consumer preferences, technological infrastructure and regulatory frameworks.

Key players in the industry include:

Barkell Ltd.

Blue Star Limited

Carrier Global Corporation

Ciat Group

Daikin Industries Ltd.

FlaktGroup

Hitachi Ltd.

Holtop

Lennox International Inc.

Trane Inc

The research report provides a comprehensive analysis of the Air Handling Units market, offering insights into current trends, market dynamics and future prospects. It explores key factors driving growth, challenges faced by the industry, and potential opportunities for market players.

For more information and to access a complimentary sample report, visit Link to Sample Report: https://gqresearch.com/request-sample/global-air-handling-units-market/

About GQ Research:

GQ Research is a company that is creating cutting edge, futuristic and informative reports in many different areas. Some of the most common areas where we generate reports are industry reports, country reports, company reports and everything in between.

Contact:

Jessica Joyal

+1 (614) 602 2897 | +919284395731

Website - https://gqresearch.com/

[ventilair12]

“Optimizing Indoor Comfort: Insights from a Leading Air Handling Unit Manufacturer”

So, what sets Ventilair apart from the competition?

First and foremost, it’s their unwavering dedication to innovation. Ventilair’s team of expert engineers continuously pushes the boundaries of AHU technology, integrating cutting-edge features and advanced materials to optimize performance and efficiency. From state-of-the-art airflow management systems to advanced filtration technologies, every aspect of Ventilair’s AHUs is meticulously designed to deliver unparalleled performance and reliability.

What is AHU capacity?

The capacity of an air handling unit (AHU) refers to the amount of air that the unit can handle or condition. AHU capacity is typically measured in cubic feet per minute (CFM) or cubic meters per hour (m³/h), and is based on the airflow rate required to meet the heating, cooling, and ventilation needs of the building. The capacity of an AHU will depend on several factors, including the size of the building, the number of occupants, the desired level of air quality, and the local climate.

The capacity of an AHU is typically determined by performing a load calculation, which takes into account the heating and cooling requirements of the building based on factors such as the size and orientation of the building, the number and size of windows, and the level of insulation. The load calculation is used to determine the required airflow rate for the AHU, which is then used to select the appropriate unit size and capacity.

AHU capacity can range from a few hundred CFM for smaller commercial buildings to several thousand CFM for larger buildings such as hospitals, shopping malls, and airports. The capacity of an AHU can also be designed to be adjustable, allowing for increased or decreased airflow rates based on changes in building occupancy, equipment load, or other factors.

But innovation alone is not enough. Ventilair understands the importance of sustainability in today’s world. That’s why they prioritize eco-friendly design and manufacturing practices throughout their operations. By leveraging energy-efficient components, optimizing system configurations, and reducing environmental impact at every stage of the production process, Ventilair ensures that their AHUs not only meet but exceed the most stringent sustainability standards.

In conclusion, Ventilair is more than just a manufacturer of air handling units. They are pioneers of innovation, champions of sustainability, and dedicated partners in their customers’ success. With their unwavering commitment to excellence, Ventilair is shaping the future of HVAC technology one AHU at a time. So, the next time you step into a building and breathe in clean, comfortable air, chances are, Ventilair is behind it all.

If you want to know more about our Air Handling Unit Manufacturer how they are useful for your work , please contact us today . Our team is always here to help and find best solutions for your specific needs.

Visit: https://www.ventilair.in/air-handling-units/

Address: №11/7, Mile Stone, Mathura Road, Faridabad — 121003, Haryana, India

[modular-hospital-equipment]

The modular operation theatre is an innovative concept in which all the latest technology has been introduced to ensure that patients receive the best possible surgical treatment. This includes OT table, laminar airflow and purifying air in the OT with AHU and HEPA filters. No Compromise Quality Highly of surgical treatment.

Altos Engineers provides modular operating theaters in specialty hospitals which are state-of-the-art. Each is equipped with anesthesia equipment that is geared towards excellence. They also have cold operating lighting fixtures and a high efficiency air filtering system.

The operating rooms are equipped with strong methods of infection control and prevention. They are staffed with anesthesiologists and technicians as well as nurses. These procedures are designed to ensure the best possible protection for patients during and after an operation.

The modular operating theater that meets these conditions is made up of wall, ceiling, and slanted panel, and can incorporate not only electrical equipment but also medical gas systems, lighting gears, and all other necessary equipment and functions.

Modular Operation Theatre Characteristics

Micron filters at 20, 10, 3 and 0.3 microns. Design according to NABH standards for HVAC systems in the Class 100 to 10,000 range

LAF HEPA bed is made from stainless steel and aluminum.

Control panel for the surgeon.

Cleanroom partition wall/ceiling with various cleaning puffs

Partition SS puff SS puff partition.

Puff partition coated with GI powder.

Epoxy/polyurethane (PU) flooring.

The pass box and the view panel are included.

Modular Operation Theater are designed by manufacturers who create innovative Modular OT. These Modular OT can increase patient safety and treatment effectiveness. These sophisticated operation theatres are designed to offer the maximum flexibility while operating.

The modular operation theatres adhere to the National Association of Business and Health's (NABH) requirements.

[socialblogger582]

How Does a Fresh Air Handling Unit Work?

Fresh air handling units, also known as AHUs, play a crucial role in maintaining indoor air quality. These units are responsible for circulating clean and fresh air throughout commercial and residential buildings. The demand for fresh air handling units has increased significantly in recent years as people have become more aware of the importance of good indoor air quality. In this blog, we will explore how fresh air handling units work and their benefits.

What is a Fresh Air Handling Unit?

A fresh air handling unit is a type of HVAC (heating, ventilation, and air conditioning) equipment that is designed to control and circulate fresh air throughout a building. These units are used in a variety of applications, including hospitals, offices, schools, and homes. Fresh air handling units typically consist of a series of components that work together to circulate air, including filters, fans, and heat exchangers.

How Does a Fresh Air Handling Unit Work?

Step 1 Fresh air handling units work by taking in outdoor air and filtering it before circulating it throughout a building. The process begins with the intake of fresh air through outdoor vents. This air is then filtered to remove any pollutants, such as dust, pollen, and bacteria. The filtration process is essential to ensure that the air circulating throughout the building is clean and healthy.

Step 2 Once the air has been filtered, it passes through a heat exchanger. The heat exchanger is responsible for either heating or cooling the air to the desired temperature. This is achieved by passing the air over a series of coils that are heated or cooled by a refrigerant. The refrigerant absorbs or releases heat, depending on the desired temperature, before the air is distributed throughout the building.

Step 3 The air is then circulated through a series of ducts that distribute it evenly throughout the building. The distribution of air is controlled by a series of dampers that can be opened or closed to adjust the flow of air to different areas of the building.

Benefits of a Fresh Air Handling Unit

There are many benefits to installing a fresh air handling unit in your building.

One of the most significant benefits is improved indoor air quality. Fresh air handling units filter out pollutants and circulate clean air, which can help to reduce the risk of respiratory problems and allergies.

Another benefit of fresh air handling units is energy efficiency. These units use heat exchangers to pre-condition the air, which can help to reduce energy consumption and lower energy costs. Moreover, fresh air handling units can be integrated with other HVAC systems, such as heating and cooling systems, to provide a complete solution for indoor air quality control.

Fresh air handling units also offer greater control over indoor air quality. These units can be equipped with sensors that monitor air quality and adjust the flow of air accordingly. This allows for real-time control over indoor air quality, ensuring that the air is always clean and healthy.

Conclusion

Fresh air handling units are an essential component of HVAC systems in commercial and residential buildings. These units play a crucial role in maintaining good indoor air quality by filtering out pollutants and circulating clean air. Fresh air handling units are energy-efficient, offer greater control over indoor air quality, and can be integrated with other HVAC systems for a complete solution.

If you're looking to improve the indoor air quality of your building, consider installing a fresh air handling unit from DRI. These units are an investment in the health and comfort of your building's occupants, and they can help to reduce energy costs and improve the efficiency of your HVAC system. Contact your DRI HVAC professional to learn more about how a fresh air handling unit can benefit your building.

[zenatixsolutions]

How does IoT based Asset Management help in reducing asset downtime in the Hospitality industry

Effective asset management is essential in the hospitality industry as it ensures that critical building equipment and facilities are properly maintained and functioning properly. This is especially important in the case of assets that are vital to the smooth functioning of the business, such as HVAC systems, lighting, refrigeration equipment, etc. If any of these assets break down or malfunction, it can lead to significant disruptions and downtime, negatively impacting the hotel’s guest experience and overall profitability.

To improve asset management and minimize downtime in the hospitality industry, hotel managers can utilize IoT-based asset management solution. It uses sensors, connected devices, and data analytics to monitor and manage various assets in real time. This can help identify issues before they become major problems, allowing for timely repairs and maintenance.

Here are some of the ways in which IoT-based asset management can help reduce asset downtime in the hospitality industry:

1. Predictive maintenance

IoT sensors are attached to various building assets & equipment to monitor their performance and condition continuously. By using sensors to constantly monitor the performance and condition of assets, hotels can identify patterns and predict when an asset is likely to fail. This allows the maintenance team to proactively address issues before they lead to downtime rather than reacting to problems after they occur.

Predictive maintenance can reduce disruptions and improve the overall guest experience by ensuring that assets are always in good working order.

2. Remote monitoring

IoT-based asset management system allows maintenance team to monitor assets & equipment remotely. This can be especially useful for large hotels with multiple floors and a wide range of assets, as it allows the maintenance team to identify and address issues from anywhere rather than physically visiting each asset.

Remote monitoring can reduce the need for on-site maintenance, minimizing disruptions and improving overall efficiency.

3. Improved asset utilization

By monitoring asset usage and performance, hotels can optimize their utilization and ensure they are being used effectively. For example, a hotel with several AHUs can use IoT-based asset management to track usage patterns and determine which AHUs are used most frequently. This can help hotels prioritize maintenance and repairs, ensuring that their most heavily used assets are always in good working order.

Improved asset utilization can also help reduce the risk of overuse, increasing the lifespan of the assets and reducing the need for costly repairs and replacements.

4. Real-time data analytics

IoT-based asset management systems can provide real-time data and insights into asset performance and usage, allowing hotels to make informed decisions about maintenance and repairs. For example, if an asset is consistently experiencing issues or has a high failure rate, the hotel can use this data to prioritize repairs or consider replacing the asset altogether.

Real-time data analytics can help hotels optimize their maintenance schedules and reduce downtime by identifying and addressing issues as they arise.

To conclude, IoT-based asset management can be a powerful tool for reducing asset downtime in the hospitality industry. Hotels can proactively address issues, optimize utilization, and make data-driven decisions to improve asset management efficiency and reduce disruptions by continuously monitoring and managing assets in real-time.

View Source : https://www.zenatix.com/how-does-iot-based-asset-management-help-in-reducing-asset-downtime-in-the-hospitality-industry/

[uvc-clean-air]

In these unprecedented times like the COVID pandemic, people are unsure how the virus will evolve and spread wherever it goes. Everyone, understanding that the pandemic is not going away anytime soon, and are looking for infection spread control devices or solutions that can give a better indoor environment.

Unimech Healthcare recognizes these issues and has developed a decent range of smart disinfection devices that may be installed in homes, workplaces, hospitals, hotels, offices, business malls, and other locations to provide clean air and surface disinfection solutions.

The UVC CleanAir is a revolutionary invention in coil sterilizing retrofit equipment. It’s specifically designed to disinfect the AHU coil and filters the area clean by killing bacteria and viruses. It works effectively in surrounding areas and on surfaces and air.

 Features:

 1. CleanAir is a comprehensive solution to arrest the contamination at the airflow system.

 2. Airflow system (HVAC/AHU) by its nature accumulate a lot of microbial contamination at the coil, filter, damper, and duct level.

 3. They have devices that kill the microbes at the AHU level and thereby purify the air that will flow into the indoor space.

 4. It acts as a continuous disinfection system that works 24 X 7. It always ensures that the germicidal dosage (40mj/cm2) of illumination at all-time in the Airflow system.

 5. One-time investment and long-lasting benefits.

 6. 1-year product warranty

 7. No need to waste for fumigation or powerful smoke or chemicals etc. Just install these devices and enjoy the clean air.

 8. This is recommended for all corporate, hotels, and hospitals.

 9. The scope of work includes

10. Devices will be installed at AHU level

11. Dosage testing will be done

12. Virus, Bacteria, and other microbes load will be tested.

For more details, please visit Unimech Healthcare’s website here: https://www.unimechhealthcare.com/product/uvc-cleanair/

[amerinairfilters]

S-TRAP INERTIAL FILTERS

Setting up your business in a sand/dust storm prone area? Worried about heavy dust load on your air filter?  AAF has a solution for this too, the S-Trap inertial filters is designed as a bolt-on pre-filter for air handling units, engines and other machinery in areas with sand or dust storms or with exposure to heavy dust loads. The S-Trap HD (STHD) casing and other critical parts are made from thicker 3mm steel and welded together to ensure durability, vibration resistance and support during harsh conditions.                                  

The S-Trap HD inlet grille is easily removable for inspection or replacement of the filtration elements. The S-Trap HD shares the same efficiency and filtration capacity of the STL model with an arrestance of 92% when tested with SAE J 726 Coarse Dust. The S-Trap HD also operates at reduced flow with a pressure drop as low as 50Pa while maintaining efficiency above 90%.

Industry leading capacity

High filtration performance with lower     pressure drop

Heavy duty welded and painted construction

Self-cleaning

Painted mild steel or stainless steel options

Quick & easy removable inlet grille and     filtration elements

Key Feature:

The S-Trap Inertial filter is specifically made with strong features to fight against dust or stand storm. In the absence of S-Trap in the AHU the filter can get easily damaged after one storm. S-Trap is a one-time investment, and gives a lifelong protection to the filter in turn increasing the AHU lifespan. It also helps in improving the indoor air quality for the buildings. Air filter is the first line of defense to block the dust, it does not take long for a dust storm to clog up a filter, so no air can flow through it. Eventually, that lack of air flow can cause your equipment to break down completely. Because dust storms happen frequently, it creates a need to change filters frequently. It may save money by installing S-Trap instead of changing the AHU filter at a regular basis.

Region Specific:

In India regions like Rajasthan and Uttar Pradesh are prone to sand storms.  Most of the world’s dust storms occur over the Middle East. Not all dusts arise from human activity. High winds in desert regions and volcanic events are both natural phenomena that cause high airborne dust concentrations. So, weather conditions, the natural environment, and human activities can cause windblown, construction, or fugitive dust, which contributes to air pollution. High winds can raise large amounts of dust from areas of dry, loose, or disturbed soil.

Industry Applications:

Commercial buildings – In commercial office buildings, Indoor Air Quality (IAQ) is a primary concern. IAQ refers to the indoor air breathed in by a building’s occupants. The pollution levels in this indoor air can be up to five times higher than outdoor levels, and poor IAQ ranks as one of the top five environmental risks to public health. Office work places, commercial building should have more clean and pure indoor air specially after the reopening after COVID. S-Trap filters air in the purer form and helps to increase the indoor air quality.

Food and Beverage – Clean air is absolutely essential in food production. Only with controlled and monitored air quality can contamination be reliably minimized. The use of high-efficiency filtration solutions ensures maximum air hygiene and air quality compliance within the strictest standards and regulations. This brings in the need of pure clean, odour free environment within the restaurant. S-Trap is optimized for buildings with limited space and access. The construction is lightweight to have minimum load on the building structure. The riveted construction allows on-site assembly wherein components may come in flat-packed for portability.

Healthcare - Clean air is vital in hospital and healthcare facility operations to protect patients, staff, and visitors from airborne diseases and infections, as well as to provide a comfortable, healthy, and odour-free environment. A thorough air filter audit of your HVAC Systems is the first step that AAF takes, in order to provide you professional guidance and analysis for cost savings and liability reduction. By conducting this audit, we strive to understand your current state and your complete air filtration needs, applications, and goals for total air quality.

Industrial – Industrial air filtration systems eliminate dust and other contaminants from the facility for worker health, safety, and productivity. Indoor air quality often falls under the regulatory purview of OSHA. Poor air quality causes more than the occasional cough and scratchy throat. Dust, mold, and chemical gases can contribute to serious workplace illnesses, including chronic asthma, cancer, and internal chemical burns. Workers who feel compelled or forced to work in such environments may fall behind productivity goals and take more time off work. S-Trap helps in cleaning the air even in dusty environment and allows a flow of pure air within the building.

Pharmaceutical - Within the pharmaceutical industry, strict requirements set forth by the FDA on air purity levels are necessary because of the direct effect that airborne contamination has on the quality of the pharmaceutical products that are in contact with the wide population. No clean air is possible without a carefully selected and reliably functioning air filtration system. The performance of installed air filters, whether terminal filters or pre-filters, directly determines how effectively harmful contaminants are prevented from entering the airstream in process environments.

Schools and Universities - Students spend more than 1,300 hours in a school building each year and need to be protected. Poor air quality in schools and universities has been linked with problems in concentration, increased asthma, and generally lowered health and academic success. Insuring clean air is vital not only to children’s growth and wellbeing, but their future as well. Properly functioning filtration systems clean the air of dirt, dust, pollen, dander, fibers, control odors and reduce the pollutants that cause most IAQ problems inside school buildings. In addition to improving occupant health and performance, regular HVAC maintenance also saves energy.

Features and Benefits:

Heavy Duty Performance - Built to withstand harsh environments, rust free, self-cleaning, rigid design and equipped with long-lasting materials

Components - Casing and dust chute are welded heavy duty painted mild steel or stainless steel, other components are individually hot-dip galvanized steel or stainless steel.

Design - Smart design to optimize the space, weight and installation. Easy to remove inlet grill and filtration elements for convenient inspection. Dust chute can be ordered with flange positioned at the bottom center, right side, left side or both sides of the S-trap. Flange on both sides is used when a standby secondary fan is required.

Material - S-Trap HD can be produced in different material based on customer preference.

o   Mild Steel + Paint o   Stainless Steel

 Contact us:

Info@aafindia.net

info-me@aafintl.com

[1stchoicehealthcare]

PLANNING AND DESIGNING AN ISOLATION FACILITY IN HOSPITALS

Infection control is emerging as a biggest challenge to health services around the world. All hospitals knowingly or unknowingly admit patients with communicable diseases. In recent years, emerging infectious diseases represent an ongoing threat to the health and livelihoods of people everywhere. Over the last few decades, there have been several emerging infectious diseases (EIDs) that have taken the global community by surprise and drawn new attention to EIDs, including HIV, SARS, H1N1, Ebola, Encephalitis (NIPAH Virus), and Now COVID-19 .

For over a century, it has been recommended that patients with infectious diseases should be placed in segregated facilities to prevent the spread of infection. Hospital’s isolation precautions must fulfill following objective:

• To separate patients who are likely to be infectious to other persons. • To provide an environment that will allow reduction of the concentration of airborne particles through various engineering methods. • To prevent escape of airborne particles from such rooms into the corridor and other areas of the facility using directional airflow. • To protect patients who are immunocompromised from potential harmful pathogens. Types of Isolation Rooms There are two types of isolation rooms: (1) airborne infection isolation (AII) rooms and (2) protective environ- ment (PE) rooms. • Airborne infection isolation (AII)/Negative pressure isolation refers to the isolation of patients infected with organisms spread via airborne droplet nuclei <5 μm in diameter. These include patients suffering form measles, chickenpox and tuberculosis. • Protective environment (PE)/Positive pressure isolation is a specialized area for patients who have under- gone allogeneic hematopoietic stem cell transplant (HSCT).

Planning Premises of Isolation Rooms

As per Healthcare Infection control practices advisory committee (HICPAC), Centers for disease control and prevention (CDC) and National Building Code (NBC) following key areas need to keep in mind while planning for Isolation Facility in Hospital.

Location The isolation rooms should be located at one end of medical and surgical wards/critical care units/pediatric care units/newborn intensive care units/emergency service areas/also other areas, such as dialysis. Isolation wards for infectious cases to be kept out of routine circulation. The location of the proposed isolation room, such as those near elevator or doorways should be avoided if possible.

Number of beds for isolation beds About 2.5% of the beds of a large hospital in a special unit would probably be adequate except during periods of unusually high demand.

Space An isolation room has to provide sufficient space around the bed for equipment and the increased number of personnel involved in emergency care. A room area of about 22 m2 is adequate within an isolation unit.

• Adequate number of wash hand basins should be provided within the patient care areas and nursing stations with a view to facilitate hand washing practice. • Separate arrangements for garbage and infectious waste removal from wards and departments in the form of separate staircases and lifts. • Gasketing should be provided at the sides and top of the door, and at ceiling and wall penetrations, such as those around medical and electrical outlets. Bed Management • Bed centers should be at least 3.6 m apart. Spacing must take account of access to equipment around the bed and access for staff to hand-wash facilities. • Minimum possible number of beds2-4 should be kept in a cohort as to prevent chances of cross-infection. • Design, accessibility and space in patient areas all contribute to ease of cleaning and maintenance. • Provision of permanent screens between bed spaces General Planning Considerations • The design, materials and construction of the interior surfaces of an isolation room plays a critical role in the performance of the room in containing infections. • Continuous impervious surfaces such as welded vinyl, epoxy coatings or similar durable surfaces. • Welded vinyl floors coved up the walls, and wall finishes that are durable and easy to clean; for example, welded vinyl isolation rooms with smooth finishes, free of fissures or open joints and crevices that retain or permit passage of dirt particles. The use of carpet is discouraged because it is difficult to clean. • Minimization of horizontal surfaces. • Guard rails to protect the walls from damage by beds and mobile equipment. • Epoxy-coated or stainless steel joinery that is easier to clean than uncoated timber. • Windows designed to avoid dust collection areas. • Washable curtains. • Wall-hung toilet pan and basin with non-hand operated taps. • Window setting: Isolated patients can distinguish day and night by looking through the window panes at the isolation room. This is particularly important to the elderly as it relieves symptoms of disorientation. • Signs and labels: All isolation room ductwork systems should be labeled with appropriate warning signs. Appropriate signage should be prominently placed outside the door of isolation rooms. The bedside and other charts should also be labeled once isolation has been ordered for a patient. • Doors: Sliding doors are not recommended but if space is an issue, sliding doors should only used as a last resort due to difficulties with maintenance and maintaining a seal. The pressure differential should force swing doors into the seal; that is, doors should open out of a NPR or open into a PPR). • Communication system- A nurse call system with the capacity for direct communication between the nurse and patient should be available in each room.

Ventilation HVAC air flow arrangement for class N rooms. An anteroom designed to provide an ‘air-lock’ (no mix of air) between the infectious patient and the common space is placed adjacent to the patient room. The air would flow from the anteroom to the isolation room. Recirculation of exhausted air is discouraged. The exhaust air should be directed to outside, away from air-intakes and populated areas. However, where recirculation may be deemed acceptable, HEPA filters (99.97% @ 0.3 μm DOP) capable of removing airborne contaminants on the supply side must be incorporated. The supply air should be located such that clean air is first passed over the staff/other occupants and then to the patient.

In Class P rooms can be either 100% fresh air or can use re-circulated air usually a 60/40 mix of outdoor air/ re-circulated air. The supply air should be located such that clean air is first flows across the patient bed and exits from the opposite side of the room. Air distribution should reduce the patient’s exposure to potential airborne droplet nuclei from occupants. Positive pressure rooms may share common supply air systems

Emergency Rooms and Reception Areas The likelihood of airborne contaminants leaving these rooms is reduced by keeping these rooms under negative pressure, relative to surrounding areas. Air is exhausted from these rooms either directly to the outside or through high efficiency particulate air (HEPA) filters.

Anterooms If space and budget permit, an anteroom should be pro- vided between the negative/positive pressure isolation room and the corridor It is always recommended for both positive and negative isolation rooms for three main reasons: • To provide a barrier against loss of pressurization, and against entry/exit of contaminated air into/out of the isolation room when the door to the airlock is opened. • To provide a controlled environment in which protective garments can be donned without contamination before entry into the isolation room. • To provide a controlled environment in which equipment and supplies can be transferred from the isolation room without contaminating the surrounding areas.

Fire Plan • As per fire safety manual, the isolation suite is intended to be built as a single fire compartment. The positive pressure in the lobby will detect smoke originating in the corridor from entering the room. Smoke from a fire in the room will be contained within the suite and extracted via the en-suite extract. Because of this the ventilation system serving the isolation facility should be kept running in the event of a fire. • Ductwork thickness should be such that ducts can be considered an extension of the isolation suite. Fire dampers, where the ducts penetrate walls and floors will not then be required. • A motorized smoke/fire damper should be fitted at the discharge of the supply air handling unit (AHU). The damper should close in the event of an AHU or intake fire under the control of a smoke detector mounted in the AHU.

About Us –

First Choice Healthcare Consultancy  is a consultancy that helps our clients drive growth, enhance performance and sustain leadership in the markets they serve. We partner with them to develop strategies and implement solutions that enable the transformative change our clients need to own their future.

First Choice Healthcare Consultancy operates by bringing together a team of qualified multidisciplinary consulting professionals who offer their expertise in healthcare management and leadership to assist our clients in designing, developing, and implementing innovative and customized solutions that would deliver a proven approach to long-term sustainable results.

[utopiasingapore]

Significance of Cleanroom And Equipment in the Medical Segment

Clean rooms in the Medical sector are mainly designed with an intention to control or manage airborne particles and microbes from entering into the designated treatment area like operation theatres and laboratories. Specifically their bio-burden levels and the bacteria existence levels on the particular surface must be analysed and managed accordingly. All the same the specific regulations that are applicable to the medical device manufacturers have also been on the rise in the recent years. In this regard the class III medical devices, which mean the ones that are intended to be implanted into the human body in order to endure certain systems, must be stringently managed and controlled. Medical sector clean rooms are particularly gauged for certain criteria which are usually carried out by the authorized agencies that are entrusted and authorised to monitor the level of cleanroom and its equipment. 

Even though it is the health regulatory government department that holds the absolute authority, there are some private agencies which have been authorised to carry out such inspections on behalf of the government bodies. Determination and the classification of clean rooms are done according to the specific standards that are prescribed specially for medical device manufacturing companies. Medical devices in general are manufactured and assembled in a controlled and well managed clean room environment. The main objective of medical devices and equipment is to help patients and assist them to prevent or get fast relief from illness whether physical, physiological or orthopedic. Since the medical equipment must be of highest standards with respect to their hygiene and cleanness and must also be free from bacterial contamination, clean rooms that are used in during the production plays a major and key role in the process.

Nevertheless there are organizations like Utopia, which provide excellent services in this sector and help the client to set up cleanroom environments and also provide them with the latest state of the art equipment for their daily activities. Following the norms and going by the regulations set in by the authorized bodies, Utopia provides the best hospital, medical, surgical, and other allied hospital and healthcare equipment such as beds, stretchers, bio-fit chairs, operation theater equipment, HVAC equipment, and other related cleanroom equipment. With a widespread network of over 10 global geographic locations the company has made an impact on the sector to a great extent. Providing specialised equipment like the cleanroom air shower, clean bench, HEPA filter, Cleanroom teardrop lighting and so on, Utopia has been considered as one of the best cleanroom equipment provider.

In Order To Find Out More Details On Cleanroom Equipments Please Be Touch With Us Today Onwards..!

[larebomrglobal]

US Split Air Conditioning Market Size, Industry Trends, Share and Forecast 2019-2025

The US Air Conditioning Market is forecast to show a modest growth rate at a CAGR of 3% during the forecast period. The major driving factors which contribute to the growth of the air conditioning market in the US are global warming and high living standards. Air conditioners have become a part of every household due to adverse climatic changes. In 2018, more than 80% of the household population has air conditioners installed in their house. The ability to spend on luxurious items is also providing a significant market for the country. Other factors which contribute to the growth of this market is the rising demand for a commercial building with benefits of packaged air conditioners, rising environmental concerns which demand energy-efficient and green ACs. Rising the adoption of smart ACs for expected will create a new opportunity for the market.  

Request a Free Sample of our Report onUS Air Conditioning Market https://www.omrglobal.com/industry-reports/us-air-conditioning-market

The US Department of Energy’s (DOE) new compliance guidelines aimed to offer the largest energy-saving standard that is impacting the commercial heating and cooling industry. In 2015, the new standards were announced and enforced on January 1, 2018. These standards have changed the development process of commercial rooftop air conditioners, heat pumps and warm-air for low-rise buildings such as retail stores, educational facilities for and mid-level hospitals. New DOE HVAC (Heating, Ventilation, and Air Conditioning) standards will include the parameters sets for refrigerant use in the US that relate to HVAC certification. In 2017, due to dangerous carbon emissions industry use of hydrofluorocarbons was phased out. DOE HVAC standards also limit the use of The ability zone-depleting the  (ODS) such as hydrochlorofluorocarbons (HCFCs), chlorofluorocarbons (CFCs) and now HFCs.  

A full Report ofUS Air Conditioning Market is Available at: https://www.omrglobal.com/industry-reports/us-air-conditioning-market

US Air Conditioning Market Segmentation

By Application

Residential

Commercial

Industrial

Healthcare

Institution

Automotive

Others

By Type

Splits

Rooftop

Indoor Packaged

Chillers

VRF

AHU/FCU

By Refrigerant Type

HCFC

HFC

HFO

Natural Refrigerant

Company Profiles

American Standard Inc.

Goodman Manufacturing Co. (Daikin Group)

Johnson Controls International PLC

Lennox International Inc.

Maytag Corp.

Nortek, Inc.

Rheem Manufacturing Co.

The Whirlpool Corp.

Trane Inc.

United Technologies Corp.

Visteon Corp.

For More Customized Data, Request for Report Customization @ https://www.omrglobal.com/report-customization/us-split-air-conditioning-market

About Orion Market Research

Orion Market Research (OMR) is a market research and consulting company known for its crisp and concise reports. The company is equipped with an experienced team of analysts and consultants. OMR offers quality syndicated research reports, customized research reports, consulting and other research-based services.

For More Information, Visit Orion Market Research

Media Contact:

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Contact Person: Mr. Anurag Tiwari

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[modular-hospital-equipment]

Modular Operation Theatre | Modular OT | Advance Modular OT

The modular operation theatre is an innovative concept in which all the latest technology has been introduced to ensure that patients receive the best possible surgical treatment. This includes OT table, laminar airflow and purifying air in the OT with AHU and HEPA filters. No Compromise Quality Highly of surgical treatment.

Altos Engineers provides modular operating theaters in specialty hospitals which are state-of-the-art. Each is equipped with anesthesia equipment that is geared towards excellence. They also have cold operating lighting fixtures and a high efficiency air filtering system.

The operating rooms are equipped with strong methods of infection control and prevention. They are staffed with anesthesiologists and technicians as well as nurses. These procedures are designed to ensure the best possible protection for patients during and after an operation.

The modular operating theater that meets these conditions is made up of wall, ceiling, and slanted panel, and can incorporate not only electrical equipment but also medical gas systems, lighting gears, and all other necessary equipment and functions.

Modular Operation Theatre Characteristics

Micron filters at 20, 10, 3 and 0.3 microns. Design according to NABH standards for HVAC systems in the Class 100 to 10,000 range

LAF HEPA bed is made from stainless steel and aluminum.

Control panel for the surgeon.

Cleanroom partition wall/ceiling with various cleaning puffs

Partition SS puff SS puff partition.

Puff partition coated with GI powder.

Epoxy/polyurethane (PU) flooring.

The pass box and the view panel are included.

Modular Operation Theater are designed by manufacturers who create innovative Modular OT. These Modular OT can increase patient safety and treatment effectiveness. These sophisticated operation theatres are designed to offer the maximum flexibility while operating.

The modular operation theatres adhere to the National Association of Business and Health's (NABH) requirements.

[james-smith-32-blog]

Global Air Filters Market is projected to cross USD 12.9 billion by 2023 - Techsci Research

Green Building initiatives in North America is motivating filter purchasers to install highly efficient air filters in commercial and institutional facilities for energy conservation, sustainable building design, and occupant health and productivity. Monitoring dust and microbial contamination has been a major concern for healthcare institutions. Increasing number of modern hospitals equipped with HEPA & ULPA filters across North America is driving the growth of air filters market across the region.

According to TechSci Research report “Global Air Filters Market By Type (Medium Efficiency, HEPA, Low Efficiency, Gas Phase & Others), By End Use (Automotive, Commercial, Residential & Others), By Application, By Demand, By Region, Competition Forecast & Opportunities, 2013 – 2023” Medium efficiency filters are the most popular air filters across North America owing to their ability to filter majority of indoor air particulates that prevents from various long-term respiratory problems. They also are inexpensive and easily serviced.

The report also highlights that HEPA is emerging as a promising segment across North America air filters market in commercial and residential sectors and shows the fastest growth in revenues. Ability to remove 99.97% of air-borne dust particles, improved efficiency as compared to other air filters, along with growing incidence of air borne diseases and expanding economy are positively influencing demand for HEPA filters in North America.

Browse 138 market data Figures and Tables spread through 208 Pages and an in-depth TOC on   "Global Air Filters Market"

Download free Sample Report @ https://www.techsciresearch.com/sample-report.aspx?cid=3479

Customers can also request for 10% free customization on this report.

Owing to the higher demand for commercial vehicles across the region along with increasing utilisation of heavy trucks in construction activities causing a surge in demand of air filters in the automotive sector. Easy affordability of modernized residential spaces with better Indoor Air Quality by prosperous middle-class population in North America has provided great impetus to real estate development, which is increasing the demand for air filters in this sector.

Despite the fact that gas turbine plants have been one of the major application areas for air filters in North America, the gas turbine industry has been impacted by declining shale gas industry over last few years. Also, shift from conventional units towards centralized HVAC has increased penetration of HVAC systems in the region thereby maturing HVAC air filtration market across the region.

In order to ensure the efficiency of Air Handling Units (AHUs), periodic replacement of air filters is favoured in comparison to replacing the whole unit as installation of new equipment is an expensive and tedious task. Frequent clogging of air filters in industrial as well as residential sectors due to increasing dust contamination in the air is forcing the demand for air filters replacement.

Several leading air filter manufacturers are undergoing mergers & acquisitions in their quest to expand their presence across the globe. In May 2018, Camfil AB acquired the UK group of companies Bushbury Holdings to increase its product portfolio. In October 2017, Camfil AB also acquired Spanish company Servifiltro to increase its reach in the Spanish market. In March 2017, Ahlstrom Corporation merged with Munksjo Oyj. Further, in February 2017, Parker Hannifin acquired leading filtration company Clarcor Inc., as a part of their filtration group.

TechSci Analysts highlights that within semiconductor manufacturing, various processes such as frontend advanced production methods demand very clear supply. Further, airborne molecular contamination (AMC) is a major issue for all advanced microelectronic labs. Companies such as Camfil have HEPA and ULPA furnace filters that protect wafers and semiconductors, hard disk drives, printed circuit boards, flat panel displays and solar panel from pollutants, which is anticipated to steer the demand for air filters in the global microelectronics industry.

For more details @ https://www.techsciresearch.com/report/global-air-filters-market/3479.html

“Global Air Filters Market By Type (Medium Efficiency, HEPA, Low Efficiency, Gas Phase & Others), By End Use (Automotive, Commercial, Residential & Others), By Application, By Demand, By Region, Competition Forecast & Opportunities, 2013 – 2023” has evaluated the future growth potential of air filters market and provides statistics and information on market size, structure and future market growth. The report intends to provide cutting-edge market intelligence and help decision makers take sound investment decisions. Besides, the report also identifies and analyzes the emerging trends along with essential drivers, challenges and opportunities.

About TechSci Research

TechSci Research is a leading global market research firm publishing premium market research reports. Serving 700 global clients with more than 600 premium market research studies, TechSci Research is serving clients across 11 different industrial verticals. TechSci Research specializes in research based consulting assignments in high growth and emerging markets, leading technologies and niche applications. Our workforce of more than 100 fulltime Analysts and Consultants employing innovative research solutions and tracking global and country specific high growth markets helps TechSci clients to lead rather than follow market trends.

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[millionmarketresarch-blog]

Air Handling Unit Market Scope, Business Growth Factors, Industry Policies And Forecast Till 2025

09th October 2018: Global Air Handling Unit Market is expected to grow at a significant CAGR in the upcoming years as the scope, product types and its applications are increasing across the globe. Air Handling Unit (AHU) is used to filter, circulate air, and as a part of HVAC equipment. The function of Air Handling Unit (AHU) is to take in outside air, condition it, and circulate fresh air within the building. The Air Handling Unit (AHU) comprises ventilators for supply, and exhaust cooling coils, air filter racks, heating coils, mixing chambers, sound attenuators, heating/cooling recovery systems, and dampers. Air Handling Unit Market is categorized based on product Capacity, applications, and geography

Browse Full Research Report @ https://www.millioninsights.com/industry-reports/air-handling-unit-market  

Air Handling Unit Market is categorized based on Types such as Packaged, Custom, Modular, DX Integrated, Rooftop Mounted, Low Profile (Ceiling), Others. Air Handling Unit Industry is categorized based on Capacity into ≤ 5000 m3/h, 5001–15000 m3/h, 15001–30000 m3/h, 30001–50000 m3/h, ≥ 50001 m3/h. The Market is categorized based on application into Commercial, Residential. Air Handling Unit Market is categorized based on geography into Asia Pacific (China, India, ASEAN, Australia & New Zealand), Japan, Middle East and Africa (GCC countries, S. Africa, Rest of MEA), North America (U.S., Canada), Latin America (Brazil, Rest of Latin America), Western Europe (Germany, Italy, France, England, Spain, Rest of Western Europe), and Eastern Europe (Poland, Russia, Rest of Eastern Europe).

The APAC has been at the forefront with regards to Air Handling Unit Market and will continue to rule the roost in the years to come due to increased economic growth rate and huge investments in various domains such as buildings, construction, Data center, and Hospitals. Some of the key players that fuel the growth of the Air Handling Unit Industry include Midea, MODINE MANUFACTURING COMPANY, Euroclima, Lennox International, Sabiana, VTS Group, TROX, Vortice, DencoHappel. The key players are focusing on inorganic growth to sustain themselves amidst fierce competition. As such, mergers, acquisitions, and joint ventures are the need of the hour.  

Get a Sample Copy of This Report @ https://www.millioninsights.com/industry-reports/air-handling-unit-market/request-sample     

[latestmarketreport]

Air Handling Unit Market Research Report 2025 by Status and Outlook for Major Applications and Future Trends

5th September, 2018 - Air Handling Unit Market is expected to grow at a significant CAGR in the upcoming years as the scope, product types and its applications are increasing across the globe. Air Handling Unit (AHU) is used to filter, circulate air, and as a part of HVAC equipment. The function of Air Handling Unit (AHU) is to take in outside air, condition it, and circulate fresh air within the building. The Air Handling Unit (AHU) comprises ventilators for supply, and exhaust cooling coils, air filter racks, heating coils, mixing chambers, sound attenuators, heating/cooling recovery systems, and dampers. Air Handling Unit Market is categorized based on product Capacity, applications, and geography.

Request a Sample Copy of This Report @ https://www.millioninsights.com/industry-reports/air-handling-unit-market/request-sample

Air Handling Unit Market is categorized based on Types such as Packaged, Custom, Modular, DX Integrated, Rooftop Mounted, Low Profile (Ceiling), Others. Air Handling Unit Industry is categorized based on Capacity into ≤ 5000 m3/h, 5001–15000 m3/h, 15001–30000 m3/h, 30001–50000 m3/h, ≥ 50001 m3/h. The Market is categorized based on application into Commercial, Residential. Air Handling Unit Market is categorized based on geography into Asia Pacific (China, India, ASEAN, Australia & New Zealand), Japan, Middle East and Africa (GCC countries, S. Africa, Rest of MEA), North America (U.S., Canada), Latin America (Brazil, Rest of Latin America), Western Europe (Germany, Italy, France, England, Spain, Rest of Western Europe), and Eastern Europe (Poland, Russia, Rest of Eastern Europe).

 The APAC has been at the forefront with regards to Air Handling Unit Market and will continue to rule the roost in the years to come due to increased economic growth rate and huge investments in various domains such as buildings, construction, Data center, and Hospitals. Some of the key players that fuel the growth of the Air Handling Unit Industry include Midea, MODINE MANUFACTURING COMPANY, Euroclima, Lennox International, Sabiana, VTS Group, TROX, Vortice, DencoHappel. The key players are focusing on inorganic growth to sustain themselves amidst fierce competition. As such, mergers, acquisitions, and joint ventures are the need of the hour.

 Browse Full TOC of This Report @ https://www.millioninsights.com/industry-reports/air-handling-unit-market

[utopiasingapore]

Medical And Cleanroom Supplies; Products, Trends And Technologies

Equipment and devices that are extensively used in hospitals and cleanrooms are manufactured and tested under very stringent and strict environments that are almost graded at zero level contamination. Discussing about the infrastructure and the maintenance of the environments where these are designed and developed, it is quite a vast sector and is not as simple as it sounds, but on the other hand involves a lot of high level and advanced technological skills and expertise. While the manufacture involves such a high graded skills so is its supplies and maintenance. Equipments used in the medical sector are sophisticated and complex instruments and require a well organised and hi-tech expertise to handle as well as maintain. Equipments like the patient monitors help to keep precise trail of a patient’s state of health. These kinds of patient monitors are mandatory in a hospital or a medical care unit. Devices like the defibrillators are generally used to regulate and control the condition of heart fibrillation, back to normal preferably soon after a heart attack through a regulated and controlled shock. In conditions like cardiac arrhythmia, tachycardia, devices like the defibrillators are very essential. Likewise ventilators are such equipment that enables pure, fresh air into the lungs, in order to ease breathing in a patient with breathing difficulties. Being life critical systems, they must be highly reliable and perfect. Infusion pump to instil fluids and other vital medication, syringe pump, and similar devices also play a very important role in the critical health care units. Operation theatres are those areas where maternity and general surgery cases are carried out. In these locations the essentials that play a major part of the activity are, surgical lights, that supports through a surgery, surgical tables, particularly used in the operation theatres. Another very important apparatus is the anaesthesia machine, which provides oxygen and nitrous oxide mixed accurately, and finally the suction apparatus that is used to eradicate possible secretions from the body while it is being operated on. One more important and significant equipment that is a must in the healthcare sector is the sterilizer or the autoclave that helps in eradicating harmful microbes, like bacteria, viruses and similar spores. Establishments like the Utopia Group of Companies / Utopia-Aire Pte Ltd has been providing services in supply of medical and cleanroom equipment since its humble inception in the year 1980. Today with a 100 plus staff is one of the pioneers in the field of supply, service and maintenance of medical equipments and cleanroom equipment. In Order To Find Out More Details On Cleanroom Products Please Be Touch With Us Today Onwards..!