สำหรับวีดีโอนี้เราได้อธิบายถึงระบบระบายอากาศที่เรียกว่า Exhaust Passive Ventilation ระบบหรือแนวทางที่จะทำให้บ้านของคุณมีอากาศที่สดชื่นอยู่เสมอ โดยกำจัดความชื้นและสารปนเปื้อนทั้งหมดที่เกิดขึ้นในบ้านของคุณ และแทนที่อากาศเสียด้วยอากาศที่สะอาด ในหลายๆเมืองอากาศภายนอกจะมีมลพิษมาก ตัวอย่างเช่น มลพิษจากฝุ่นละอองขนาดเล็ก PM2.5 แต่เมื่อคุณติดตั้งช่องนำเข้าอากาศ Passive Inlets ของเราที่มาพร้อมกับตัวกรอง PM2.5 จะทำให้คุณมั่นใจได้ว่าฝุ่นละอองจะถูกกรองก่อนเข้าสู่บ้านของคุณ และเมื่อคุณติดตั้งพัดลมดูดอากาศในห้องน้ำ (เพื่อประสิทธิภาพสูงสุดควรใช้รุ่นที่สามารถทำงานได้อย่างต่อเนื่องและมีเซ็นเซอร์ความชื้นและกลิ่น) พัดลมจะทำให้บ้านของคุณมีอากาศหมุนเวียนอยู่เสมอและคุณจะได้รับอากาศที่สะอาดจากช่องระบายอากาศแบบ Passive ที่ติดตั้งในห้องนอนและห้องนั่งเล่น ใช่! หากคุณต้องการแนวทางแก้ปัญหาสำหรับบ้านของคุณ – คุณสามารถสั่งซื้อได้ที่ www.ventprothailand.com หรือติดต่อเรา • (+66) (0) 32 902 208 • (+66) (0) 86 165 53 35 • Email: email@example.com • Line: @ventprothailand • Facebook: ventprothailand In This Video we explain Exhaust Passive Ventilation, a way to get fresh air in to your home and take away the moister and all the contaminants generated in your house and replace dirty air with clean air. In many cities the outside air is polluted example with PM2.5. Our Passive Inlets have a PM2.5 filter so the air is fresh and clean when entering your home. When you use an Exhaust fan installed example in a bathroom (preferable one that can work in continues speed and have humidity and smell sensors) then the clean air will take the way into your home from the Passive Vents installed in your bedroom and living room. YES! I want this solution for my home – Order it here www.ventprothailand.com Or contact us: • (+66) (0) 32 902 208 • (+66) (0) 86 165 53 35 • Email: firstname.lastname@example.org • Line: @ventprothailand • Facebook: ventprothailand
Save energy without compromising the indoor climate Naturally we want the rooms we use to be ventilated and fully air conditioned for the best comfort and health. However, in most rooms the level of activity varies over the day, which means we frequently ventilate empty rooms as if they were fully occupied. Research in e.g. schools show that the degree of occupation in different types of spaces is generally low, which means a system that adapts the ventilation and air conditioning according to the demand can save up to 80% of the fan energy and 40% of the heating and cooling energy. Furthermore, the system usually requires smaller ventilation units and chillers, which reduces investment costs. The same applies to many other types of premises, for example, offices, housing and hotels. What do DCIC, DCV, VAV and CAV mean? A number of concepts are used to describe the different principles of ventilation control. It may be difficult to distinguish between them, but in general they can be described as points on a scale, from basic to advanced: DCIC (Demand Controlled Indoor Climate), with the new generation of WISE a complete demand controlled solution can be offered. Not just for ventilation, but for the whole indoor climate, with unbeatable possibilities to combine airborne and waterborne products. DCV (Demand Controlled Ventilation), system with several different operating modes which adapts the air flow and temperature depending on the demand and occupancy status in the room. VAV (Variable Air Volume), system with a basic form of demand control where the air flow is adapted according to e.g. the temperature or air quality. CAV (Constant Air Volume), the simplest type of system, without demand control, with constant air flow in the premises. In general terms, it is possible to attain greater energy savings and an improved indoor climate with a more advanced system. Of course, there are also applications where the more basic systems work perfectly. VentPro therefore offers suitable products and control systems for each level. With the new generation of WISE you can also manage different levels in one and the same control system! Contact VentPro for more information....click here
Download. VentPro Table Air Filter CLASSIFICATION Arrestance or Dust Spot Efficiency US ASHRAE 52.2 European Union EN779 Class Typical Controlled Contaminant Application PRE Filter (G Class) AFI <65 % MERV 1 G1 Am< 65% Particle bigger than 10.0µm （Pollen） （Spanish moss） （Dust mites） （Sanding dust） （Spray paint dust） （Textile fibers） Gross filter, domestic and commercial AFI 65%-70% MERV 2 G2 65%≦Am< 80% AFI 70%-75% MERV 3 AFI 75%-80% MERV 4 AFI 80%-85% MERV 5 G3 80%≦Am<90% Particle size within 3.0µm-10.0µm (Mold） (Spores） (Hair spray） (Cement dust） (Snuff） (Powdered milk） Commercial, industrial, paint shop AFI 85%-90% MERV 6 NBS 25%-30% MERV 7 G4 90%≦Am NBS 30%-35% MERV 8 MEDIUM Filter (F Class) NBS 40%-45% MERV 9 F5 40%≦Em< 60% Particle Size within 1.0µm-3.0µm (Lead dust） (Milled flour） (Coal dust） (Auto emissions） (Nebulizer drop） (Welding fumes） IAQ concerned commercial & industrial, medical NBS 50%-55% MERV 10 NBS 60%-65% MERV 11 F6 60%≦Em< 80% NBS 70%-75% MERV 12 NBS 80%-85% MERV 13 F7 80%≦Em< 90% Particle size within 0.3µm-1.0µm (All bacteria） (cooking oil） (Most smoke） (Copier toner） (Most face powder） (Most paint pigments） IAQ concerned commercial, industrial, medical, food etc NBS 90%-95% MERV 14 F8 90%≦Em< 95% NBS>95% MERV 15 F9 95%≦Em MERV 16 CLASSIFICATION Mean Fractional Efficiency IEST RP-CC001.3 European Union EN1822 Class Typical Controlled Contaminant Application HEPA Filter (H Class) ≧95% at 0.3µm n/a H10 ≧85% at MPPS Particle size bigger than 0.3µm (Virus [unattached]） (Carbon dust） (Sea salt） (All combustion smoke） (Radon progeny） All types of cleanrooms ≧98% at 0.3µm H11 ≧95% at MPPS ≧99.97% at 0.3µm TYPE A ≧99.99% at 0.3µm TYPE C H12 ≧99.5% at MPPS ≧99.995% at 0.3µm H13 ≧99.95% at MPPS ≧99.999% at 0.3µm TYPE D H14 ≧99.995% at MPPS ULPA Filter (U Class) ≧99.9995% at 0.12µm TYPE F U15 ≧99.9995% at MPPS Particle size bigger than 0.12µm super cleanroom ≧99.99995% at 0.12µm U16 ≧99.99995% at MPPS ≧99.999995% at 0.12µm U17 ≧99.999995% at MPPS Note : 1. AFI : American Filter Institute 2. NBS : National Bureau of Standards 3. ASHRAE : American Society of Heating Refrigerating & Air-conditioning Engineers 4. MERV : Minimum Efficiency Reporting Value 5. MPPS : Most Penetrating Particle Size 6. HEPA : High Efficiency Particulate Air Filter 7. ULPA : Ultra Low Penetration Air Filter 8. Am : Average Arrestance Efficiency for Coarse Filters 9. Em : Average Efficiency for Fine Filters 10. IEST : Institute of Environmental Sciences and Technology
We get this question asked periodically so below, we offer a simple explanation What is ventilation? By definition, ventilation distribute fresh air to a room, or building and exhaust “bad” air out from your room or building. To the incoming air (supply air) there is different options to filter the air (as today in many cities the air outside is polluted) before it is entering your room or building. Air filtration captures air particles at the source through specialized filters, for deeper reading about filters click here…Eurovent Air Filters Guidebook Air filters are essential in ensuring a good indoor air quality, which evidently increases productivity levels, reduces health risks, and provides for a good level of comfort. Simply put, ventilation is there to provide a good IAQ (indoor air quality). Normally this is measured in CO2/VOC (Volatile Organic Compound) concentration, oxygen level, temperature, humidity, etc. within the building, or facility. There are several types of ventilation systems: natural, mechanical and hybrid or "mixed–mode", and all with different degrees of airflow. Air Purification Defined Air purification is the process of sanitizing the air by neutralizing airborne toxins (gases and off-gassing, bacteria, viral or fungal matter, toxic pathogens, etc.). Air purification uses a different method than an air filter (example air filters in ventilation) to purify the air of toxins. Instead of simply trapping airborne particles within the mechanism of a tangible filter, an air purifier emits something to kill, neutralize, transform or otherwise render airborne toxins harmless. There are various air purification systems available. Some are better at purifying than others, and some systems are safer to use than others. Conversely, a purifier detoxes the existing air, making it supplementary to a ventilation system—not substitutional. One main distinction between air purifier and ventilation is that air filtration doesn't bring in the needed fresh air (oxygen) to a building; ventilation does that. Regardless how efficient the purification system, homes need a fresh air supply. VentPro ventilation solutions do exactly this: they exhaust old air and bring in new fresh and clean air. We want to create an airflow between the outside and inside, using a variety of components and technologies to regulate it. Without ventilation, modern homes trap too much humidity and pollutants. This can contribute to mold and mildew growth over time. Of course, using both an air purifier and a ventilator will result in the highest quality air inside your home. Not only will the air be free from contaminants, but it will also be fresh and healthy. Contact VentPro we are here to help you out! ERV Ventilation Exhaust Passive Vent Ventilation
According to institute like World Health Organization (WHO) the air indoors is worse than outdoors! This days in urban cites like Bangkok the PM 2.5 (Particle Matter) have periodic time a high unhealthy level of PM 2.5. This air we don’t want to take in to our home and if we have closed windows and no fresh air coming into our homes the indoor air will quick be unhealthy. Air pollution levels remain dangerously high in many parts of the world. New data from WHO shows that 9 out of 10 people breathe air containing high levels of pollutants. So, what can you do to make your indoor air healthier and better? One good way is to create ventilation in your home, ventilation means that you create an air flow in your home and change the air inside. A good rule is to change it 1 time every 2ndhour (0.5 air change per hour). How can you do that? In this article I will take up 2 ways to do it but if you are interested to know more you can read this article https://ventprothailand.com/whole-house-mechanical-ventilation/ The air we take in from outside needs to be filtrated so for example we don’t take in the polluted air with PM 2.5. One way to do that is to use Passive Wall Vents (make up air inlets) that have a PM 2.5 filter. The passive wall vents with PM2.5 flimmer filter you install in your bedrooms, living room and common area. Normally it is one in bedroom area as one passive wall vent with PM 2.5 flimmer filter can take in air for 15-20 m2 so in bigger rooms like your living room you need to install more. To this you need an exhaust fan that you install usually in bathrooms. The exhaust fan operates either continuously or intermittently to exhaust stale air and moisture generated in those rooms. This strategy creates a modest negative pressure in your home, and that pulls in fresh air from the passive wall vents. An advantage of this strategy is simplicity and low cost. TH means it have sensor for humidity (H) and timer (T). When humidity rise example when you take a shower the fan starts automatic and will not turn off until the humidity level is down to your settings. Timer enables the fan operation within 2-30 minutes after the exhaust fan is switch off. Have a continuous operation at low speed and low energy, when ex humidity rise it goes up to full speed. This to exhaust the humid air as quick as possible and then down to load speed again. Check out Ventpro exhaust fans models here... Balanced ventilation with energy recovery A balanced ventilation system has two fans: one bringing outside air into the building, and the other exhausting stale interior air. It filters both air streams, example incoming air is filtered with a G4 and a F7 filter and exhausting air with an G4 filter. This prevent example PM2.5 entering your home. You get fresh and clean air in your home. In balanced ERV ventilation systems, heat and moisture are exchanged between the two airstreams (the two air streams don't mix), reducing the heating and cooling loads caused by outside ventilation air. ERV deliver fresh air through duct pipes to spaces that are most lived in (living room, bedrooms, etc.) and exhaust indoor air from places where moisture or pollutants are generated (bathrooms, kitchen, laundry room). This is a great way to ventilate a home. It's also more expensive than the ones above but you get a controlled airflow for your home. If budgets allow, going with balanced ventilation is recommended. Contact us and we will help you out! Links to read more about air pollution WHO South East Asia Breathelife2030 – solutions in cities around the world
PM 2.5 FLIMMER®FILTER HIGH PARTICLE SEPARATION FILTER. Unfortunately, the air that comes into our homes is not always “fresh”. Our homes are bombarded by traffic fumes, industrial emissions, impure air from neighbouring buildings, particles, pollen, bacteria and viruses. In many cases, the air needs to be filtered before it enters into the home’s ventilation system. A "live" test with Fresh PM 2.5 Flimmer filter was done in Beijing China and Japan in a high polluted area. The Fresh PM 2.5 Flimmer filter was installed in Fresh Wall Vent Inlet a passive inlet that take in air into your home. PM 2.5 FLIMMER®FILTER China Fresh Wall Vent Inlet Fresh PM 2.5 Flimmer filter installed in Beijing, China 2006, Installed 2006 04 30 2006 05 10 2006 05 24 2006 06 05 2006 07 07 2006 10 20 (6 months) PM 2.5 FLIMMER®FILTER Japan The Flimmerfilter is a Swedish, universal patent filter, which is designed to provide a very high separation capacity on particles of all sizes and types. The Flimmerfilter is the first three- dimensional filter where separation is performed along the length of the fibres as opposed to conventional filters which essentially function like strainers, filtering the air through a barrier material. The Flimmerfilter has a very high separation capacity and effectively tackles particle problems in most homes. The PM 2.5 Flimmer Filter is also tested by Swedish Environmental Research Institute The PM 2.5 Flimmerfilter is a mechanical filter with an electrical charge that attracts air particles to the filter’s fibre threads. The statically charged fibres take out all kinds of particles, regardless of whether their charge is positive, negative or neutral. The Flimmer fibres have an electrically charged doublelayer that is fitted just under the surface of the filter, creating a very strong adhesive force. And because filtration is performed along the length of the filter, there is no risk of it clogging up like most conventional bag or barrier filters do - not even in the most contaminated of outdoor environments. Its design also gives you superb operating durability, and up to 2 years between filter changes (the exact replacement interval depends on the outdoor environment) and a low, almost constant pressure fall for the duration of service life. The Flimmerfilter is also 100% environmentally adapted, inflammable and thanks to the static electricity the dust adhesion is so high that filter changing is a completely dust-free process.