Presentation is loading. Please wait.

Presentation is loading. Please wait.

Air purification tech that pays Clean Air indoors.

Similar presentations

Presentation on theme: "Air purification tech that pays Clean Air indoors."— Presentation transcript:

1 Air purification tech that pays Clean Air indoors

2 Air purification tech that pays

3 Clean Air indoors healthy climate smart cost efficient A sound living environment is: Our air purification technology contributes to a sound living environment

4 Clean Air? hälsosam + small but health affecting amounts of particles, gases och microbes… Argon 0,93% Carbon dioxide 0,04% Oxygen 20,95% Nitrogen 78,08%

5 Clean Air? healthy 1 nm 10 nm 100 nm 1  m 10  m 100  m size SMOKE, SOOT, ASHES… DUST VIRUSBACTERIA POLLENS VOC, GASES SOLVENTS WARNING: Capture by lungs! Conventional filters Air Ionic air purification technology

6 Small particles Organic compounds Chemicals Bacteriae Virus Spores Tiredness Irritated breathing/eyes Allergies Asthma Illness healthy Clean Air?

7 Small particles Organic compounds Chemicals Bacteriae Virus Spores Alertness Zeal Better sleep Improved health healthy Clean Air!

8 Climate Smart Reduced energy consumption Reduced dimensions of vent ducts and fans Less CO 2 emission Less waste of limited resources climate smart

9 Increased recirculation of indoor air Heat exchangers redundant Lower pressure drop Reduced energy costs Less heating Less electricity Less cooling …and less noisy cost efficient

10 Lower Cost of Building Smaller vent ducts No heat exchangers Smaller fans Reduced investment when building cost efficient

11 Natural air cleaning process: Rain, waterfalls Shoreline Thunderstorms UV-light Radioactive background radiation, cosmic radiation Can be replicated: heating, radioactive radiation, electric discharge… Air Ionization technology

12 Sharp-point Ionization High voltage DC The sharp-point ionizer generates large volumes of primary ions which attract and combine with water molecules forming cluster ions. technology

13 O2-O2- O 2 - (H 2 O) n … Cluster ions attach to and charge small particles which in turn attach to each other, gradually forming larger particles Oxygen ions attract water molecules, forming cluster (hydrate) ions nm…  m… High concentration of primary oxygen ions technology Sharp-point Ionization

14 Filtering Particulate matter in the size range of  m and larger are captured by the filter because of size and electrostatic charge. The filter can be either a passive PPX TM - filter or an electrostatic filter. technology

15 DBD Ionization The DBD (dielectric barrier discharge) ionizer generates a balanced mix of negative and positive primary ions. technology

16 DBD Ionization H + (H 2 O) n, O 2 - (H 2 O) m … O2-O2- O2+O2+ N2+N2+ nm…  m… High concentration of negative and positive primary ions … These primary ions attract water molecules, forming various cluster (hydrate) ions Properly mixed these cluster ions interact to form reactive oxygen species which breaks down many volatile organic and chemical substances and microbs O 2 -, OH -, OH… technology

17 An Efficient Combination Re-circulation of clean air CLEAN AIR DIRTY AIR Sharp-point Ionizer Filter DBD Ionizer technology Control

18 Recirculation & Control technology

19 Recirculation & Control

20 It Works! Filtering of airborne particles in different sizes, ref: Indoor Air 2008; 18: 106–112 Cleaning efficiency [%] Particle diameter [  m] Ionization + filter Filter technology

21 Ref: Indoor Air 2008; 18: 106–112 Cleaning efficiency [%] Bakterier: technology It Works! 0 10 20 30 40 50 60 70 80 FilterFilter + Ionization B.Subtilis E.Coli Bacteriae

22 Ref: Dr. Stacy L. Daniels: On the Ionization of Air for Removal of Noxious Effluvia, IEEE Transactions on Plasma Science, vol. 30, No. 4, August 2002 ”CHEMICAL COMPOUNDS AMENABLE TO TREATMENT BY AIR IONIZATION” NamnFormel NamnFormel NamnFormel PhenanthreneC 14 H 10 CyclohexaneC 6 H 12 Methylene ChlorideCH 2 Cl 2 α-PineneC 8 H 19 n-Butyl AcetateC 8 H 12 O 2 TetrachloromethaneCCl 4 NaphatleneC 10 H 8 n-HeptaneC 7 H 16 EthaneC2H6C2H6 1,2,4- Trimethylbenzene C 9 H 12 AmmoniaNH 3 Nitric AcidHNO 3 LimoneneC 10 H 16 n-HexaneC 8 H 14 CFC-113C 2 Cl 3 F 3 p-XyleneC 8 H 10 AcetaldehydeCH 3 CHO CFC-12CCl 2 F 2 StyreneC8H8C8H8 Methyl AcetatC3H6O2C3H6O2 OxygenO2O2 o-, m-XyleneC 8 H 10 n-PentaneC 5 H 12 Methyl CyanideC2H3NC2H3N Ethyl BenzeneC 8 H 10 Hydrogen SulfideH2SH2S Sulfur DioxideO2SO2S TolueneC7H8C7H8 Ethyl AlcoholC 2 H 5 OH Sulfuric AcidH 2 SO 4 CyclohexeneC 6 H 10 EthyleneC2H4C2H4 OzoneO3O3 ChlorobenzeneC 6 H 5 Cl ButaneC 4 H 10 MethaneCH 4 BenzeneC6H6C6H6 Methyl AlcoholCH 4 O WaterH2OH2O Nitric OxideNO FormaldehydeCH 2 O Hydrogen ChlorideHCl TetrachloroethyleneC 2 Cl 4 1,1,1- Trichloroethane C 2 H 3 Cl 3 Nitrous OxideN2ON2O TrichloroethyleneC 2 HCl 3 1,1,2- Trichloroethane C 2 H 3 Cl 3 HexaflouroethaneC2F6C2F6 Methyl Ethyl KetoneC4H8OC4H8O Carbonyl SulfideCOS Hydrogen CyanideHCN Nitrogen DioxideNO 2 PhosgeneCOCl 2 Carbon DioxideCO 2 1,2-DichloroethyleneC 2 H 2 Cl 2 Halon FC 12-BCClBrF 2 Carbon MonoxideCO OctaneC 8 H 18 Methyl ChlorideCH 3 Cl NitrogenN2N2 technology Example: C 10 H 8 + 12 O 2 → 10 CO 2 + 4 H 2 O It Works!

23 Dimensioning Addition of fresh:5 l/s (18 m 3 /h) per person air, (min.)0,35 l/s (1,3 m 3 /h), per m 2 yta Re-circulation: Up to 80% return air CO 2 level checked by sensor Air cleaning capacity:APS-7: 7000 m 3 /h (6 DBD-tubes, 12 sharp point brushes) Ion concentration:1500 – 3000 ions/cm 3 (Outdoor air: 300 joner/cm 3 ), technology

24 Desired particle Count? technology

25 Desired Ion Count? Russian standard: “Requirements for air ions content of housings where PCs and VDTs are used”: Ions per cm 3 N+ [/cm 3 ] N- [/cm 3 ] Minimum allowance400600 Optimum1500 - 30003000 - 5000 Maximum allowable50 000 technology

26 Ozone? No, our air purification technology produces no* or very little ozone. Arbetsmiljöverket (Swedish Work Environment Authority): ”The limit value for ozone exposure during one work day (8 hours) is 100 ppb. The limit value for 15 minutes of exposure is 300 ppb.” We’re not even close. * Detectable with advanced equipment only. technology

27 Carbon Dioxide? Not harmful other than in high concentrations but often used as an indicator of other pollutants Average concentration in athmosphere:  400 ppm Limit (as indicator, AFS 2009:2): <1000 ppm Limit (as pollutant, AFS 2005:17): <5000 ppm Security: A CO 2 -”guard” connected to a fresh air damper quickliy reduces the CO 2 -level when the desired limit is reached. technology

28 Carbon filters? Carbon-/HEPA-filter are efficient but generate a high pressure drop, are expensive and need to replaced often. Our technology is equally efficient, makes it possible to re-circulate air and costs far less in the long run. technology

29 Heat Exchangers? Substantial investment Need a lot of maintenance in order not to lose efficiency and spread odour… technology

30 Applications Air Ionic provide efficient solutions for most needs… schools hospitals industry workshops offices livestock farming applications

31 Product Range Air Purification Systems DBD Ionizers Particle Separators Air Purification Modules Electrostatic Filters Stand-Alone Air Cleaners products

32 APS Air Purification Systems Built into new or existent HVAC (ventilation) system Complete with particle separator, DBD Ionizers, return air damper and control system Scaleable – easy to dimension, install and maintain Dimensioned after duct size, air quality and air flow: APS-7< 7000 m 3 /h APS-14< 14 000 m 3 /h APS-21< 21 000 m 3 /h APS… products

33 RJA-6 DBD Ionizer DBD Ionizer featuring six individually powered DBD tubes Usually part of an APS air cleaning system Suitable for an air flow of up to 7000 m3/h under normal conditions products

34 APU-SF Particle Separator Sharp-point Ionizer and filter Depending on application, either PPX TM -filters or elctrostatic filters can be used Usually part of an APS air cleaning system Flexible dimensioning and installation – adapted after duct size, air quality and air flow products

35 APM Air Cleaning Module Compact air cleaning module suitable for smaller HVAC systems Complete with particle separator and DBD Ionizers Capacity:APM-1: < 200 m 3 /h APM-2: < 650 m 3 /h APM-3: < 2000 m 3 /h products

36 EFX Electrostatic Filters Electrostatic filters with pre-ionization Module-based system designed to replace conventional filters with a minimum of adaptive work May be part of an APS system Suitable for air flows > 500 m 3 /h products

37 APU-SA Stand-Alone Air Cleaner Stand-alone particle separator Compact and silent Designed for office premises and similar Maximum capacity: 400 m 3 air/h products

38 Simply a great deal: FEATURES  BENEFITS  VALUE ! Fewer airborne particles, VOCs and microbes Improved alertness/ health Higher working capacity Reduced sick leave Increased recirculation of indoor air Reduced need for heating/cooling, (Heat exchanger redundant) Reduced energy costs Reduced need for investments Less stress on environment Less noise Lower air flow and pressure drop in ventilation system Down-sizing of ventilation system (reduces gauge, fan power…) summary

39 Air purification tech that pays That you for you time! Air Ionic AB Krokslätts fabriker 30 SE-431 37 Mölndal Sweden +46 31 706 36 49

Download ppt "Air purification tech that pays Clean Air indoors."

Similar presentations

Ads by Google