공기청정기용미세먼지센서단체표준(안) -...

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  • 1. 공기청정기용�미세먼지센서�단체표준(안) ------ 1

    2. 미세먼지�유지용량�성능시험(안) ------ 11

    3. 실내공기청정기�단체표준�개정�안내 ------ 21

    4. 자동차용�캐빈필터�단체표준 ------ 33

    5. 공기청정기용�에어필터�단체표준(안) ------ 73

    6 에어필터�단체표준�시행�안내 ------ 89

    -� 목� 차� -

  • 한국공기청정협회�단체표준�공청회

    ▷�일시� :� 2017년� 09월� 21일(목)� 13:30� ~

    ▷� 장소� :� 한국공기청정협회�교육장

    ▷�단체표준명

    � � -� 실내공기청정기�단체표준

    � � -� 에어필터(고성능,� 일반공조�및� 환기용,� 자동차�캐빈필터,� 공기청정기용)� 단체표준

    ▷�프로그램

    구분 시간 내용 발표자

    등록�및� 접수 13:30� ~� 13:50 참가자�등록� 및� 접수

    인사말 13:50� ~� 14:00 단체표준�공청회�개최� 인사말차성일�전무

    한국공기청정협회

    [1부]

    실내공기청정기

    단체표준

    14:00� ~� 14:30 공기청정기용�미세먼지센서�단체표준(안)안강호�교수

    한양대학교

    14:30� ~� 15:00 미세먼지�유지용량�성능시험(안)박상균�선임연구원

    한국건설생활환경시험연구원

    15:00� ~� 15:20 실내공기청정기�단체표준�개정�안내서경호�과장

    한국공기청정협회

    15:20� ~� 15:40 질의응답�

    [2부]

    에어필터

    단체표준

    15:40� ~� 16:10 자동차용�캐빈필터�단체표준김연상�수석연구원

    한국생산기술연구원

    16:10� ~� 16:40 공기청정기용�에어필터�단체표준(안)노광철�대표

    에어랩

    16:40� ~� 17:00 에어필터�단체표준�시행�안내차성일�전무

    한국공기청정협회

    17:10� ~� 17:30 질의응답�

  • 공기청정기용�미세먼지센서

    단체표준(안)한양대학교�안강호�교수

    - 1 -

  • Hanyang University Nanoparticle Control Lab.

    Hanyang University Nanoparticle Control Lab.

    - 3 -

  • Hanyang University Nanoparticle Control Lab.

    Hanyang University Nanoparticle Control Lab.

    - 4 -

  • Hanyang University Nanoparticle Control Lab.

    Hanyang University Nanoparticle Control Lab.

    - 5 -

  • Hanyang University Nanoparticle Control Lab.

    Hanyang University Nanoparticle Control Lab. pNanoparticle Control

    - 6 -

  • Hanyang University Nanoparticle Control Lab.

    Hanyang University Nanoparticle Control Lab.

    - 7 -

  • Hanyang University Nanoparticle Control Lab.

    Hanyang University Nanoparticle Control Lab.

    - 8 -

  • Hanyang University Nanoparticle Control Lab.

    - 9 -

  • 미세먼지�유지용량�

    성능시험(안)한국건설생활환경시험연구원�박상균�선임연구원

    - 11 -

  • / / R&D

    Knowledge Creation Leader 2 - 13 -

  • Knowledge Creation Leader 3

    Knowledge Creation Leader 4

    - 14 -

  • Knowledge Creation Leader 5

    Knowledge Creation Leader 6

    - 15 -

  • Knowledge Creation Leader 7

    Loading

    ( Loading )

    Knowledge Creation Leader 8

    - 16 -

  • Knowledge Creation Leader 9

    ASHRAE 52.2

    y = -0.182x + 5.6244 R² = 0.7454

    0

    1

    2

    3

    4

    5

    6

    0 10 20 30

    (/m

    in)

    Loading (g)

    y = -0.0688x + 1.9363 R² = 0.8937

    0

    0.5

    1

    1.5

    2

    0 10 20 30

    ln(

    )

    Loading (g)

    Knowledge Creation Leader 10

    JIS 11

    y = -0.18x + 5.4168 R² = 0.8804

    0

    1

    2

    3

    4

    5

    6

    0 5 10 15 20 25 30

    (/m

    in)

    Loading (g)

    y = -0.0654x + 1.8754 R² = 0.9655

    0

    0.5

    1

    1.5

    2

    0 5 10 15 20 25 30

    ln(

    )

    Loading (g)

    .

    ASHRAE 52.2 JIS 11 .

    ASHRAE 52.2 /JIS 11 .

    Loading .

    - 17 -

  • Knowledge Creation Leader 11

    85 % Loading : 4.30 g Loading : 4.41 g ( , ) PM10 : 100 μg/

    100 μg/ : 122.7 ( : 6 /min)

    , , .

    Knowledge Creation Leader 12

    , - -

    - . -

    - (g or day etc.) - day ,

    - 18 -

  • Global Brand for Construction Materials, Consumer Goods and Environment Testing Lab. Enhancement of competitiveness, Focus on higher value, Global Standard

    www.kcl.re.kr More Information

    459-28 Gasan-dong, Geumcheon-gu, Seoul, 153-803, KOREA Tel : 82-2-2102-2719, E-mail : [email protected] Electric & Electronic Team (Wellbeing Home-appliance Part)

    www.kcl.r

    - 19 -

  • 실내공기청정기

    단체표준�개정(안)한국공기청정협회�서경호�과장

    - 21 -

  • - 23 -

  • - 24 -

  • - 25 -

  • - 26 -

  • - 27 -

  • - 28 -

  • - 29 -

  • - 30 -

  • - 31 -

  • 자동차용�캐빈필터

    단체표준한국생산기술연구원�김연상�수석연구원

    - 33 -

  • Air pollution and filtration

    Cabin filter

    Cabin filter

    Cabin filter

    Contents

    Air pollution and filtration

    - 35 -

  • Air pollution and filtration

    Contents

    Air pollution and filtration

    - 36 -

  • - 37 -

  • Filtration parameters

    ( d p )

    ( η )

    mechanism

    - 38 -

  • Effic

    ienc

    y

    Cost

    Dry laidCellulose

    Spun bond

    Meltblown

    Glass Blanket

    Micro glass Electrospun

    PTFE

    Multi-layer

    Nonwoven efficiency & cost

    Product Picture SEM Photo

    Glass fiber filtration

    - 39 -

  • H HC

    Fibers + water

    Fibers in suspension Web formation Drying

    C W

    Calendering

    Water

    Suction

    Screen mesh

    H H

    Wet laid filtration

    e-PTFE filtration

    - 40 -

  • e-PTFE membrane filtration

    Nano fiber filtration

    Pressure Drop : 13.7 mmH2O for electrospun filter

    : 37.0 mmH2O for glassfiber filter

    Weak tensile strengthMass production Limited polymerSolvent use…

    - 41 -

  • E nano fiber line

    Nano fiber filtration

    - 42 -

  • Electrostatic filter

    • Electrically Charged Fiber Filter

    - The charge on the fibers considerably improves the filtration efficiency without making any contribution to air flow resistance.

    - Wide use in situations where a high efficiency is required along with a low resistance, such as in respirator

    Melt blown

    Enhanced coronaCharging

    EnhancedCorona charging

    , , ,

    -Life time ---

    Cabin filter concept

    - 43 -

  • EN1822

    Cabin filter

    Contents

    - 44 -

  • filter (dust mask, medical mask, cleanroom mask)

    Air Filter( )

    filter bag Type, cartridge Type

    Pre Filter

    Medium Filter (I,II)HEPA(Separator Type, Pleat Type) FilterULPA Filter

    FilterFilter

    Filter

    ( . )

    filter

    filter

    filter

    filter

    Air filter unit

    o Cabin Air Filters. Simple particle filter. Combi-filter

    o Diesel Particular Filters. The most recent automotive filter . Euro 5 emissions requirement

    o Lubrication Filters. Spin-on type VS. Cartridge type. Full-flow filter vs. bypass filter

    o Engine Air Filterso Fuel Filters

    Automotive filters

    - 45 -

  • / / / -

    -

    -

    -

    filter (1)

    , 2003.11

    SBS , 2014.01

    1

    filter (2)

    - 46 -

  • Automotive filters markets

    Automotive filters volume

    - 47 -

  • Roll goods

    Car air conditioning system

    - 48 -

  • Kinds of cabin filter

    - 49 -

  • - 50 -

  • Melt blown filtration(1)

    Melt blown process(2)

    • Various properties of PP melt blown web on DCD

    Smallest pore diameter ( )

    Mean pore diameter ( )

    Bubble pore diameter ( )

    DCD 180 14.5493 14.8969 25.5385

    DCD 200 15.9896 16.2114 30.5287

    DCD 230 12.9832 17.1544 32.7901

    DCD 250 14.1883 17.5092 663.9853

    DCD 300 16.9302 20.0931 664.0486180 200 220 240 260 280 300

    2

    3

    4

    5

    6

    7

    8

    9

    Pres

    sure

    dro

    p (m

    mH 2

    O)

    DCD (mm)

    30LPM 90LPM

    180 200 220 240 260 280 30070

    75

    80

    85

    90

    95

    100

    Effic

    ienc

    y (%

    )

    DCD (mm)

    30LPM 95LPM

    DCD 180 DCD 200 DCD 230 DCD 250 DCD 300

    - 51 -

  • Electrostatic specification(3)

    Electrostatic specification(4)

    NET Type Melt Blown Type Electrostatic Filter Type

    - 52 -

  • Charged fiber & filter(5)

    (2000 )

    Carbon

    Dust

    (2005 )

    Foam , , Sorbent particlesAdhesive spots or fibers bond

    - AC

    Cabin combi filter (1)

    - 53 -

  • AC filter media(2)

    -

    [ ] : 5 ~ 10

    ( < 40Å )( 40~102Å ) ( 102~105Å )

    / (3)

    - 54 -

  • Activated carbon(4)

    Particle size( )

    BET surface area( /g)

    Microporevolume ( /g)

    Adsorption average pore diameter (A)

    S 790.8 1513.4938 0.419338 20.585

    D 598.8 1488.8425 0.21252 19.7134

    E 800.3 1549.4059 0.304295 21.8713

    100%90%

    2

    100% 10%

    Ag/Cu/Iodine/Chemical

    (5)

    - 55 -

  • Cabin combi filter (6)

    Combi filter (7)

    High bulky : First layerPleating filter : Second layer

    - Powder , suction Binder

    Sheath/core fiber bonding

    Thermal process

    filter unit - , - Pleating, unit

    -

    - 56 -

  • - Scattering . 20-100mesh scatter

    . 10gsm scatter . on line

    -(Needle punching, Thermal bonding)

    - Pleating M/C ( /tension/ )

    • specification- : 250 ℃

    - : 70kg/cm2

    - : 0.5mm - System : 3 roll system

    (2 steel, 1 coat roll)- width : 2.1m

    - 57 -

  • Combi filter

    Cabin combi filter

    - 58 -

  • Cabin combi filter

    • Frational Efficiency Filter Test (TSI 3160)- Efficiency & Penetration vs Particle size, ∆P- Particle generation

    . Aerosol : DOP, Paraffin, NaCl, KCl

    . Particle size : 0.01 0.8- Measurement of the efficiency

    . Condensation Particle Counter

    . Range : 0 99.999999%- Measurement of the pressure drop

    TSI 3160 fractional efficiency filter tester

    - 59 -

  • TSI 3160

    TSI 3160 fractional efficiency filter tester

    - 60 -

  • TSI 3160 fractional efficiency filter tester

    0.1 1

    100

    Efficiency(%)

    Size(um)0.1 1

    100

    Efficiency(%)

    Size(um)

    0.1 1

    100

    Efficiency(%)

    Size(um)0.1 1

    100

    Efficiency(%)

    Size(um)

    Cabin filter

    Contents

    Evaluation of automotive filters

    - 61 -

  • ,

    - 62 -

  • Cabin filter

    Cabin filter

    200-300mm

    20-40mm

    ※ Cabin Filter Unit size

    - 63 -

  • ( )

    - 64 -

  • Cabin filter

    1) ( )

    2)

    3)

    4)

    , (Pa) mmAq(= mmH2O) .1 Pa=0.10197 mmAq .

    , (%) .

    (300m3/h 2.5), , (g).

    (80ppm 95% ), ..

    duct part

    - 65 -

  • - 66 -

  • 1. conditioning- Cycle 3 5- 1 Cycle:

    1) 80 5 , 8hrs2) 38 , 90% 5%, 8hrs3) -40 5 , 8hrs

    - 30

    Cabin filter reliability test (pretreating)- chamber - graph

    - Cabin filter - Chamber monitoring

    - 67 -

  • DHC gas

    (300m3/h 2.5),

    (FMVSS 302)

    - 68 -

  • Class

    - 69 -

  • Data sheet (FMVSS 302)

    Cabin filter

    Contents

    - 70 -

  • 1) 2)

    3) 4)

    (particle filter)

    Good Bad

    - 71 -

  • (Gas filter)Good Bad Worst

    - 72 -

  • 공기청정기용�에어필터

    단체표준(안)에어랩�노광철�대표

    - 73 -

  • Creative Air Laboratory

    Creative Air Laboratory - 75 -

  • Creative Air Laboratory

    Creative Air Laboratory - 76 -

  • Creative Air Laboratory

    Creative Air Laboratory

    ≤ E2 ≤ ≤ E2 ≤ ≤ E1 ≤ E2 ≤ ≤ E1 ≤ E2 ≤ ≤ E1 ≤ E2 ≤

    1

    - 77 -

  • Creative Air Laboratory

    1

    Creative Air Laboratory - 78 -

  • Creative Air Laboratory

    2 , ,

    Creative Air Laboratory - 79 -

  • Creative Air Laboratory

    Creative Air Laboratory - 80 -

  • Creative Air Laboratory

    Creative Air Laboratory

    W1 : , W2 :

    - 81 -

  • Creative Air Laboratory

    3

    Creative Air Laboratory - 82 -

  • Creative Air Laboratory

    Creative Air Laboratory - 83 -

  • Creative Air Laboratory

    Creative Air Laboratory - 84 -

  • Creative Air Laboratory

    178 180 182 184 186 188 190 192 194 196 198

    0 5

    10 15 20 25 30 35 40 45 50

    0 1 2 3 4

    A-01

    (Pa)

    ,

    Creative Air Laboratory

    290

    295

    300

    305

    310

    315

    320

    0

    10

    20

    30

    40

    50

    60

    70

    80

    0 1 2 3 4 5 6

    C-02

    (Pa)

    ,

    - 85 -

  • Creative Air Laboratory

    Creative Air Laboratory - 86 -

  • Creative Air Laboratory

    Creative Air Laboratory - 87 -

  • Creative Air Laboratory

    - 88 -

  • 에어필터�단체표준�인증한국공기청정협회�차성일�전무

    - 89 -

  • - 91 -

  • - 92 -

  • - 93 -

  • - 94 -

  • - 95 -

  • - 96 -

  • - 97 -

  • - 98 -

  • - 99 -

  • - 100 -

  • - 101 -

  • - 102 -

  • - 103 -

  • - 104 -

  • - MEMO -

  • - MEMO -

  • - MEMO -

  • - MEMO -