Nazwa Substancji |
Warto¶ć najwyższych dopuszczalnych stężeń [mg/m3]
|
Normy |
Acetaldehyd (octowy aldehyd)
[75–07–0] |
- |
– |
45 |
PN–Z–04045–13:2006
PiMO¦P* 2000, nr 3(25) |
Acetanilid – pyły
[103–84–4] |
6 |
– |
– |
PN–Z–04292:2000
PiMO¦P 1998, z. 19 |
Acetofenon
[98–86–2] |
50 |
100 |
– |
PN–Z–04349:2006
PiMO¦P 1999, z. 22 |
Aceton
[67–64–1] |
600 |
1800 |
– |
PN–79/Z–04057.01
PN–89/Z–04023.02
|
Acetonitryl
[75–05–8] |
70 |
140 |
– |
PN–Z–04244–2:1996
|
Adypinian bis(2–etyloheksylu)
[103–23–1] |
400 |
– |
– |
prPN–Z–04412
PiMO¦P 2005, nr 4(46) |
Akrylaldehyd (akroleina)
[107–02–8] |
0,05 |
0,1 |
– |
PN–Z–04045–16:2010
PiMO¦P 2003, nr 4(38) |
Akrylamid
[79–06–1] |
0,1 |
– |
– |
PiMO¦P 1997, z. 17 |
Akrylan butylu
[141–32–2] |
11 |
30 |
– |
PN–86/Z–04113.06
|
Akrylan 2–etyloheksylu
[103–11–7] |
35 |
70 |
– |
PN–78/Z–04113.02
|
Akrylan etylu
[140–88–5] |
20 |
40 |
– |
PN–78/Z–04113.02
|
Akrylan hydroksypropylu – mieszanina izomerów
[25584–83–2] |
2,8 |
6 |
– |
prPN–Z–04113–10
PiMO¦P 2006, nr 1(47) |
Akrylan 2–hydroksypropylu
[999–61–1] |
2,8 |
6 |
– |
prPN–Z–04113–10
PiMO¦P 2006, nr 1(47) |
Akrylan 2–hydroksy–1–metyloetylu
[2918–23–2] |
2,8 |
6 |
– |
PiMO¦P 2006, nr 1(47) |
Akrylan metylu
[96–33–3] |
14 |
28 |
– |
PN–86/Z–04113.05
|
Akrylonitryl
[107–13–1] |
2 |
10 |
– |
PN–Z–04113–12:2005
PiMO¦P 2000, nr 3(25) |
Aldryna (aldrin)
[309–00–2] |
0,01 |
0,08 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Alfa–cypermetryna – aerozole, mieszanina izomerów
(1S,3S)–3–(2,2–dichlorowinylo)–
–2,2–dimetylocyklopropanokarbo–ksylan ź–cyjano (3–fenoksy–fenylo)–metylu; (1R,3R)–3–(2,2–dichlorowinylo)–2,2–
dimetylo–cyklopropanokarboksylan (S)–cyjano–(3–fenoksyfenylo) metylu
[67375–30–8] |
1 |
– |
– |
JOSE* 1999, nr 4, 529 |
Amidosiarczan(VI) amonu – pył całkowity
[7773–06–0] |
10 |
– |
– |
PN–Z–04336:2005
PiMO¦P 2000, nr 3(25) |
2–Aminoetanol (etanoloamina)
[141–43–5] |
2,5 |
7,5 |
– |
PN–Z–04311:2003
PiMO¦P 1998, z. 19 |
4–Aminofenol
(p–aminofenol) – pyły
[123–30–8] |
5 |
– |
– |
PN–Z–04268:2001
PiMO¦P 1997, z. 16 |
N,N’–bis(2–Aminoetylo)
etylenodiamina (trójetylenoczteroamina)
[112–24–3] |
1 |
3 |
– |
PN–91/Z–04220.02
|
3–Amino–1,2,4–triazol (amitrol)
[61–82–5] |
0,15 |
– |
– |
prPN–Z–04418
PiMO¦P 2007, nr 4(54) |
Amoniak
[7664–41–7] |
14 |
28 |
– |
PN–90/Z–04009.03
|
Anilina
[62–53–3] |
5 |
20 |
– |
PN–Z–04031–10:2001
PiMO¦P 1998, z. 19 |
Antymon [7440–36–0] i jego zwi±zki nieorganiczne –
w przeliczeniu na Sb |
0,5 |
– |
– |
PN–Z–04146–3:2006
PiMO¦P 2000, nr 3(25) |
Arsan (arsenowodór)
[7784–42–1] |
0,02 |
– |
– |
PN–Z–04011–7:2003
PiMO¦P 1998, z. 19 |
Arsen [7440–38–2] i jego zwi±zki nieorganiczne – w przeliczeniu na As |
0,01 |
– |
– |
PN–Z–04011–8:2004
|
Asfalt naftowy – dymy
[8052–42–4] |
5 |
10 |
– |
PN–91/Z–04030/05
|
Atrazyna – 2–chloro–4–etyloamino–6–izopropyloamino–
–1,3,5–triazyna
[1912–24–9] |
5 |
– |
– |
PN–Z–04182–24:2001
|
Azirydyna (etylenoimina)
[151–56–4] |
0,62 |
– |
– |
PiMO¦P 2011, nr 1(67) |
Azotan 2–etyloheksylu
[27247–96–7] |
3,5 |
7 |
– |
PN–Z–04385:2009
PiMO¦P 2006, nr 1(47) |
Azotan(V) propylu
(n–propylu azotan)
[627–13–4] |
30 |
100 |
– |
PiMO¦P 1997, z. 17 |
Azydek sodu
[26628–22–8] |
0,1 |
0,3 |
– |
PN–Z–04326:2006
PiMO¦P 1999, z. 22 |
Bar [7440–39–3] i jego zwi±zki rozpuszczalne – w przeliczeniu na Ba |
0,5 |
– |
– |
PN–82/Z–04024.02
PN–91/Z–04024.03
|
Benzaldehyd (benzoesowy aldehyd)
[100–52–7] |
10 |
40 |
– |
PiMO¦P 1998, z. 19 |
Benzen
[71–43–2] |
1,6 |
– |
– |
PN–Z–04016–10:2005
PiMO¦P 2000, nr 3(25) |
Benzenotiol
[108–98–5] |
2 |
– |
– |
PN–Z–04364:2008
PiMO¦P 2001, nr 4(30) |
Benzo[a]piren
[50–32–8] |
0,002 |
– |
– |
PN–Z–04240–2:1999
PN–Z–04240–5:2006
|
p–Benzochinon
[106–51–4] |
0,1 |
0,4 |
– |
PiMO¦P 1997, z. 17 |
Benzotiazol
[95–16–9] |
20 |
– |
– |
prPN–Z–04389
PiMO¦P 2004, nr 4(42) |
Benzydyna
[92–87–5] |
0 |
0 |
– |
PN–85/Z–04145.02
PN–85/Z–04145.03
|
Benzyna
a) ekstrakcyjnac)
[8006–61–9]
b) do lakierów
[8052–41–3; 64742–82–1; 64741–92–0; 64742–48–9] |
500
300 |
1500
900 |
–
– |
PN–81/Z–04134.01
PN–81/Z–04134.02
PN–81/Z–04134.01
PN–81/Z–04134.03
|
Beryl [7440–41–7]
i jego zwi±zki nieorganiczne –
w przeliczeniu na Be |
0,0002 |
– |
– |
PN–Z–04013–3:2003
PiMO¦P 1999, z. 22 |
Bezwodnik ftalowy – pary
i aerozole
[85–44–9] |
1 |
2 |
– |
PN–88/Z–04194.02
|
Bezwodnik maleinowy
[108–31–6] |
0,5 |
1 |
|
PN–91/Z–04217.02
|
Bezwodnik octowy
[108–24–7] |
10 |
– |
20 |
PN–Z–04323:2004
|
Bezwodnik trimelitowy
(1,2-bezwodnik kwasu benzeno
-1,2,4-trikarboksylowego)
[552-30-7]
|
0,04 |
0,08 |
– |
Zostanie opublikowana w PiMO¦P z. 1,(71)2012r |
|
100 |
300 |
– |
PN–84/Z–04077.02
|
Bifenyl (dwufenyl)
[92–52–4] |
1 |
2 |
– |
PN–Z–04247–2:1996
|
Bifenylo–4–amina
[92–67–1] |
0,001 |
– |
– |
PiMO¦P 2010, nr 1(63) |
2,2–Bis(4–hydroksyfenylo)
propan (bisfenol–A) – pył
[80–05–7] |
5 |
10 |
– |
PN–Z–04382:2009
PiMO¦P 2003, nr 4(38) |
Brom
[7726–95–6] |
0,7 |
1,4 |
– |
Metoda w opracowaniu |
Bromfenwinfos – fosforan(V) 2– –bromo–1–(2,4–dichlorofenylo)– winylu–dietylu
[33399–00–7] |
0,01 |
– |
– |
PN–87/Z–04182.07
|
Bromochlorometan
[74–97–5] |
1000 |
1300 |
– |
prPN–Z–04400
PiMO¦P 2004, nr 4(42) |
2–Bromo–2–chloro–1,1,1– triflu–oroetan (halotan)
[151–67–7] |
40 |
100 |
– |
PN–92/Z–04223.02
|
Bromoetan
(etylu bromek)
[74–96–4] |
50 |
100 |
– |
PN–79/Z–04121.01 |
Bromoeten
[593-60-2] |
0,4 |
- |
- |
Metoda w opracowniu |
Bromoform
[75–25–2] |
5 |
– |
– |
PN–Z–04365:2008
PiMO¦P 2003, nr 4(38) |
Bromometan (metylu bromek)
[74–83–9] |
5 |
15 |
– |
PN–86/Z–04164.02
|
1–Bromopropan
[106–94–5] |
42 |
– |
– |
prPN–Z–04407
PiMO¦P 2006, nr 1(47) |
Bromowodór
[10035–10–6] |
– |
– |
6,5 |
PN–Z–04335:2006
PiMO¦P 2000, nr 3(25) |
Buta–1,3–dien (butadien)
[106–99–0] |
4,4 |
– |
– |
PiMO¦P 2009, nr 1(59) |
Butan (n–butan)
[106–97–8] |
1900 |
3000 |
– |
PN–Z–04252–1:1997
PiMO¦P 2010, nr 1(63) |
Butan–2–ol (sec–butylowy alkohol)
[78–92–2] |
300 |
450 |
– |
PN–Z–04155–4:1996
|
Butan–1–ol (n–butylowy alkohol)
[71–36–3] |
50 |
150 |
– |
PN–86/Z–04155.02
PN–86/Z–04155.03
PN–89/Z–04023.02
|
Butan–2–on (metyloetyloketon)
[78–93–3] |
450 |
900 |
– |
PN–77/Z–04107.01
PN–79/Z–04107.02
|
Butano–1–tiol (n–butylowy merkaptan)
[109–79–5] |
1 |
2 |
– |
PN–89/Z–04207.02
|
(E)–But–2–enal (krotonowy aldehyd)
[4170–30–3] |
6 |
12 |
– |
PN–82/Z–04045.05
|
1–Butoksy–2,3–epoksypropan
[2426–08–6] |
30 |
60 |
– |
PN–Z–04324–1:2004
PiMO¦P 1999, z. 22 |
2–Butoksyetanol (butoksyetylowy alkohol)
[111–76–2] |
98 |
200 |
– |
PN–86/Z–04174.02
PN–89/Z–04023.02
|
2–(2–Butoksyetoksy)etanol
[112–34–5] |
67 |
100 |
– |
prPN–Z–04399
PiMO¦P 2004, nr 4(42) |
Butyloamina
[109–73–9] |
– |
– |
10 |
PN–Z–04348:2006
PiMO¦P 2001, z. 30
PiMO¦P 2008, nr 1(55) |
4–tert–Butylotoluen
(p–tert–butylotoluen
[98–51–1] |
30 |
– |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994 |
But–2–yno–1,4–diol
[110–65–6] |
0,25 |
0,5 |
– |
PiMO¦P 2011, nr 1(67) |
Chlor
[7782–50–5] |
0,7 |
1,5 |
– |
PN–75/Z–04037.03
|
Chlorek allilu
[107–05–1] |
2 |
– |
– |
pr PN–Z–04408
PiMO¦P 2005, nr 4(46) |
Chlorek amonu (amonowy chlorek) – pary i dymy
[12125–02–9] |
10 |
20 |
– |
PN–Z–04265:2000
PiMO¦P 1997, z. 16 |
Chloroek benzoilu
[98-88-4] |
- |
- |
2,8 |
PiMO¦P z. 1,(67)2011r. |
Chlorek chloroacetylu
[79–04–9] |
0,2 |
0,6 |
– |
PN–Z–04387:2009
PiMO¦P 2006, nr 4(50) |
Chlorek chromylu
[14977–61–8] |
0,15 |
– |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Chlorek tionylu
[7719–09–7] |
1,8 |
3,6 |
– |
Metoda w opracowaniu |
Chlorfenwinfos – fosforan(V) 2–
–chloro–1–(2,4–dichlorofenylo)– winylu–dietylu
[470–90–6] |
0,01 |
0,1 |
– |
PN–87/Z–04182.08
|
Chloroacetaldehyd
[107–20–0] |
1 |
3 |
– |
PN–Z–04260:2000
PiMO¦P 1997, z. 16 |
Chloroaceton
[78–95–5] |
– |
– |
4 |
PN–Z–04351:2007
PiMO¦P 1999, z. 22 |
2–Chloroanilina
(o–chloroanilina)
[95–51–2] DOTAD |
3 |
10 |
– |
PN–Z–04315:2003
PN–81/Z–04031.03
PN–89/Z–04031.07
PiMO¦P 1998, z. 19 |
3–Chloroanilina
(m–chloroanilina)
[108–42–9] |
3 |
10 |
– |
PN–Z–04315:2003
PN–81/Z–04031.03
PiMO¦P 1998, z. 19 |
4–Chloroanilina
(p–chloroanilina)
[106–47–8] |
3 |
10 |
– |
PN–Z–04315:2003
PN–81/Z–04031.03
PiMO¦P 1998, z. 19 |
Chlorobenzen
[108–90–7] |
23 |
70 |
– |
PN–Z–04022–3:2001
PiMO¦P 1998, z. 19 |
2–Chlorobuta–1,3–dien (chloropren, 2–chloro–1,3–buta–dien)
[126–99–8] |
2 |
6 |
– |
PN–Z–04391:2010
PiMO¦P 2004, nr 4(42) |
Chlorodifluorometan
(Freon 22)
[75–45–6] |
3000 |
– |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
1–Chloro–4–nitrobenzen
[100–00–5] |
0,6 |
– |
– |
PN–Z–04130–2:2003
|
Chlorodinitrobenzen (dwunitrochlorobenzen) – mieszanina izomerów
[25567–67–3] |
1 |
3 |
– |
PN–Z–04320:2001
PiMO¦P 1997, z. 16 |
1–Chloro–2,3–epoksypropan (epichlorohydryna)
[106–89–8] |
1 |
– |
– |
PN–81/Z–04029.01
|
Chloroetan (etylu chlorek)
[75–00–3] |
200 |
– |
– |
PN–Z–04325:2006
PN–Z–04279:2001
PiMO¦P 1997, z. 16
PiMO¦P 2000, nr 3(25) |
2–Chloroetanol (chloroetylowy alkohol, chlorohydryna
etylenowa)
[107–07–3] |
1 |
3 |
– |
PN–Z–04330:2004
PiMO¦P 2000, nr 3(25) |
Chloroeten (winylu chlorek)
[75–01–4] |
5 |
30 |
– |
PN–Z–04325:2006
PiMO¦P 2000, nr 3(25) |
4–Chlorofenol
(p–chlorofenol)
[106–48–9] |
0,5 |
1,5 |
– |
PN–Z–04052:2010
PiMO¦P 2006, nr 1(47) |
Chloromekwatu chlorek
[999–81–5] |
15 |
– |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Chloro(fenylo)metan (benzylu chlorek)
[100–44–7] |
3 |
– |
5 |
PN–Z–04249:1998
|
Chloroform
[67–66–3] |
8 |
– |
– |
PN–Z–04325:2006
PN–88/Z–04187.02
PiMO¦P 2000, nr 3(25) |
Chlorometan
(metylu chlorek)
[74–87–3] |
20 |
– |
– |
PN–Z–04325:2006
PN–79/Z–04122.01
PiMO¦P 2000, nr 3(25) |
Chloronitrobenzen (nitrochlorobenzen) – mieszanina izomerów
[25167–93–5] |
1 |
3 |
– |
PN–Z–04130–2:2003
|
1–Chloro–1–nitropropan (chloronitropropan)
[600–25–9] |
10 |
– |
– |
PN–Z–04362:2005
PiMO¦P 2003, nr 4(38) |
Chlorooctan metylu
[96–34–4] |
5 |
10 |
– |
PN–Z–04366:2008
PiMO¦P 2003, nr 4(38) |
Chloropiryfos – tiofosforan(V) O,O–dietylu–O–3,5,6–trichloro–2
–pirydylu
[2921–88–2] |
0,2 |
0,6 |
– |
PN–Z–04182–23:2000
|
4–Chlorostyren
(p–chlorostyren)
[1073–67–2] |
50 |
400 |
– |
PN–Z–04282:2003
PiMO¦P 1998, z. 19 |
2–Chlorotoluen
(o–chlorotoluen)
[95–49–8] |
100 |
250 |
– |
PiMO¦P 1997, z. 17 |
Chlorowodór
[7647–01–0] |
5 |
10 |
– |
PN–92/Z–04225.02
PN–93/Z–04225.03
|
Chrom metaliczny
[7440–47–3]
Zwi±zki chromu(II) –
w przeliczeniu na Cr
Zwi±zki chromu(III) –
w przeliczeniu na Cr |
0,5 |
– |
– |
PN–79/Z–04126.01
PiMO¦P 2009, nr 1(59) |
Chromiany(VI) i dichromiany(VI) – w przeliczeniu na Cr(VI)
[–] |
0,1 |
0,3 |
– |
PN–87/Z–04126.02
PN–87/Z–04126.03
|
Cyjanamid
[420–04–2] |
0,9 |
1,8 |
|
prPN–Z–04419
PiMO¦P 2007, nr 4(54) |
Cyjanamid wapnia
[156–62–7] |
1 |
– |
– |
PN–Z–04314:2005
PiMO¦P 1999, z. 22 |
2-Cyjanoakrylan etylu
[7085-85-0] |
1 |
2 |
- |
PiMO¦P z. 1,(67)2011r. |
2–Cyjanoakrylan metylu
[137–05–3] |
2 |
4 |
– |
PN–Z–04384:2009
PiMO¦P 2006, nr 4(50) |
Cyjanowodór i cyjanki –
w przeliczeniu na CN
Cyjanowodór [74–90–8]
Cyjanek sodu [143–33–9]
Cyjanek potasu [151–50–8]
Cyjanek wapnia [592–01–8] |
–
–
–
– |
–
–
–
– |
5
5
5
5 |
PN–Z–04309:2002
|
Cykloheksan
[110–82–7] |
300 |
1000 |
– |
PN–86/Z–04151.02
|
Cykloheksanol
[108–93–0] |
10 |
– |
– |
PN–79/Z–04129.01
|
Cykloheksanon
[108–94–1] |
40 |
80 |
– |
PN–76/Z–04087
|
Cykloheksen
[110–83–8] |
300 |
900 |
– |
PN–86/Z–04163.02
|
Cykloheksyloamina
[108–91–8] |
40 |
80 |
– |
PiMO¦P 1997, z. 17 |
Cyklopenta–1,3–dien (cyklopentadien–1,3)
[542–92–7] |
200 |
– |
– |
PN–Z–04255:1999
|
Cyna
[7440–31–5] i jej zwi±zki nieorganiczne, z wyj±tkiem
stannanu (cyny wodorku) –
w przeliczeniu na Sn – dymy i pyły |
2 |
– |
– |
PN–92/Z–04229.02
PN–Z–04229–3:1996
|
Cyrkon [7440–67–7] i jego zwi±zki – w przeliczeniu na Zr |
5 |
10 |
– |
PN–Z–04293:2000
PiMO¦P 1998, z. 19 |
2,4–D – kwas
(2,4–dichloro–fenoksy)octowy
[94–75–7] |
7 |
– |
– |
PN–86/Z–04175.02
|
DDT – 1,1,1–trichloro–2,2–bis(4– –chlorofenylo)etan
[50–29–3] |
0,1 |
0,8 |
– |
metoda zalecana przez jednostki badawczo–rozwojowe
w dziedzinie medycyny pracy |
Dekaboran (14)
[17702–41–9] |
0,3 |
0,9 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Dekasiarczek tetrafosforu (fosforu pi?ciosiarczek)
[1314–80–3] |
1 |
3 |
– |
PN–Z–04015–13:1996 (H2S)
PN–78/Z–04073.01 (H3PO4))
|
Dekatlenek tetrafosforu
(fosforu pięciotlenek)
[1314–56–3] |
1 |
2 |
– |
PN–78/Z–04073.01
|
Demeton (izomery: demeton O, demeton S)
[8065–48–3] |
0,1 |
– |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Demeton–S metylowy – tiofosforan(V) S–(2–etylosulfa–nylo)etylu–O,O–dimetylu (metylodemeton)
[8022–00–2] |
0,1 |
0,8 |
– |
PN–Z–04182–26:2002
|
Dezfluran
[57041–67–5] |
125 |
– |
– |
prPN–Z–04422:2010
PiMO¦P 2007, nr 1(51) |
Diazotan(V) glikolu etylenowego (nitroglikol)
[628–96–6] |
0,3 |
0,4 |
– |
PN–89/Z–04212.02
|
Dibenzo[a,h]antracen
(dwubenzo[a,h]antracen)
[53–70–3] |
0,004 |
– |
– |
PN–Z–04240–5:2006
PiMO¦P 1997, z. 16 |
Dibenzo–1,4–tiazyna (fenotiazyna)
[92–84–2] |
4 |
– |
– |
PN–Z–04340:2006
PiMO¦P 2000, nr 3(25) |
Diboran (6)
[19287–45–7] |
0,1 |
0,2 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
1,2–Dibromoetan
(1,2–dwubromoetan)
[106–93–4] |
0,5 |
– |
– |
PN–93/Z–04144.02
|
Dibromodifluorometan
[75–61–6] |
600 |
1200 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
2–(Dibutyloamino)etanol
[102–81–8] |
14 |
– |
– |
PN–Z–04383:2009
PiMO¦P 2006, nr 1(47) |
Dichlorek cynku (chlorek cynku)
[7646–85–7] |
1 |
2 |
– |
PN–Z–04367:2008
PiMO¦P 2003, nr 4(38) |
Dichlorek disiarki (siarki chlorek)
[10025–67–9] |
5 |
15 |
– |
PN–87/Z–04181.02
|
Dichlorfos – fosforan(V) 2,2–di–chlorowinylu–dimetylu (DDVP)
[62–73–7] |
1 |
3 |
– |
PN–90/Z–04182.17
|
1,2–Dichlorobenzend) (dwuchlorobenzen – izomer orto)
[95–50–1] |
90 |
180 |
– |
PN–Z–04022–2:2000
PiMO¦P 1997, z. 16 |
1,4–Dichlorobenzend) (dwuchlorobenzen – izomer para)
[106–46–7] |
90 |
180 |
– |
PN–Z–04022–2:2000
PiMO¦P 1997, z. 16 |
Dichlorodifluorometan (Freon 12, dwuchlorodwufluorometan)
[75–71–8] |
4000 |
6200 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
1,1–Dichloroetan
[75–34–3] |
400 |
– |
– |
PN–Z–04325:2006
PN–79/Z–04120.01
PiMO¦P 2000, nr 3(25) |
1,2–Dichloroetan
[107–06–2] |
50 |
– |
– |
PN–Z–04325:2006
PN–79/Z–04120.01
PiMO¦P 2000, nr 3(25) |
1,1– Dichloroeten
[75–35–4] |
12,5 |
– |
– |
PN–Z–04270:2000
PiMO¦P 1997, z. 16
PiMO¦P 2000, nr 3(25) |
1,2–Dichloroeten – izomery
sym– [540–59–0], cis– [156–59–2], trans– [156–60–5] |
700 |
– |
– |
PN–Z–04270:2000
PiMO¦P 1997, z. 16
PiMO¦P 2000, nr 3(25) |
Dichlorofluorometan (Freon 21, dwuchlorofluorometan)
[75–43–4] |
40 |
200 |
– |
metoda zalecana przez
jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Dichlorometan (dwuchlorometan)
[75–09–2] |
88 |
– |
– |
PN–Z–04325:2006
PN–83/Z–04110.02
PiMO¦P 2000, nr 3(25)
PiMO¦P 2009, nr 1(59) |
2,2’–Dichloro–4,4’–metyleno–dianilina [MOCA, 4,4’–metyleno–bis(2–chloroanilina)]
[101–14–4] |
0,02 |
– |
– |
PiMO¦P 2010, nr 1(63) |
1,1–Dichloro–1–nitroetan (dwuchloronitroetan)
[594–72–9] |
30 |
60 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
1,2–Dichloropropan (dwuchloropropan)
[78–87–5] |
50 |
– |
– |
PiMO¦P 1997, z. 17 |
1,2–Dichloro–1,1,2,2–tetrafluoro–etan (Freon 114,
dwuchloroczterofluoroetan)
[76–14–2] |
5000 |
8750 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
(1,2–Dichlorowinylo)benzen (dwuchlorostyren)
[6607–45–0] |
50 |
150 |
– |
PN–Z–04274–1:2000
PiMO¦P 1997, z. 16 |
Dieldrynaf –
rel–(1R,4S,4aS,5R,6R,7S,8S,8aR)––1,2,3,4,10,10–heksachloro–
–1,4,4a,5,6,7,8,8a–oktahydro–6,7–
–epoksy–1,4:5,8–dimetanonaftalen (dieldrin)
[60–57–1] |
0,01 |
0,08 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Dietyloamina (dwuetyloamina)
[109–89–7] |
15 |
30 |
– |
prPN–Z–04427
prPN–Z–04428
PiMO¦P 2008, nr 1(55) |
2–(Dietyloamino)etanol
(2–dwuetyloaminoetylowy alkohol)
[100–37–8] |
13 |
26 |
– |
PN–Z–04245–2:1996
|
Dietylobenzen (dwuetylobenzen) – mieszanina izomerów
[25340–17–4] |
100 |
400 |
– |
PN–Z–04016–8:1999
PiMO¦P 1997, z. 16 |
Diizocyjanian
heksano–1,6–diylu (sze¶ciometylenodwuizo–cyjanian)
[822–06–0] |
0,04 |
0,08 |
– |
PN–Z–04131–3:2001
PiMO¦P 1997, z. 16 |
Diizocyjanian 2,2’–metyleno–difenylu
[2536–05–2] |
0,03 |
0,09 |
– |
ISO 17735:2009 |
Diizocyjanian 2,4’–metyleno–difenylu
[5873–54–1] |
0,03 |
0,09 |
– |
ISO 17735:2009 |
Diizocyjanian metylenodifenylu – mieszanina izomerów (metylenodifenylodiizocyjanian,
MDI)
[26447–40–5] |
0,03 |
0,09 |
– |
ISO 17735:2009 |
Diizocyjanian
tolueno–2,4–diylu (toluilenodwuizocyjanian)
[584–84–9] |
0,007 |
0,021 |
– |
ISO 17735:2009 |
Diizocyjanian
tolueno–2,6–diylu
(toluilenodwuizocyjanian)
[91–08–7] |
0,007 |
0,021 |
– |
ISO 17735:2009 |
Diizocyjanian toluenodiylu – mieszanina izomerów 2,4– i
2,6–(toluilenodiizocyjanian, TDI)
[26471–62–5] |
0,007 |
0,021 |
– |
ISO 17735:2009 |
Dikwatu dibromek – dibromek 1,1’–etyleno–2,2’–dipirydylowy
– pyły
[85–00–7] |
0,1 |
0,3 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Dimetoat – ditiofosforan(V) S–
–metylokarbamoilometylu–O,O–
–dimetylu
[60–51–5] |
0,2 |
0,6 |
– |
PN–Z–04182–22:2000
|
Dimetoksymetan (metylal, dwumetoksymetan)
[109–87–5] |
1000 |
3500 |
– |
PN–Z–04289:2001
PiMO¦P 1997, z. 16 |
N,N–Dimetyloacetamid
(N,N–dwumetyloacetamid)
[127–19–5] |
35 |
70 |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994 |
Dimetyloamina
[124–40–3] |
3 |
9 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Dimetyloanilina
(ksylidyna) – mieszanina izomerów: 2,3–; 2,4–; 2,5–; 2,6–; 3,4–; 3,5–
[1300–73–8] |
10 |
– |
– |
PN–93/Z–04234.02
|
N,N–Dimetyloanilina
(dwumetyloanilina, N–dwumetyloanilina)
[121–69–7] |
12 |
40 |
– |
PN–81/Z–04031.02
|
N,N–Dimetyloformamid (dwumetyloformamid)
[68–12–2] |
15 |
30 |
– |
PN–89/Z–04209.02
|
2,6–Dimetyloheptan–4–on
(dwuizobutylowy keton)
[108–83–8] |
150 |
300 |
– |
PN–Z–04264:2000
PiMO¦P 1997, z. 16 |
1,1–Dimetylohydrazyna
[57–14–7] |
0,1 |
– |
– |
PN–87/Z–04148.03
|
3,7-Dimetylookta-2,6-dienal (cytral)
[5392-40-5] |
27 |
54 |
|
Metoda w opracowniu |
Dinitrobenzen (dwunitrobenzen) – mieszanina izomerów
[25154–54–5] |
1 |
3 |
– |
PN–Z–04036–4:1999
PiMO¦P 1997, z. 16 |
Dinitrofenol (dwunitrofenol) – mieszanina izomerów
[25550–58–7] |
0,5 |
– |
– |
PN–Z–04275–1:2000
PiMO¦P, 1997, z. 16 |
Dinitrotoluen (dwunitrotoluen) – mieszanina izomerów
[25321–14–6] |
0,33 |
– |
– |
PN–82/Z–04128.03
PN–Z–04128–4:1996
|
1,4–Dioksan
[123–91–1] |
50 |
– |
– |
PiMO¦P 2009, nr 1(59) |
1,3–Dioksolan
[646–06–0] |
10 |
50 |
– |
PN–87/Z–04180.02
|
Disiarczek dimetylu
[624–92–0] |
2,5 |
5 |
– |
PN–Z–04403:2010
PiMO¦P 2004, nr 4(42) |
Disiarczek w?gla
(węgla dwusiarczek)
[75–15–0] |
12,5 |
– |
– |
PN–Z–04015–14:1999
PN–Z–04015–15:1999
PiMO¦P 1997, z. 16 |
Disulfid allilowo–propylowy
[2179–59–1] |
12 |
18 |
– |
PN–Z–04420:2010
PiMO¦P 2007, nr 4(54) |
Ditlenek azotu
[10102–44–0] |
0,7 |
1,5 |
– |
PN–Z–04009–11:2008
PN–Z–04317:2006
|
Ditlenek chloru
(chloru dwutlenek)
[10049–04–4] |
0,3 |
0,9 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Ditlenek siarki
(siarki dwutlenek)
[7446–09–5] |
1,3 |
2,7 |
– |
PN–Z–04015–4:1994
PN–Z–04015–12:1996
PN–Z–04015–12:1996/Ap1:2001
PN–Z–04317:2006
PiMO¦P 2000, nr 3(25) |
Ditlenek w?glai)
(węgla dwutlenek)
[124–38–9] |
9000 |
27000 |
– |
PN–74/Z–04095.01
PN–74/Z–04095.02
|
Diwinylobenzen
[1321–74–0] |
50 |
– |
– |
PN–Z–04369:2008
PiMO¦P 2003, nr 4(38) |
Endosulfan (3–tlenek–
–6,7,8,9,10,10–heksachloro–
–1,5,5a,6,9,9a–heksahydro–6,9–
–metano–2,3,4–benzodioksa– tiepinu)
[115–29–7] |
0,1 |
0,3 |
– |
PiMO¦P 2001, nr 4(30) |
Endryna –
rel(1R,4S,4aS,5S,6S,7R,8R,8aR)––1,2,3,4,10,10–heksachloro–
–1,4,4a,5,6,7,8,8a–oktahydro–6,7––epoksy–1,4:5,8–dimetanonaftalen (endrin)
[72–20–8] |
0,01 |
0,08 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Epoksyetan
(etylenu tlenek)
[75–21–8] |
1 |
– |
– |
PN–Z–04300:2002
PiMO¦P 1998, z. 19 |
1,2–Epoksy–4–(epoksyetylo)– cykloheksan
[106–87–6] |
60 |
– |
– |
PN–88/Z–04198.02
|
1,2–Epoksy–3–fenoksypropan (fenyloglicydowy eter)
[122–60–1] |
0,6 |
3 |
– |
PN–Z–04243–2:1996
|
1,2–Epoksy–3–izopropoksy– propan
[4016–14–2] |
240 |
360 |
– |
PiMO¦P 1999, z. 17 |
1,2–Epoksypropan
(tlenek propylenu)
[75–56–9] |
9 |
– |
– |
PN–Z–04286:2003
PiMO¦P 1998, z. 19 |
2,3–Epoksypropanol
[556–52–5] |
6 |
– |
– |
PN–Z–04306:2002
PiMO¦P 1998, z. 19 |
3–(2,3–Epoksypropoksy) propen
[106–92–3] |
6 |
12 |
– |
prPN–Z–04397
PiMO¦P 2004, nr 4(42) |
Etanodinitryl
[460–19–5] |
8 |
20 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Etanol (etylowy alkohol)
[64–17–5] |
1900 |
– |
– |
PN–85/Z–04140.02
PN–89/Z–04023.02
|
Etanotiol
(etylowy merkaptan)
[75–08–1] |
1 |
2 |
– |
PN–90/Z–04207.03
|
Eter bis(2–chloroetylowy) (dwuchlorodwuetylowy eter)
[111–44–4] |
10 |
30 |
– |
PN–Z–04299:2001
PiMO¦P 1998, z. 19 |
Eter bis(2,3–epoksypropylowy)
[2238–07–5] |
0,05 |
– |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Eter bis(2-metoksyetylowy)
[111-96-6] |
10 |
– |
– |
PiMO¦P z. 1,(67)2011r. |
Eter dietylowy (dwuetylowy eter)
[60–29–7] |
300 |
600 |
– |
PN–86/Z–04158.02
|
Eter difenylowy (dwufenylowy eter)
[101–84–8] |
7 |
14 |
– |
PN–Z–04247–2:1996
|
Eter diizopropylowy (izopropylowy eter)
[108–20–3] |
1000 |
– |
– |
PN–86/Z–04158.03
|
Eter dimetylowy
[115–10–6] |
1000 |
– |
– |
PN–Z–04414:2009
PiMO¦P 2007, nr 1(51) |
Eter pentabromodifenylowy
(pochodne pentabromowe etru difenylowego) – mieszanina izomerów
[333352-6] |
0,7 |
– |
– |
PiMO¦P z. 1,(67)2011r. |
Eter tert–butylometylowy
[1634–04–4] |
180 |
270 |
– |
PN–Z–04386:2009
|
4’–Etoksyacetanilid (fenacetyna) – pyły
[62–44–2] |
5 |
– |
– |
PN–Z–04357:2007
PiMO¦P 2001, nr 4(30) |
2–Etoksyetanol (etoksyetylowy alkohol)
[110–80–5] |
8 |
– |
– |
PN–89/Z–04023.02
PiMO¦P 2010, nr 1(63) |
Etylenodiamina (etylenodwuamina)
[107–15–3] |
20 |
50 |
– |
PN–88/Z–04191.02
|
1,3–Etylenotiomocznik
[96–45–7] |
0,1 |
– |
– |
prPN–Z–04410
PiMO¦P 2005, nr 4(46) |
Etyloamina
[75–04–7] |
9,4 |
18 |
– |
PN–88/Z–04204.02
|
Etylobenzen
[100–41–4] |
200 |
400 |
– |
PN–79/Z–04081.01
|
2–Etyloheksan–1–ol
[104–76–7] |
160 |
320 |
– |
PN–93/Z–04231.02
prPN–Z–04398
PiMO¦P 2004, nr 4(42) |
N–Etylomorfolina
[100–74–3] |
23 |
46 |
– |
PN–Z–04356:2006
PiMO¦P 2001, nr 4(30) |
Etylotoluen – mieszanina izomerów
[25550–14–5] |
100 |
– |
– |
PN–Z–04016–5:1998
|
Fenitrotion – tiofosforan(V) O–3–metylo–4–nitrofenylu–O,O–dimetylu
[122–14–5] |
0,02 |
0,1 |
– |
PN–87/Z–04182.11
|
2–Fenoksyetanol
[122–99–6] |
230 |
– |
– |
prPN–Z–04390
PiMO¦P 2003, nr 4(38) |
Fenol
[108–95–2] |
7,8 |
16 |
– |
PN–86/Z–04159.02
PiMO¦P 1999, z. 22 |
Fention – tiofosforan(V) O–3–
–metylo–4–(metylosulfanylo)– fenylu–O,O–dimetylu
[55–38–9] |
0,2 |
– |
– |
PN–92/Z–04182.18
|
1,4–Fenylenodiamina
(p–fenylenodwuamina)
[106–50–3] |
0,1 |
– |
– |
PN–88/Z–04201.02
PiMO¦P 2009, nr 1(59) |
Fenylohydrazyna
[100–63–0] |
20 |
– |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994 |
Fenylometanol
[100–51–6] |
240 |
– |
– |
PN–Z–04342:2007
PiMO¦P 2000, nr 3(25) |
Fenylo(2–naftylo)amina
(N–fenylo–2–naftyloamina
[135–88–6] |
0,02 |
– |
– |
PN–87/Z–04177.02
|
2–Fenylopropen
[98–83–9] |
240 |
480 |
– |
PN–Z–04343:2006
PiMO¦P 2000, nr 3(25) |
Fluor
[7782–41–4] |
0,05 |
0,4 |
– |
metoda zalecana przez jednostki badawczo–rozwojowe w
dziedzinie medycyny pracy |
Fluorek boru
[7637–07–2] |
– |
– |
3 |
PN–74/Z–04093.01
PN–82/Z–04093.03
|
Fluorki – w
przeliczeniu na F–;
[–] |
2 |
– |
– |
PN–74/Z–04093.01
PN–82/Z–04093.03
|
Fluorooctan sodu
[62–74–8] |
0,05 |
0,15 |
– |
PN–Z–04361–4:2006
PiMO¦P 2002, nr 4(34) |
Fluorowodór
[7664–39–3] |
0,5 |
2 |
– |
PN–74/Z–04093.01
PN–82/Z–04093.03
|
Fonofos (etyloditiofosfonian
O–etylu–S–fenylu)
[944–22–9] |
0,1 |
– |
– |
PiMO¦P 2002, nr 4(34) |
Formaldehyd
[50–00–0] |
0,5 |
1 |
– |
PN–76/Z–04045.02
PN–90/Z–04045.08
PN–Z–04045–12:2006
PiMO¦P 1999, z. 22
PiMO¦P 2000, nr 3(25) |
Formamid
[75–12–7] |
23 |
– |
– |
prPN–Z–04425
PiMO¦P 2008, nr 1(55) |
Fosfan (fosforowodór)
[7803–51–2] |
0,14 |
0,28 |
– |
PN–Z–04276:2001
PiMO¦P 1997, z. 16 |
Fosforan(V) tris(2–tolilu) (trójkrezylu fosforan)
[78–30–8] |
0,1 |
0,3 |
– |
PN–Z–04307:2002
PiMO¦P 1998, z. 19 |
Fosgen
[75–44–5] |
0,08 |
0,16 |
– |
metoda zalecana przez jednostki badawczo––rozwojowe w
dziedzinie medycyny pracy |
Ftalan benzylu butylu
[85–68–7] |
5 |
– |
– |
PN–Z–04409:2009
|
Ftalan dibutylu (dwubutylu ftalan)
[84–74–2] |
5 |
10 |
– |
PN–89/Z–04208.04
PN–89/Z–04023.02
|
Ftalan dietylu (dwuetylu ftalan)
[84–66–2] |
5 |
15 |
– |
PN–89/Z–04208.03
|
Ftalan dimetylu (dwumetylu ftalan)
[131–11–3] |
5 |
10 |
– |
PN–89/Z–04208.02
|
Ftalan bis(2–etyloheksylu)
(dwu–2–etyloheksylu ftalan)
[117–81–7] |
1 |
5 |
– |
PN–89/Z–04208.05
PN–89/Z–04023.02
|
2–Furaldehyd (furfurol)
[98–01–1] |
10 |
25 |
– |
PN–92/Z–04045.09
|
2–Furylometanol
[98–00–0] |
30 |
60 |
– |
Metoda w opracowniu |
Glicerol – aerozole
[56–81–5] |
10 |
– |
– |
PN–Z–04374:2009 ;
PiMO¦P 2003, nr 4(38) |
Glifosat
[1071–83–6] |
10 |
– |
– |
prPN–Z–04426
PiMO¦P 2008, nr 1(55) |
Glikol etylenowy
[107–21–1] |
15 |
50 |
– |
PiMO¦P 1997, z. 17 |
Glin metaliczny, glin proszek (niestabilizowany)
[7429–90–5]
‑ dymy, pył całkowity
‑ dymy, pył respirabilny |
2,5
1,2 |
–
– |
–
– |
PN–Z–04263–1:2000
PiMO¦P 1997, z. 16
PiMO¦P 2007, nr 4(54) |
Glutaraldehyd
(glutarowy aldehyd)
[111–30–8] |
0,4 |
0,6 |
– |
PN–Z–04290:2002
PiMO¦P 1997, z. 16 |
Hafn i jego zwi±zki –
w przeliczeniu na Hf
[7440–58–6] |
0,5 |
– |
– |
PiMO¦P 1997, z. 17 |
Heksachlorobenzen (sześciochlorobenzen)
[118–74–1] |
0,5 |
– |
– |
PN–Z–04236–2:1994
|
1,2,3,4,5,6–Heksa–chlorocykloheksanj) (sześciochlorocykloheksan)
[608–73–1] |
0,17 |
– |
– |
metoda zalecana przez jednostki badawczo–rozwojowe w
dziedzinie medycyny pracy |
Heksachloroetan (sześciochloroetan)
[67–72–1] |
10 |
30 |
– |
PN–Z–04257:1998
|
Heksafluorek siarki
[2551–62–4] |
6000 |
– |
– |
metoda zalecana przez jednostki badawczo–rozwojowe w
dziedzinie medycyny pracy |
Heksametylotriamid kwasu fosforowego(V)
[680–31–9] |
0,05 |
– |
– |
PN–Z 04353:2005
PiMO¦P 2001, nr 4(30) |
Heksan (n–heksan)
[110–54–3] |
72 |
– |
– |
PN–Z–04136–3:2003
PiMO¦P 1999, z. 22 |
n–Heksanal
[66–25–1] |
40 |
80 |
– |
PN–Z–04045–14:2009;
PiMO¦P 2005, nr 4(46) |
Heksanu izomery acykliczne nasycone, z wyj?tkiem heksanu:
2,2–dimetylobutan
[75–83–2]
2,3–dimetylobutan
[79–29–8]
3–metylopentan
[96–14–0]
2–metylopentan
[107–83–5] |
400
400
400
400 |
1200
1200
1200
1200 |
–
–
–
– |
PiMO¦P 1997, z. 17 |
Heksano–6–laktam (kaprolaktam, cykloheksanoizooksym)
[105–60–2] |
5 |
15 |
– |
PN–Z–04322:2004
PiMO¦P 1999, z. 22 |
Heksan–2–on (metylo–n–butylo– keton)
[591–78–6] |
10 |
– |
– |
PN–Z–04165–3:2001
PiMO¦P 1998, z. 19 |
Heptan (n–heptan)
[142–82–5] |
1200 |
2000 |
– |
PN–84/Z–04138.02
prPN–Z–04401
PiMO¦P 2004, nr 4(42) |
Heptan–2–on
[110–43–0] |
238 |
475 |
– |
PN–Z–04344–3:2008
PiMO¦P 2001, nr 4(30) |
Heptan–3–on
[106–35–4] |
95 |
– |
– |
PN–Z–04344–2:2006
PiMO¦P 2000, z. 3(25) |
Heptan–4–on
[123–19–3] |
230 |
– |
– |
PN–Z–04344–1:2006
PiMO¦P 2000, nr 3(25) |
10 · Hydrat heptaokso– tetraboranu sodu (sodowy
czteroboran dziesięciowodny – boraks) – pyły
[1303–96–4] |
0,5 |
2 |
– |
PN–Z–04235–3:2001
PiMO¦P 1997, z. 16 |
Hydrazyna
[302–01–2] |
0,05 |
0,1 |
– |
prPN–Z–04148–5
PiMO¦P 2007, nr 4(54) |
Hydrochinon
(p–dwuhydroksybenzen)
[123–31–9] |
1 |
2 |
– |
PN–Z–04308:2002
PiMO¦P 1998, z. 19 |
4–Hydroksy–4–metylopentan–2–on (alkohol diacetonowy)
[123–42–2] |
240 |
– |
– |
PN–Z–04368:2008;
PiMO¦P 2001, z. 30 |
2,2’–Iminobis(etyloamina)
[111–40–0] |
4 |
12 |
– |
PN–Z–04296:2001
PiMO¦P 1998, z. 19 |
2,2’–Iminodietanol
[111–42–2] |
9 |
– |
– |
PN–Z–04395:2010
PiMO¦P 2004, nr 4(42) |
Itr
[7440–65–5]
i jego zwi±zki – w przeliczeniu na Y |
1 |
– |
– |
PN–Z–04301:2002
|
Izobutyroaldehyd
(aldehyd izomasłowy)
[78–84–2] |
100 |
– |
– |
PN–Z–04303:2001
PiMO¦P 1998, z. 19 |
Izofluran
[26675–46–7] |
32 |
– |
– |
prPN–Z–04423
PiMO¦P 2007, nr 1(51) |
Izocyjanian cykloheksylu
[3173–53–3] |
0,04 |
– |
– |
PN–Z–04131–5:2008
PiMO¦P 2005, nr 1(43) |
Izocyjanian 3–
–izocyjanianometylo–3,5,5–
–trimetylocykloheksylu (diizocyjanian izoforonu)
[4098–71–9] |
0,04 |
– |
– |
PN–Z–04131–6:2008
PiMO¦P 2005, nr 1(43) |
Izocyjanian metylu
[624–83–9] |
0,03 |
0,047 |
– |
PN–Z–04131–4:2008;
PiMO¦P 2003, nr 4(38) |
Izooktan–1–ol – mieszanina izomerów
[26952–21–6] |
220 |
440 |
– |
PiMO¦P 2003, nr 4(38) |
Izopentan (metylobutan)
[78–78–4] |
3000 |
– |
– |
PN–Z–04376:2010
PiMO¦P 2003, nr 4(38) |
Izopren
[78–79–5] |
100 |
300 |
– |
PN–Z–04271:2000
PiMO¦P 1997, z. 16 |
2–Izopropoksyetanol
[109–59–1] |
20 |
– |
– |
PN–Z–04392:2009;
PiMO¦P 2003, nr 4(38) |
Izopropyloamina
[75–31–0] |
12 |
24 |
– |
PiMO¦P 1997, z. 17 |
2–Izopropylo–4,6–dinitrofenol (dwunitroizopropylofenol,
DNPP)
[118–95–6] |
0,05 |
0,15 |
– |
PN–Z–04275–2:2000
PiMO¦P 1997, z. 16 |
Jod
[7553–56–2] |
0,5 |
1 |
– |
PN–88/Z–04185.02
PiMO¦P 2009, nr 1(59) |
Jodometan (metylu jodek)
[74–88–4] |
7 |
20 |
– |
PN–86/Z–04160.02
|
Kadm [7440–43–9] i jego zwi±zki nieorganiczne – w przeliczeniu na Cd |
|
|
|
prPN–Z–04394
PN–85/Z–04102.03
PiMO¦P 2003, nr 4(38) |
a)pyły i dymy |
0,01 |
– |
– |
b)frakcja respirabilna |
0,002 |
– |
– |
Kamfora syntetyczna –
bornan–2–on
[76–22–2] |
12 |
18 |
– |
PN–Z–04277:2000
PiMO¦P 1997, z. 16 |
Kaptan – N–(trichlorometylo–
sulfanylo)cykloheks–4–eno–1,2–
–dikarboksyimid
[133–06–2] |
5 |
– |
– |
PN–Z–04182–28:2003
PiMO¦P 1998, z. 19 |
Karbaryl – metylokarbamian
1–naftylu
[63–25–22] |
1 |
8 |
– |
metoda opracowana w IMW |
Karbendazym – 1H–benzimi– dazol–2–ilokarbamian metylu
[10605–21–7] |
10 |
– |
– |
metoda zalecana przez jednostki badawczo–rozwojowe w
dziedzinie medycyny pracy |
Karbofuran – metylokarbamian 2,2–dimetylo–2,3–dihydro–
–benzo[b]furan–7–ylu
[1563–66–2] |
0,1 |
– |
– |
PN–Z–04182–25:2001
PiMO¦P 1999, z. 22 |
Keten (etenon)
[463–51–4] |
0,5 |
1,5 |
– |
PN–Z–04251–1:1998
|
Kobalt [7440-48-4] i jego zwi±zki nieorganiczne
- w przeliczeniu na Co |
0,02 |
– |
– |
PN–Z–04291:2003
PiMO¦P 2010, nr 1(63) |
Krezol – mieszanina izomerów
[95–48–7; 108–39–4; 106–44–5; 1319–77–3] |
22 |
– |
– |
PiMO¦P 1999, z. 22 |
Ksylen – mieszanina izomerów: 1,2–; 1,3–; 1,4–
[95–47–6; 108–38–3; 106–42–3; 1330–20–7] |
100 |
– |
– |
PN–78/Z–04116.01
PN–89/Z–04023.02
|
Kumen (izopropylobenzen)
[98–82–8] |
100 |
250 |
– |
PN–Z–04016–6:1998
|
Kwas adypinowy – pyły
[124–04–9] |
5 |
10 |
– |
PN–Z–04278:2001
PiMO¦P 1998, z. 19 |
Kwas akrylowy
[79–10–7] |
20 |
50 |
– |
PN–92/Z–04113.08
|
Kwas azotowy(V)
(azotowy kwas)
[7697–37–2] |
1,4 |
2,6 |
– |
PN–74/Z–04009.07
|
Kwas chlorooctowy
[79–11–8] |
2 |
4 |
– |
PN–91/Z–04215.03
|
Kwas chlorowy(VII) (nadchlorowy kwas)
[7–90–3] |
1 |
3 |
– |
PiMO¦P 1997, z. 17 |
Kwas 2,2–dichloropropionowy
i jego sól sodowa
[75–99–0] |
6 |
12 |
– |
PiMO¦P 1997, z. 17 |
Kwas fosforowy(V)
(fosforowy kwas)
[7664–38–2] |
1 |
2 |
– |
PN–78/Z–04073.01
|
Kwas mrówkowy
[64–18–6] |
5 |
15 |
– |
PN–88/Z–04196.02
|
Kwas octowy
[64–19–7] |
15 |
30 |
– |
PN–Z–04323:2004
PiMO¦P 1999, z. 22 |
Kwas pikrynowy
[88–89–1] |
0,1 |
– |
– |
PN–86/Z–04171.02
|
Kwas propionowy
[79–09–4] |
30 |
45 |
– |
PiMO¦P 1997, z. 17 |
Kwas siarkowy(VI)
(siarkowy kwas)
[7664–93–9] |
|
|
– |
PN–91/Z–04056.02
|
a) mgły |
1 |
3 |
b) frakcja torakalna |
0,05 |
– |
Kwas szczawiowy
[144–62–7] |
1 |
2 |
– |
PN–88/Z–04200.02
|
Kwas 2–tioglikolowy
[68–11–1] |
4 |
8 |
– |
PN–Z–04269:2001
PiMO¦P 1997, z. 16 |
Kwas trichlorooctowy
[76-03-9] |
2 |
4 |
– |
Zostanie opublikowana w PiMO¦P z. 1,(71)2012r. |
Malation – ditiofosforan(V)
S–1,2–bis(etoksykarbonylo)–
etylu–O,O–dimetylu
[121–75–5] |
1 |
10 |
– |
PN–87/Z–04182.10
|
Mangan
[7439–96–5]
i jego zwi±zki nieorganiczne –
w przeliczeniu na Mn |
0,3 |
– |
– |
PN–79/Z–04125.02
|
MCPA – kwas
(4–chloro–2–metylofenoksy) – octowy
[94–74–6] |
1 |
5 |
– |
PN–86/Z–04176.02
|
Metakrylan butylu
[97–88–1] |
100 |
300 |
– |
PN–Z–04283:2001
PiMO¦P 1998, z. 19 |
Metakrylan metylu
[80–62–6] |
100 |
300 |
– |
PN–92/Z–04113.09
|
Metanol
(metylowy alkohol)
[67–56–1] |
100 |
300 |
– |
PN–81/Z–04028.01
|
Metanotiol
(metylowy merkaptan)
[74–93–1] |
1 |
2 |
– |
PN–92/Z–04207.04
|
2–Metoksyanilina
(o–anizydyna, o–metoksyanilina)
[90–04–0] |
0,5 |
1 |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994. |
4–Metoksyanilina
(p–anizydyna, p–metoksyanilina)
[104–94–9] |
0,5 |
1 |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994. |
Metoksychlor [1,1,1–trichloro– 2,2–bis(4–metoksyfenylo)etan]
– pyły
[72–43–5] |
10 |
– |
– |
PN–Z–04182–27:2001
PiMO¦P 1998, z. 19 |
2–Metoksyetanol (metoksyetylowy alkohol)
[109–86–4] |
3 |
– |
– |
PiMO¦P 2010, nr 1(63) |
2–(2–Metoksyetoksy)etanol
[111–77–3] |
50 |
– |
– |
prPN–Z–04402
PiMO¦P 2005, nr 1(43) |
4–Metoksyfenol
[150–76–5] |
5 |
– |
– |
PN–Z–04370:2009
PiMO¦P 2003, nr 4(38) |
1–(2–Metoksymetyloetoksy)
propan–2–ol (eter metylowy glikolu dipropylenowego)
[34590–94–8] |
240 |
480 |
– |
PN–Z–04346:2006
PiMO¦P 2000, nr 3(25) |
1–Metoksypropan–2–ol
[107–98–2] |
180 |
360 |
– |
PN–Z–04354:2005
PiMO¦P 2001, nr 4(30) |
Metylenobis(fenyloizo– cyjanian) (diizocyjanian
4,4’–metylenodifenylu)
[101–68–8] |
0,03 |
0,09 |
– |
ISO 17735:2009
PiMO¦P 1998, z. 19 |
Metyloamina
[74–89–5] |
5 |
15 |
– |
PN–79/Z–04127.01
PiMO¦P 2008, nr 1(55) |
N–Metyloanilina
[100–61–8] |
2 |
– |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994 |
2–Metyloazirydyna (propylenoimina)
[75–55–8] |
4,7 |
– |
– |
PiMO¦P 2011, nr 1(67) |
4,4’–Metylenodianilina
[101–77–9] |
0,08 |
– |
– |
PN–Z–04396:2010
PiMO¦P 2005, nr 1(43) |
3–Metylobutan–1–ol
[123–51–3] |
200 |
400 |
– |
PN–Z–04355:2005
PiMO¦P 2001, nr 4(30) |
Metylocykloheksan
[108–87–2] |
1600 |
3000 |
– |
PN–84/Z–04137.02
|
Metylocykloheksanol – mieszanina izomerów
[25639–42–3] |
70 |
– |
– |
PN–Z–04285:2003
PiMO¦P 1999, z. 22 |
2–Metylocykloheksanon
[583–60–8] |
50 |
340 |
– |
PN–Z–04331:2004
PN–82/Z–04026.01
PiMO¦P 2000, nr 3(25) |
2–Metylo–4,6–dinitrofenol (dwunitro–o–krezol, DNOC)
[534–52–1] |
0,05 |
0,4 |
– |
PN–86/Z–04169.02
|
5–Metyloheksan–2–on
[110–12–3] |
95 |
– |
– |
PN–Z–04358:2006
PiMO¦P 2001, z. 30 |
5–Metyloheptan–3–on
[541–85–5] |
50 |
100 |
– |
PN–Z–04352:2006
PiMO¦P 2001, nr 4(30) |
Metylohydrazyna
[60–34–4] |
0,02 |
0,1 |
– |
PN–Z–04148–4:2000
PiMO¦P 1997, z. 16 |
N–Metylomorfolina
[109–02–4] |
15 |
30 |
– |
PN–Z–04281:2003
PiMO¦P 1997, z. 16 |
1–Metylonaftalen
[90–12–0] |
30 |
– |
– |
PN–Z–04328:2004
PiMO¦P 1999, z. 22 |
2–Metylonaftalen
[91–57–6] |
25 |
50 |
– |
prPN–Z–04411
PiMO¦P 2005, nr 4(46) |
2–Metylopentano–2,4–diol
(glikol heksylenu)
[107–41–5] |
– |
– |
120 |
PN–Z–04284:2006
PiMO¦P 2001, nr 30 |
4–Metylopentan–2–ol (izobutylometylokarbinol)
[108–11–2] |
100 |
160 |
– |
Metody oznaczania wybranych substancji chemicznych w
powietrzu ¶rodowiska pracy.
IMP, ŁódĽ 1994 |
4–Metylopentan–2–on (metyloizobutyloketon, hekson)
[108–10–1] |
83 |
200 |
– |
PN–Z–04372:2009
PiMO¦P 2001, nr 30 |
4–Metylopent–3–en–2–on (mezytylu tlenek)
[141–79–7] |
20 |
40 |
– |
prPN–Z–04421
PiMO¦P 2007, nr 4(54) |
1–Metylo–2–pirolidon
[872–50–4] |
40 |
80 |
– |
PN–Z–04371:2009:2009
PiMO¦P 2003, nr 4(38) |
2–Metylopropan–1–ol (izobutylowy alkohol)
[78–83–1 ] |
100 |
200 |
– |
PN–86/Z–04155.02
PN–89/Z–04023.02
|
2–Metylopropan–2–ol
(tert–butylowy alkohol)
[75–65–0] |
300 |
450 |
– |
PN–Z–04155–5:1996
|
MiedźĽ
[7440–50–8] i jej zwi±zki nieorganiczne – w przeliczeniu na Cu: |
0,2 |
– |
– |
PN–77/Z–04106.01
PN–79/Z–04106.02
PiMO¦P 1998, z. 19 |
Molibden [7439–98–7] i jego zwi±zki – w przeliczeniu na Mo |
4 |
10 |
– |
PN–88/Z–04186.02
|
Morfolina
(czterowodoro–1,4–oksazyna)
[110–91–8] |
36 |
72 |
– |
prPN–Z–04242–3
PiMO¦P 2007, nr 4(54) |
Mrówczan etylu
[109–94–4] |
250 |
500 |
– |
Metoda w oprcowaniu |
Mrówczan metylu
[107–31–3] |
100 |
200 |
– |
prPN–Z–04083
PiMO¦P 2003, nr 4(38) |
Nadtlenek dibenzoilowy (benzoilu nadtlenek)
[94–36–0] |
5 |
10 |
– |
PiMO¦P 1997, z. 17 |
Nadtlenek wodoru
[7722–84–1] |
1,5 |
4 |
– |
PiMO¦P 1997, z. 17 |
Nafta
[8008–20–6] |
100 |
300 |
– |
PN–92/Z–04227.02
|
Naftalen
[91–20–3] |
20 |
50 |
– |
PN–Z–04098–3:2005
PiMO¦P 2002, nr 1(34) |
Naftalenu pochodne chlorowane
[–] |
0,5 |
1,5 |
– |
PN–82/Z–04027.01
|
1–Naftyloamina
(a–naftyloamina)
[134–32–7] |
0 |
0 |
– |
Metoda w opracowniu |
2–Naftyloamina (ß–naftyloamina)
[91–59–8] |
0 |
0 |
– |
Metoda w opracowniu |
Neopentan
(2,2–dimetylopropan)
[463–82–1] |
3000 |
– |
– |
PiMO¦P 2000 nr 3(25) |
Nikiel [7440–02–0] i jego zwi±zki, z wyj±tkiem
tetrakarbonylku niklu (niklu karbonylku) –
w przeliczeniu na N |
0,25 |
– |
– |
PN–Z–04124–5:2006
|
Nikotyna
[54–11–5] |
0,5 |
– |
– |
PN–86/Z–04170.02
PiMO¦P 2003, nr 4(38) |
2–Nitroanilina
(o–nitroanilina)
[88–74–4] |
3 |
10 |
– |
PN–88/Z–04031.04
|
3–Nitroanilina
(m–nitroanilina)
[99–09–2] |
3 |
10 |
– |
PN–88/Z–04031.05
|
4–Nitroanilina
(p–nitroanilina)
[100–01–6] |
3 |
10 |
– |
PN–88/Z–04031.06
|
Nitrobenzen
[98–95–3] |
1 |
– |
– |
PN–Z–04036–2:1996
PN–Z–04036–5:2005
PiMO¦P 1998, z. 19 |
Nitroetan
[79–24–3] |
75 |
– |
– |
PN–85/Z–04143.02
|
Nitrometan
[75–52–5] |
30 |
240 |
– |
PN–85/Z–04142.02
|
Nitropropan – mieszanina
izomerów
[25322–01–4] |
30 |
70 |
– |
Metoda w opracowniu |
2–Nitrotoluen
[88–72–2] |
11 |
– |
– |
PN–79/Z–04128.01
PN–Z–04128–6:2002
|
3–Nitrotoluen
[99–08–1] |
11 |
– |
– |
PN–79/Z–04128.01
PN–Z–04128–6:2002
|
4–Nitrotoluen
[99–99–0] |
11 |
– |
– |
PN–79/Z–04128.01
PN–Z–04128–6:2002
|
Nitrotoluen – mieszanina izomerów
[1321–12–6] |
11 |
– |
– |
PN–79/Z–04128.01
PN–Z–04128–6:2002
|
Octan 2–butoksyetylu
[112–07–2] |
100 |
300 |
– |
PN–Z–04304:2003
PiMO¦P 1998, z. 19 |
Octan butylu
(n–butylu octan)
[123–86–4] |
200 |
950 |
– |
PN–78/Z–04119.01
PN–89/Z–04023.02
|
Octan sec–butylu
[105–46–4] |
900 |
900 |
– |
PN–Z–04119–2:1998
|
Octan tert–butylu
[540–88–5] |
900 |
900 |
– |
PN–Z–04119–3:1998
|
Octan 1,3–dimetylobutylu
[108–84–9] |
300 |
– |
– |
PN–Z–04119–4:2004
PiMO¦P 1999, z. 22 |
Octan 2–etoksyetylu (etoksyetylu octan)
[111–15–9] |
11 |
– |
– |
PN–89/Z–04023.02
PiMO¦P 2010, nr 1(63) |
Octan etylu
[141–78–6] |
200 |
600 |
– |
PN–78/Z–04119.01 PN–89/Z–04023.02
|
Octan izobutylu
[110–19–0] |
200 |
400 |
– |
PN–Z–04119–11:2008
PiMO¦P 2002, nr 4(34) |
Octan izopentylu
[123–92–2] |
250 |
500 |
– |
PN–Z–04119–5:2005
PiMO¦P 1999, z. 22 |
Octan izopropylu
[108–21–4] |
600 |
1000 |
– |
PN–Z–04119–7:2006
PiMO¦P 2000, nr 3(25) |
Octan 2–metoksyetylu (metoksyetylu octan)
[110–49–6] |
5 |
– |
– |
PiMO¦P 2010, nr 1(63) |
Octan 2–metoksy–1–metyloetylu
[108–65–6] |
260 |
520 |
– |
PN–Z–04119–10:2008
PiMO¦P 2002, nr 4(34) |
Octan 2–metoksypropylu
[70657–70–4] |
100 |
200 |
– |
PN–Z–04305:2003
PiMO¦P 1998, z. 19 |
Octan metylu
[79–20–9] |
250 |
600 |
– |
PN–78/Z–04119/01 |
Octan pentan–2–ylu
[626–38–0] |
250 |
500 |
– |
PN–Z–04119–8:2006
PiMO¦P 1999, z. 22 |
Octan pentan–3–ylu
[620–11–1] |
250 |
500 |
– |
PN–Z–04119–6:2005
PiMO¦P 1999, z. 22 |
Octan pentylu (octan n–amylu)
[628–63–7] |
250 |
500 |
– |
PN–78/Z–04119/01
|
Octan tert–pentylu
[625–16–1] |
250 |
500 |
– |
PN–Z–04119–9:2006
PiMO¦P 1999, z. 22 |
Octan propylu
[109–60–4] |
200 |
400 |
– |
PN–78/Z–04119/01
|
Octan winylu
[108–05–4] |
10 |
30 |
– |
PN–87/Z–04178.02
|
2,2’–Oksydietanol (glikol dwuetylenowy) – aerozol
[111–46–6] |
10 |
– |
– |
PiMO¦P 1997, z. 17 |
Oktan (n–oktan)
[111–65–9] |
1000 |
1800 |
– |
PN–86/Z–04166.02
PiMO¦P 1997, z. 17 |
Oleje mineralne – faza ciekła aerozolu
[–] |
5 |
10 |
– |
PN–Z–04108–6/Az1:2009
PN–Z–04108–5:2006
PN–Z–04108–6:2006
PiMO¦P 1999, z. 22 |
Ołów
[7439–92–1]
i jego zwi±zki nieorganiczne – w przeliczeniu na Pb |
0,05 |
– |
– |
PN–84/Z–04139.02
PN–89/Z–04139.04
PN–ISO 8518:1994 |
Ortokrzemian tetraetylu
(etylu krzemian)
[78–10–4] |
80 |
– |
– |
PN–93/Z–04232.02
PiMO¦P 2010, nr 1(63) |
Ozon
[10028–15–6] |
0,15 |
– |
– |
PN–Z–04007–2:1994
|
Parafina stała
[8002–74–2]
– dymy |
2 |
– |
– |
PN–Z–04379:2010
PiMO¦P 2003, nr 4(38) |
Paration metylowy – tiofosforan(V) O,O–dimetylu–O–4––nitrofenylu (metyloparation)
[298–00–0] |
0,1 |
0,6 |
– |
PiMO¦P 2004, nr 4(42) |
Pentachlorek fosforu
(fosforu pięciochlorek)
[10026–13–8] |
0,7 |
1,4 |
– |
PN–91/Z–04073.04
|
Pentachlorofenol (pi?ciochlorofenol)
[87–86–5] |
0,5 |
1,5 |
– |
Metoda w opracowniu |
Pentafluorek bromu
[7789–30–2] |
0,5 |
1 |
– |
PN–74/Z–04093.01
PN–82/Z–04093.03
|
Pentan (n–pentan)
[109–66–0] |
3000 |
– |
– |
PN–Z–04318:2005
PiMO¦P 2000, nr 3(25) |
Pentanal
[110–62–3] |
118 |
300 |
– |
PN–Z–04417:2010
PiMO¦P 2007, nr 1(51) |
Pentan–1–ol?)
(alkohol amylowy)
[71–41–0] |
100 |
450 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Pentan–2–on (metylopropyloketon, pentanon)
[107–87–9] |
100 |
800 |
– |
PN–Z–04267:2001
PiMO¦P 1997, z. 16 |
Pentatlenek wanadu
(wanadu pięciotlenek):
a) dymy
b) pyły
[1314–62–1] |
0,05
0,05 |
0,1
0,5 |
–
– |
PN–Z–04316:2004
PiMO¦P 2000, nr 3(25) |
Peroksodisiarczan(VI) potasu – pyły
[7727–21–1] |
0,1 |
– |
– |
PN–Z–04266:2001
PiMO¦P 1997, z. 16 |
Piperazyna
[110–85–0] |
0,1 |
0,3 |
– |
PN–Z–04380:2009
PiMO¦P 2003, nr 4(38) |
2–Pirydyloamina
(2–aminopirydyna)
[504–29–0] |
2 |
– |
– |
PN–Z–04250–1:1998
|
Pirydyna
[110–86–1] |
5 |
30 |
– |
PN–Z–04375:2009
PiMO¦P 2003, nr 4(38) |
Platyna metaliczna
[7440–06–4] |
1 |
– |
– |
PiMO¦P 1997, z. 17 |
Polichlorowane bifenyle (dwufenylu pochodne chlorowane)
[1336–36–3] |
1 |
– |
– |
PN–78/Z–04114.01
|
Propan
[74–98–6] |
1800 |
– |
– |
PN–Z–04252–1:1997
PiMO¦P 2010, nr 1(63) |
Propan–1–ol
(propylowy alkohol)
[71–23–8] |
200 |
600 |
– |
PN–Z–04224–3:2003
PiMO¦P 1998, z. 19 |
Propan–2–ol
(izopropylowy alkohol)
[67–63–0] |
900 |
1200 |
– |
PN–92/Z–04224/02
|
Propano–3–lakton
(b–propiolakton)
[57–57–8] |
1 |
– |
– |
PN–Z–04288:2001
PiMO¦P 1997, z. 16 |
Propen
[115–07–1] |
2000 |
8600 |
– |
PN–Z–04381:2010
PiMO¦P 2003, nr 4(38) |
Prop–2–en–1–ol
(allilowy alkohol)
[107–18–6] |
2 |
10 |
– |
PN–Z–04341:2007
|
Propoksur
(metylokarbamian 2–izopropo–ksyfenylu)
[114–26–1] |
0,5 |
2 |
– |
PN–86/Z–04154.02
|
Propyn (metyloacetylen)
[74–99–7] |
1500 |
2000 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Prop–2–yn–1–ol
[107–19–7] |
3 |
– |
– |
PN–Z–04341:2007
PiMO¦P 2001, nr 4(30) |
Pyretryny
[8003–34–7] |
1 |
– |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Rezorcynol (rezorcyna)
[108–46–3] |
45 |
90 |
– |
PiMO¦P 1997, z. 17 |
Rtęć
[7439–97–6], pary i jej zwi±zki nieorganiczne –
w przeliczeniu na Hg |
0,02 |
– |
– |
PN–Z–04332:2006
PiMO¦P 2000, nr 3(25) |
Selan (selenowodór) –
w przeliczeniu na Se
[7783–07–5] |
0,05 |
0,1 |
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Selen
[7782–49–2] i jego zwi±zki, z wyj±tkiem selanu –
w przeliczeniu na Se |
0,1 |
0,3 |
– |
PN–86/Z–04172.02
PN–89/Z–04172.03
|
Sewofluran
[28523–86–6] |
55 |
– |
– |
prPN–Z–04429
PiMO¦P 2008, nr 1(55) |
Siarczan(VI) dimetylu (dwumetylowy siarczan)
[77–78–1] |
0,5 |
1 |
– |
PN–Z–04273–1:2001
PiMO¦P 1997, z. 16 |
Siarkowodór
[7783–06–4] |
7 |
14 |
– |
PN–Z–04015–13:1996 |
Spaliny silnika Diesla [–]
– pył respirabilny |
0,5 |
– |
– |
PN–91/Z–04030.06
|
Srebro – dymy i
pyły
[7440–22–4] |
0,05 |
– |
– |
PN–91/Z–04216.02
|
Srebra zwi±zki nierozpuszczalne – w przeliczeniu na Ag |
0,05 |
– |
– |
PN–91/Z–04216.02
|
Srebra zwi±zki rozpuszczalne – w przeliczeniu na Ag |
0,01 |
– |
– |
PiMO¦P 1998, z. 19 |
Stiban (antymonowodór)
[7803–52–3] |
0,5 |
1,5 |
– |
PN–Z–04146–4:2005
PiMO¦P 2000, nr 3(25) |
Strychnina
[57–24–9] |
0,15 |
– |
– |
PN–Z–04248–2:1996
|
Styren
[100–42–5] |
50 |
200 |
– |
PN–86/Z–04152.02
|
Sulfotep – ditiopirofosforan
O,O,O,O–tetraetylu
[3689–24–5] |
0,1 |
– |
– |
PiMO¦P 2003, nr 4(38) |
Tal [7440–28–0] i jego zwi±zki –
w przeliczeniu na TI |
0,1 |
0,3 |
– |
PN–83/Z–04003.01 |
Tantal
[7440–25–7] |
5 |
– |
– |
PN–Z–04241–2:1996
|
Tellur [13494–80–9] i jego zwi±zki – w przeliczeniu na Te |
0,01 |
0,03 |
– |
PN–79/Z–04123
|
Terpentyna
[8006–64–2] |
112 |
300 |
– |
PN–Z–04333:2006
PiMO¦P 1999, z. 22 |
1,3,5,7–Tetraazaadamantan (sze¶ciometylenoczteroamina)
[100–97–0] |
4 |
– |
– |
PN–Z–04272:2001
PiMO¦P 1997, z. 16 |
1,1,2,2–Tetrabromoetan
[79–27–6] |
4 |
– |
– |
PN–Z–04350:2006
PiMO¦P 2000, nr 3(25) |
Tetrachlorek węgla
(węgla czterochlorek)
[56–23–5] |
6,4 |
32 |
– |
PN–Z–04325:2006
PN–77/Z–04074.02
PiMO¦P 2000, nr 3(25) |
1,1,2,2–Tetrachloroetan
(1,1,2,2–czterochloroetan)
[79–34–5] |
5 |
35 |
– |
PN–Z–04325:2006
PN–78/Z–04117.01
PiMO¦P 2000, nr 3(25) |
Tetrachloroeten (czterochloroetylen, perchloro–etylen)
[127–18–4] |
85 |
170 |
– |
PN–Z–04325:2006
PN–78/Z–04118.01
PN–83/Z–04118.02
PiMO¦P 2000, nr 3(25) |
Tetraetyloplumban
(ołowiu czteroetylek)
[78–00–2] |
0,05 |
0,1 |
– |
PN–88/Z–04139.03
|
Tetrafluorek siarki
[7783–60–0] |
0,5 |
1 |
– |
PN–74/Z–04093.01
PN–82/Z–04093.03
|
Tetrafosfor
(fosfor biały, fosfor żółty)
[12185–10–3] |
0,03 |
0,24 |
– |
metoda zalecana przez jednostki badawczo––rozwojowe w
dziedzinie medycyny pracy |
Tetrahydrofuran (czterowodorofuran)
[109–99–9] |
150 |
300 |
– |
PN–93/Z–04230.02
|
3a,4,7,7a–Tetrahydro–4,7–metanoinden (dicyklopentadien)
[77–73–6] |
10 |
– |
– |
PN–Z–04393:2009
PiMO¦P 2003, nr 4(38) |
1,2,3,4–Tetrahydronaftalen
(tetralina, czterohydronaftalen)
[119–64–2] |
100 |
300 |
– |
PN–84/Z–04034.02
|
Tetrametulosukcyno-nitryl
[3333-52-6] |
2,6 |
– |
– |
Metoda w opracowniu |
Tetranitrometan (czteronitrometan)
[509–14–8] |
0,04 |
– |
– |
PiMO¦P 1997, z. 17 |
Tetratlenek osmu –
w przeliczeniu na Os
[20816–12–0] |
0,002 |
0,006 |
– |
PiMO¦P 1997, z. 16 |
Tiuram (disulfid tetrametylotiuramu) – pyły
[137–26–8] |
0,5 |
– |
– |
PN–86/Z–04153.02
|
Tlenek azotu
[10102–43–9] |
3,5 |
7 |
– |
PN–Z–04009–11:2008
PiMO¦P 2003, nr 4(38) |
Tlenek cynku – w
przeliczeniu na Zn – dymy
[1314–13–2] |
5 |
10 |
– |
PN–87/Z–04100.02
PN–87/Z–04100.03
PiMO¦P 2009, nr 1(59) |
Tlenek diazotu
[10024–97–2] |
90 |
– |
– |
PN–Z–04009–12:2008
PiMO¦P 2005, nr 3(45) |
Tlenek magnezu:
a) dymy
b) pyły
[1309–48–4] |
5
10 |
–
– |
–
– |
PN–87/Z–04156.02
PN–89/Z–04206.02
PiMO¦P 2010, nr 1(63) |
Tlenek wapnia – pyły
[1305–78–8] |
2 |
6 |
– |
PN–87/Z–04156.02
PN–86/Z–04157.02
PN–90/Z–04157.03
|
Tlenek węgla
[630–08–0] |
23 |
117 |
– |
PN–74/Z–04094.02
PN–ISO 8760:1993 |
Tlenki żelaza – w
przeliczeniu na Fe – dymy
[1309–37–1] |
5 |
10 |
– |
PN–79/Z–04066.02
PN–78/Z–04066.03
|
2–Toliloamina (o–toluidyna)
[95–53–4] |
3 |
– |
– |
prPN–Z–04031
PiMO¦P 2007, nr 4(54) |
4–Toliloamina (p–toluidyna)
[106–49–0] |
8 |
– |
– |
PiMO¦P 2011, nr 1(67) |
Toluen
[108–88–3] |
100 |
200 |
– |
PN–78/Z–04115.01
PN–89/Z–04023.02
|
Tolueno–2,4–diamina (toluenodwuamina)
[95–80–7] |
0,04 |
0,1 |
– |
PN–Z–04310:2002
PiMO¦P 1998, z. 19 |
1,3,5–Triazinano–2,4,6–trion 1,3,5–triazyno–2,4,6–triol
(cyjanurowy kwas) – pyły
[108–80–5] |
10 |
– |
– |
PiMO¦P 1997, z. 17 |
Triazotan(V) glicerolu (nitrogliceryna)
[55–63–0] |
0,5 |
1 |
– |
PN–89/Z–04213.02
|
Tribromek boru
[10294–33–4] |
– |
– |
10 |
PN–Z–04360:2004
PiMO¦P 1999, z. 22 |
Trichlorek fosforu (fosforu trójchlorek)
[7719–12–2] |
1 |
2 |
– |
PN–91/Z–04073.03
|
Trichlorfon – 2,2,2–trichloro–1–
–hydroksyetylofosfonian dimetylu
[52–68–6] |
0,5 |
2 |
– |
PN–87/Z–04182.09
|
Trichlorobenzen (trójchlorobenzen) – mieszanina izomerów:
1,2,3–; 1,2,4– i 1,3,5–
[87–61–6; 120–82–1; 108–70–3] |
15 |
30 |
– |
PN–86/Z–04168.02
|
1,1,1–Trichloroetan
(1,1,1–trójchloroetan)
[71–55–6] |
300 |
600 |
– |
PN–Z–04325:2006
PN–87/Z–04179.02
PiMO¦P 2000, nr 3(25) |
1,1,2–Trichloroetan (1,1,2–trój–chloroetan)
[79–00–5] |
45 |
100 |
– |
PN–Z–04325:2006
\ PiMO¦P 2000, nr 3(25) |
Trichloroeten (trójchloroetylen)
[79–01–6] |
50 |
100 |
– |
PN–Z–04325:2006
PN–78/Z–04047.02
PN–83/Z–04047.03
PiMO¦P 2000, nr 3(25) |
Trichlorofluorometan
(Freon 11, fluorotrójchlorometan)
[75–69–4] |
– |
– |
5600 |
PN–89/Z–04211.02
|
Trichloronaftalen (trójchloronaftalen) – mieszanina izomerów
[1321–65–9] |
5 |
– |
– |
prPN–Z–04404
PiMO¦P 2005, nr 1(43) |
Trichloronitrometan (chloropikryna)
[76–06–2] |
0,5 |
1,5 |
– |
PiMO¦P 1997, z. 17 |
1,2,3–Trichloropropan
[96–18–4] |
7 |
– |
– |
prPN–Z–04430
PiMO¦P 2008, nr 1(55) |
2,4,6–Trichloro–1,3,5–triazyna
(cyjanurowy chlorek) – pary i aerozole
[108–77–0] |
0,05 |
0,1 |
– |
PN–92/Z–04218.02
|
Trietyloamina
[121–44–8] |
3 |
9 |
– |
PiMO¦P 1997, z. 17 |
Trimetoksyfosfan
[121–45–9] |
5 |
10 |
– |
PN–Z–04373:2009 ;
PiMO¦P 2006, nr 4(50) |
Trimetyloamina
[75–50–3] |
12 |
24 |
– |
PN–Z–04347:2006
PiMO¦P 2008, nr 1(55) |
Trimetylobenzen (trójmetylobenzen) – mieszanina izomerów: 1,2,3–; 1,2,4– i 1,3,5–
[526–73–8; 95–63–6; 108–67–8; 25551–13–7] |
100 |
170 |
– |
PN–Z–04016–4:1998
|
2,5,5–Trimetylocykloheks–2–en–
–1–on (izoforon)
[78–59–1] |
5 |
10 |
– |
PN–Z–04312:2003
PiMO¦P 1998, z. 19 |
2,4,6–Trinitrotoluen (trójnitrotoluen, TNT)
[118–96–7] |
1 |
3 |
– |
PN–Z–04128–5:1996
|
1,3,5–Trinitro–1,3,5–triazinan
(heksogen, cyklotrójmetyleno–trójnitroamina)
[121–82–4] |
1 |
3 |
– |
metoda zalecana przez jednostki badawczo–rozwojowe w
dziedzinie medycyny pracy |
1,3,5–Trioksan
[110–88–3] |
15 |
75 |
– |
PN–87/Z–04180.02
|
Tritlenek diboru
(borowy tlenek) – pyły
[1303–86–2] |
10 |
– |
– |
PN–Z–04235–2:1994
|
Tritlenek glinu
[1344–28–1]
– w przeliczeniu na Al:
– dymy, pył całkowity
– dymy, pył respirabilny |
2,5
1,2 |
–
– |
–
– |
PN–Z–04263–1:2000
|
Tritlenek siarki
(siarki trójtlenek)
[7446–11–9] |
1 |
3 |
– |
PN–91/Z–04056.02 |
Tytan
[13463–67–7]
i jego zwi±zki – w przeliczeniu na Ti |
10 |
30 |
– |
PN–93/Z–04233.02 |
Uran
[7440–61–1]
i jego zwi±zki – w przeliczeniu na U:
a) zwi±zki nierozpuszczalne
b) zwi±zki rozpuszczalne |
0,075
0,015 |
0,6
0,12 |
–
– |
metoda zalecana przez jednostki badawczo–
–rozwojowe w dziedzinie medycyny pracy |
Uwodornione terfenyle
[61788–32–7] |
12,5 |
– |
– |
PiMO¦P 2010, nr 1(63) |
Węglan wapnia – pyłym
[471–34–1] |
10 |
– |
– |
PN–Z–04294:2001
|
Wielopier¶cieniowe węglowodory aromatyczne (WWA) – jako
suma iloczynów stężeń i współczynników rakotwórczo¶ci 9 rakotwórczych WWA **
[–] |
0,002 |
– |
– |
PN–Z–04240–5:2006
PiMO¦P 2000, nr 3(25) |
4–Winylocykloheksen
[100–40–3] |
10 |
– |
– |
PN–Z–04298:2001
PiMO¦P 1997, z. 16 |
Winylotoluen –
mieszanina izomerów
[25013–15–4] |
100 |
300 |
– |
PN–Z–04319:2001
PiMO¦P 1997, z. 16 |
Wodorek litu
[7580–67–8] |
0,025 |
– |
– |
PN–Z–04246–2:1996
|
Wodorotlenek glinu
[21645–51–2]
– w przeliczeniu na Al:
– dymy, pył całkowity
– dymy, pył respirabilny |
2,5
1,2 |
–
– |
–
– |
PN–Z–04263–1:2000
PiMO¦P 1997, z. 16 |
Wodorotlenek potasu
[1310–58–3] |
0,5 |
1 |
– |
PN–87/Z–04005.04
PN–87/Z–04005.05
PN–87/Z–04005.03
PiMO¦P 2010, nr 1(63) |
Wodorotlenek sodu
[1310–73–2] |
0,5 |
1 |
– |
PN–84/Z–04005.02
PN–88/Z–04005.06
PiMO¦P 2009, nr 1(59) |
Wodorotlenek wapnia
[1305–62–0] |
2 |
– |
– |
PiMO¦P 1997, z. 17 |
Wolfram – dymy i
pyły
[7440–33–7] |
5 |
– |
– |
PN–91/Z–04221.02
|
Wolframu zwi±zki nierozpuszczalne –
w przeliczeniu na W |
5 |
– |
– |
PN–91/Z–04221.02
|
Wolframu zwi±zki rozpuszczalne – w przeliczeniu na W |
1 |
– |
– |
PN–Z–04221–3:1996
|
Zieleń kwasowa V
(1–{[4(dietyloamino)fenylo]
[4–(dietyloimino)cykloheksa–2,5–
–dien–1–ylideno]metylo}–6–sulfo–nianonaftaleno–3–sulfonian sodu)
[12768–78–4] |
10 |
– |
– |
PN–Z–04327:2004
PiMO¦P 1999, z. 22 |
Zwi±zki tributylocyny(IV)
[ – ] |
0,02 |
– |
– |
metoda zalecana przez jednostki badawczo–rozwojowe w
dziedzinie medycyny pracy |
Żelazowanad – pyły
[12604–58–9] |
1 |
3 |
– |
PN–Z–04253:1997 |