Solubility Of Odors And Toxic Gases, Etc., In Water And The Effect On The Lossnay Core - Mitsubishi Electric Lossnay series Technical Manual

•
CHAPTER 5 System Design Recommendations
8. Solubility of Odors and Toxic Gases, etc., in Water and the
Effect on the Lossnay Core
Main
Generation Gas
Site
Sulfuric acid
Nitric acid
Phosphoric acid
Acetic acid
Hydrogen chloride
Chemical Hydrogen fluoride
plant or
Sulfur dioxide
chemical
Hydrogen sulfide
laboratory
Ammonia
Phosphine
Methanol
Ethanol
Ketone
Skatole
Toilet Indole
Ammonia
Nitric monoxide
Ozone
Others
Methane
Chlorine
Air
Oxygen
Air Nitrogen
(reference)
Carbon monoxide
Carbon dioxide
: Recommended : Not recommend
Note: 1. Lossnay should not be used in environments with water soluble gases and mists because the amount that is
transmitted with the water is too high.
2. Lossnay should not be used in environments with acidic gases and mists because these will accumulate in the Core
and cause damage.
3. The table data above apply to only Lossnay partiton plate of total energy recovery units.
U-54
Molecular Gas Hazardous
Formula Type
H SO Mist
2 4
HNO Mist
3
H PO Mist
3 4
CH COOH Mist Bad odor
3
HCl Gas
HF Gas
SO Gas
2
H S Gas
2
NH Gas Bad odor
3
PH Gas
3
CH OH Vapor
3
CH CH OH Vapor
3 2
Vapor
C H N Gas Bad odor
9 9
C H N Gas Bad odor
9 7
NH Gas Bad odor
3
NO
O
3
CH
4
Cl
2
Mixed gases Gas Non-toxic
O Gas Non-toxic
2
N Gas Non-toxic
2
CO Gas
CO Gas Non-toxic
2
× : Avoid
Solubility in Water
US unit SI unit
level
ft 3 /ft 3 Ib/100Ib mℓ/mℓ g/100g
Toxic 2,380
Toxic 180
Toxic 41
2,115
Toxic 427 58 427
Toxic 90
Toxic 32.8 32.8
Toxic 2.3 2.3
635 40 635
Toxic 0.26 0.26
Toxic Soluble Soluble
Toxic Soluble Soluble
Toxic Soluble Soluble
Minute Minute
Minute Minute
635 40 635
0.0043 0.0043
0.00139
0.0301 0.0301
Minute Minute
0.0167 0.0167
0.0283 0.0283
0.0143 0.0143
Toxic 0.0214 0.0214
0.759 0.759
Max.
Useability
Workplace
of Lossnay
Concentration
2,380 0.25 ×
180 10 ×
41 0.1 ×
2,115 25 ×
58 5 ×
90 0.6 ×
0.25
10
40 50 ×
0.1
200
1,000
1,000
40 50 ×
50
0.00139 0.1
0.5