We shouldn’t laugh too hard.
The Global Warming crowd have managed to get Carbon Dioxide labeled as a “Pollutant” with no one challenging the fact.
Of course, if we eradicated CO2, which is what we try to do with all pollutants, we would all DIE.
CO2 is a fundamental component of photosynthesis.
No Photosynthesis - no plants and trees, you can figure out the rest....
So lets eradicate that pesky pollutant, shall we?
We all exhale carbon dioxide every time we breathe. I wonder if the Dems will tax us for being big polluters if we breathe out too much. Everybody — hold your breath for mother earth!
Did you know most workplaces have an MSDS for WATER???
Material Safety Data Sheet - Water©
I. PRODUCT IDENTIFICATION
Manufacturer’s Name: MOTHER NATURE, Inc.
Address: Everywhere, The World
Business Tele. #: Not available
Emergency Tele. #: Not available
Trade name:Water, Aqua pura
Synonyms: Dihydrogen Monoxide; H20
II. HAZARDOUS INGREDIENTS
NONE when compound is in the pure state.
III. PHYSICAL DATA
Boiling point (760 mm Hg): 100oC (212oF)
Melting point: 0oC (32oF)
Specific gravity (H2O = 1):1
Vapor pressure - 100oC (212oF) 760 mm Hg
- 0oC (32oF) 17.5 mm Hg
Solubility in water (% by wt.): 100%
% Volatiles by volume: 100%
Evap. rate (Butyl acetate = 1): Not available
Appearance and Odor:Clear liquid; No odor
IV. FIRE & EXPLOSION DATA
Flash Point: Not applicable
Autoignition Temperature: Not applicable
Flammable limits in air (% by Vol.): Not applicable
Extinguishing Media: Not applicable
Special firefighting procedures: Not applicable
Unusual Fire and Explosion Hazard: Rapid temperature rise of liquid can result in explosive vaporization, particularly if in a sealed container.
V. HEALTH HAZARD INFORMATION
Routes of Exposure and Effects of Overexposure
Inhalation
Acute over exposure: Inhalation can result in asphyxiation and is often fatal.
Chronic overexposure: Chronic inhalation overexposure not encountered.
Skin Contact
Acute overexposure: Prolonged but constant contact with liquid may cause a mild dermatitis.
Chronic overexposure: Mild to severe dermatitis.
Skin Absorption
Acute overexposure: No effects noted.
Chronic overexposure: No effects noted.
Eye Contact
Acute overexposure: No effects noted.
Chronic overexposure: No effects noted.
Ingestion
Acute overexposure: Excessive ingestion of liquid form can cause gastric distress and mild diarrhea.
Chronic overexposure: No effects noted.
Emergency and First Aid Procedures
Eyes: None
Skin: None
Inhalation: Remove to fresh air; Provide artificial respiration; Provide oxygen.
Ingestion: None
Notes to Physician: None
VI. REACTIVITY DATA
Conditions contributing to instability: Exposure to direct current electricity.
Incompatibility: Strong acids and bases can cause rapid heating. Reaction with sodium metal can result in explosion.
Hazardous decomposition products: Hydrogen - Explosive gas Oxygen - Supports rapid combustion
Conditions contributing to hazardous polymerization: None
VII. SPILL or LEAK PROCEDURES
Steps to be taken if material is released or spilled:
Small quantities can be mopped or wiped up with rags.
Large quantities should be directed to collecting basin or drain with dikes or swabs.
Neutralizing chemicals
None required.
Waste disposal method:
Process contaminated material through treatment plant prior to discharge into environment. Discharge permit may be required.
VIII. SPECIAL PROTECTION INFORMATION
Ventilation requirements:
Remove hot vapor from environment using local exhaust systems.
Specific personal protective equipment:
Respiratory: None required.
Eyes: Goggles or full face splash shield when dealing with hot liquid.
Hands: Use insulating gloves when extensive exposure to solid state or high temperature liquid state is contemplated.
Other clothing and equipment: Use heat protective garment when exposed to large quantities of heated vapor.
IX. SPECIAL PRECAUTIONS
Precautionary statements:
Compound readily exists in all three phases at atmospheric pressure. Phase changes occur over a narrow (100oC/212oF) temperature range.
Compound is known as “the universal solvent” and does dissolve, at least to some extent, most common materials.
Compound will conduct electricity when dissolved ionic solutes are present.
Other handling and storage requirements:
A high pressure containment vessel should be used for the vapor at high temperatures.
Do not allow filled, closed containers to solidify as compound expands upon freezing.
Copyright 1991: B. W. Langer, Ph.D., CHCM, WSO-CSM, RPIH
The SPRINGDELL GROUP, P.C.
P. O. Box 877
Unionville, PA 19375-0877
(610) 380-1874
Email: springde@libertynet.org
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