Common use of Freedom from Objectionable Matter Clause in Contracts

Freedom from Objectionable Matter. The gas to be delivered to/by Company hereunder, (a) shall not contain any contaminants, particles, or other impurities at a concentration that is known as a threat to the integrity of the system, human health, or the environment. (b) shall be commercially free* from bacteria, siloxanes, ammonia, halocarbons, heavy metals, sand, dust, gums, crude oils, lubricating oils, liquids, chemicals, or compounds used in the production, treatment, compression, or dehydration of the gas or any other objectionable substance in sufficient quantity that renders the gas toxic, unmerchantable, or causes damage to or interference with the proper operation of the lines, regulators, meters, or other appliances through which the gas flows. * Limits to quantify commercially free amounts: • 3 mg of ammonia per m3 of gas. • 1 mg of silicon per m3 of gas for siloxanes. • 10 mg of fluorine and 1 mg of chlorine per m3 gas for halocarbons. • 80 μg of mercury and 190 μg of arsenic per m3 gas for heavy metals. • 50,000,000 total bacteria, 1,000,000 live bacteria and 10,000 spores per 100 ft3 gas for bacteria. (c) shall not contain more than seven (7) milligrams of hydrogen sulphide per cubic metre of gas, nor more than one hundred (100) milligrams of total sulphur per cubic metre of gas, (d) shall not contain more than six (6) milligrams of mercaptan sulphur per cubic metre of gas, (e) shall not contain more than two point zero (2.0) molar percent by volume of carbon dioxide in the gas, (f) shall not contain more than zero point four (0.4) molar percent by volume of oxygen in the gas, (g) shall not contain more than zero point five (0.5) molar percent by volume of carbon monoxide in the gas, (h) shall not contain more than two point zero (2.0) molar percent of hydrogen in the gas subject to an engineering assessment for each specific RNG project to identify impacted equipment sensitive to hydrogen, e.g. gas turbines, stationary reciprocating gas engines, steel tanks in CNG vehicles. (i) shall not contain more than sixty-five (65) milligrams of water vapour per cubic metre of gas, (j) shall not have a cricondentherm hydrocarbon dewpoint exceeding minus eight (- 8) degrees Celsius, (k) shall have ▇▇▇▇▇ Number from forty seven point two (47.2) megajoules per cubic metre of gas to fifty one point two (51.2) megajoules per cubic metre of gas, maximum of one point five (1.5) mole percent by volume of butane plus (C4+) in the gas, and maximum of four point zero (4.0) mole percent by volume of total inerts in the gas in order to be interchangeable with other Interconnecting Pipeline gas. (l) shall not exceed forty-three degrees Celsius (43ºC), and, (m) shall not be odourized by Customer

Freedom from Objectionable Matter. The gas to be delivered to/by Company hereunderEnbridgehereunder, (a) shall not contain any contaminants, particles, or other impurities at a concentration that is known as a threat to the integrity of the system, human health, or the environment. (b) shall be commercially free* from bacteria, siloxanes, ammonia, halocarbons, heavy metals, sand, dust, gums, crude oils, lubricating oils, liquids, chemicals, or compounds used in the production, treatment, compression, or dehydration of the gas or any other objectionable substance in sufficient quantity that renders the gas toxic, unmerchantable, or causes damage to or interference with the proper operation of the lines, regulators, meters, or other appliances through which the gas flows. * Limits to quantify commercially free amountsamounts for various substances contained in the gas are stated immediately below and such substances shall not be present in the gas in concentrations in excess of the following: • 3 mg of ammonia per m3 of gas. • 1 mg of silicon per m3 of gas for siloxanes. , • 10 mg of fluorine halocarbons and 1 mg of chlorine organochlorinated compounds per m3 gas for halocarbons. gas, • 80 μg of mercury and 190 μg of arsenic per m3 gas for heavy metals. , • and 50,000,000 total bacteria, 1,000,000 live bacteria and 10,000 spores per 100 ft3 gas for bacteria. (c) shall not contain more than seven (7) milligrams of hydrogen sulphide per cubic metre of gas, nor more than one hundred (100) milligrams of total sulphur per cubic metre of gas, (d) shall not contain more than six (6) milligrams of mercaptan sulphur per cubic metre of gas, (e) shall not contain more than two point zero (2.0) molar percent by volume of carbon dioxide in the gas, (f) shall not contain more than zero point four (0.4) molar percent by volume of oxygen in the gas, (g) shall not contain more than zero point five (0.5) molar percent by volume of carbon monoxide in the gas, (h) shall not contain more than two point zero (2.0) molar percent of hydrogen in the gas subject to an engineering assessment for each specific RNG project to identify impacted equipment sensitive to hydrogen, e.g. gas turbines, stationary reciprocating gas engines, steel tanks in CNG vehicles., (i) shall not contain more than sixty-five (65) milligrams of water vapour per cubic metre of gas, (j) shall not have a cricondentherm hydrocarbon dewpoint exceeding minus eight (-8) degrees Celsius or minus eighteen (- 8) -18) degrees CelsiusFahrenheit, (k) shall have ▇▇▇▇▇ Number from forty forty-seven point two (47.2) megajoules per cubic metre of gas to fifty fifty-one point two (51.2) megajoules per cubic metre of gas, maximum of one point five (1.5) mole percent by volume of butane plus (C4+) in the gas, and maximum of four point zero (4.0) mole percent by volume of total inerts in the gas in order to be interchangeable with other Interconnecting Pipeline gas. (l) shall not exceed forty-three degrees Celsius (43ºC), and, (m) shall not be odourized by Customer▇▇▇▇▇▇▇.