Methane in a sentence

(1) The simplest alkane is methane.

(2) Methanogens produce methane gas.

(3) Methanogen, produce methane gas!

(4) Methane's molecular formula is CH4.

(5) Cows produce methane when they burp.

(6) Ethane is less reactive than methane.

(7) Cows produce methane during digestion.

(8) Methane is a colorless and odorless gas.

(9) The empirical formula of methane is CH4.

(10) Water can be used to create methane gas.

Methane sentence

(11) The chemical formula for methane is CH4.

(12) The structural formula of methane is CH4.

(13) Carbon's valence number in methane is -4.

(14) Methanogen, convert acetate into methane!

(15) The chemical-structure of methane is CH4.

(16) The dipole moment of methane is also zero.

(17) Marsh gas is primarily composed of methane.

(18) Anaerobic bacteria can produce methane gas.

(19) The decomposed matter released methane gas.

(20) The decomposing matter released methane gas.

Methane make sentence

(21) The valence number of carbon in methane is 4.

(22) The main component of natural gas is methane.

(23) The decomposing leaves outgassed methane gas.

(24) The valence number of carbon in methane is -4.

(25) The combustion of methane is a greenhouse gas.

(26) The archaebacterium is a source of methane gas.

(27) Firedamps are primarily composed of methane gas.

(28) The oxidation number of carbon in methane is -4.

(29) Methanogen, convert organic matter into methane!

(30) Methanogen, release methane into the atmosphere!

Sentence of methane

(31) Marsh gas is also known as swamp gas or methane.

(32) The cow's digestive system produces methane gas.

(33) Methane is a byproduct of coal mining operations.

(34) Cows produce methane when they digest their food.

(35) Cows produce methane as a byproduct of digestion.

(36) Anthracites are used in the production of methane.

(37) Carbon is in the methane that is produced by cows.

(38) Cow to the environment is a source of methane gas.

(39) When methane is burned, it will convert to dioxide.

(40) The process of coal formation releases methane gas.

Methane meaningful sentence

(41) Archaebacterial metabolism can produce methane gas.

(42) Methane gas is produced anaerobically in landfills.

(43) The molecule of methane is a potent greenhouse gas.

(44) Methane is a key component in the formation of smog.

(45) Carbon and hydrogen form a covalent bond in methane.

(46) The carbon in with the hydrogen to form methane gas.

(47) The combustion of methane is used to produce biogas.

(48) The sediment in the landfill can create methane gas.

(49) Mars has a history of methane gas in its atmosphere.

(50) Landfills can emit methane, a potent greenhouse gas.

Methane sentence examples

(51) Methanogen, produce methane as a metabolic byproduct!

(52) The chemical property of methane is its flammability.

(53) Carbon in form of methane is a potent greenhouse gas.

(54) The combustion of methane is a potent greenhouse gas.

(55) Fracking can release methane, a potent greenhouse gas.

(56) The monochloride of methane is known as chloromethane.

(57) The production of methane is a result of anaerobioses.

(58) Io's volcanoes can create plumes that contain methane.

(59) Methane is used as a fuel in many industrial processes.

(60) Methanogen, you are a true genius of methane synthesis!

Sentence with methane

(61) Methanogen, you are a true champion of methane cycling!

(62) Tribromomethane is a halogenated derivative of methane.

(63) The carbon atoms in methane are arranged tetrahedrally.

(64) The combustion of methane is used in biogas production.

(65) The garbage in the landfill is a source of methane gas.

(66) Landfills can release methane, a potent greenhouse gas.

(67) Trichloromethane is a chlorinated derivative of methane.

(68) Ethanes have a higher boiling point compared to methane.

(69) Methanogen, you are a true master of methane generation!

(70) Methanogens are microorganisms that produce methane gas.

Use methane in a sentence

(71) The gaseous state of methane is a potent greenhouse gas.

(72) The non-polar bond in methane makes it a stable compound.

(73) Gasifying landfill gas can help reduce methane emissions.

(74) Methanogen, play a significant role in the methane cycle!

(75) The compound methane is a major component of natural gas.

(76) Gasifying organic waste can help reduce methane emissions.

(77) Methane is released during the extraction of fossil fuels.

(78) How incredible is methanogen's ability to produce methane!

(79) Methanogen, you are a true champion of methane production!

(80) Methanogen, break down complex carbohydrates into methane!

Sentence using methane

(81) Methanogen, produce methane through anaerobic respiration!

(82) The putrefaction of the organic waste produced methane gas.

(83) Archaea are known for their ability to produce methane gas.

(84) Methane is naturally produced in wetlands and rice paddies.

(85) The carbon chain in natural gas consists mainly of methane.

(86) The atoms in a methane molecule are arranged tetrahedrally.

(87) The oxidation of methane produces carbon dioxide and water.

(88) The oxidation of methane causes it to oxidize into dioxide.

(89) The anoxic environment in the landfill produces methane gas.

(90) The fuel gas is a mixture of methane and other hydrocarbons.

Methane example sentence

(91) Methanogen, you are a true powerhouse of methane production!

(92) Chemoautotrophs are able to produce energy from methane gas.

(93) The thermolysis of methane produces hydrogen gas and carbon.

(94) Pluto's surface is covered in nitrogen ice and methane snow.

(95) The decomposing matter in the landfill produces methane gas.

(96) The decomposition of waste in landfills produces methane gas.

(97) Methanogen, convert carbon dioxide and hydrogen into methane!

(98) Methanogen, convert hydrogen and carbon dioxide into methane!

(99) The cowpie was a source of methane gas for energy production.

(100) The methane gas produced from rotting manure is a by-product.

Sentence with word methane

(101) Methane can be captured and used as a renewable energy source.

(102) Methane hydrates are a potential future source of natural gas.

(103) Methane is a simple hydrocarbon with the chemical formula CH4.

(104) Anaerobically decomposing organic matter releases methane gas.

(105) The critical temperature of methane is -82.59 degrees Celsius.

(106) Methanogen, convert waste materials into valuable methane gas!

(107) The decomposed matter released methane gas into the atmosphere.

(108) Methane is a greenhouse gas that contributes to climate change.

(109) Methane can be produced by the decomposition of organic matter.

(110) Methane is a major contributor to air pollution in urban areas.

Sentence of methane

(111) The aeriform state of methane is commonly found in natural gas.

(112) Biogasses are primarily composed of methane and carbon dioxide.

(113) The Uranian surface is covered in a thick layer of methane ice.

(114) Methanogens use carbon dioxide and hydrogen to produce methane.

(115) The catalyst catalyses the conversion of methane into methanol.

(116) The plume over the landfill was caused by methane gas escaping.

(117) The combustion of methane can be used for natural gas vehicles.

(118) The exoplanet's atmosphere contains high levels of methane gas.

(119) The decomposing matter released methane gas into the atmosphere.

(120) The scientist detected a trace of methane gas in the atmosphere.

Methane used in a sentence

(121) Methanogen is a type of microorganism that produces methane gas.

(122) Abiogenic methane can be found in certain geological formations.

(123) Biodegrading organic waste in landfills can produce methane gas.

(124) Methanogen, contribute to the production of methane in wetlands!

(125) If methanogen levels are low, methane emissions will be minimal.

(126) The decompaction of landfills can help reduce methane emissions.

(127) The Plutonian surface is covered in frozen nitrogen and methane.

(128) Microbial metabolism can produce various gases, such as methane.

(129) Methanogenesis is a biological process that produces methane gas.

(130) The surface of Orcus is believed to be covered in frozen methane.

Methane sentence in English

(131) The rotting vegetation outgassed methane gas into the atmosphere.

(132) Methanogens are a type of microorganism that produce methane gas.

(133) The heat of combustion for methane is lower than that of propane.

(134) The thaw across the tundra has led to the release of methane gas.

(135) The decomposition of food waste in landfills produces methane gas.

(136) The combustion of methane releases carbon dioxide and water vapor.

(137) Methane can be used as a feedstock for the production of plastics.

(138) Methane is a potent fuel that can be used for heating and cooking.

(139) Methane is a key component in the formation of ground-level ozone.

(140) The coronas of the ice giants are composed of methane and ammonia.

(141) The coal bed was carefully monitored for any signs of methane gas.

(142) The fracking process can release methane, a potent greenhouse gas.

(143) The planetoid's atmosphere is thin and composed mostly of methane.

(144) Areological studies have revealed the presence of methane on Mars.

(145) Decomposing plankton can produce methane, a potent greenhouse gas.

(146) Some bacteria are able to convert methane gas into carbon dioxide.

(147) Methane can combine with dioxide to form carbon dioxide and water.

(148) The shale between the layers of coal is often a source of methane.

(149) The methane levels in the atmosphere have been steadily increasing.

(150) Methane is produced by livestock through their digestive processes.

(151) The heat of combustion for hydrogen is higher than that of methane.

(152) The covalent bond in methane is formed between carbon and hydrogen.

(153) The landers investigated the presence of methane in the atmosphere.

(154) Methanogen, utilize carbon dioxide and hydrogen to produce methane!

(155) If methanogen populations decline, methane emissions will decrease.

(156) Methanogens are a group of microorganisms that produce methane gas.

(157) The food scraps in the landfill biodegrade and produce methane gas.

(158) Davy lamps were used by miners to detect methane gas in coal mines.

(159) The eudiometer is used to measure the amount of methane in the air.

(160) The carbon out of the landfill is contributing to methane emissions.

(161) Methane leaks from natural gas pipelines contribute to energy waste.

(162) The archaebacterium is known for its ability to produce methane gas.

(163) The decomposing organic matter outgassed methane and carbon dioxide.

(164) The Plutonian atmosphere is composed mainly of nitrogen and methane.

(165) The methane gas reserves in Lake Kivu are a potential energy source.

(166) Methanogens, which are a type of microorganism, produce methane gas.

(167) Tribromomethane can be synthesized by reacting bromine with methane.

(168) Decomposing matter can produce methane gas, a potent greenhouse gas.

(169) Anaerobes can produce methane gas as a byproduct of their metabolism.

(170) Methanogens are important for the production of methane in landfills.

(171) If methanogen levels increase, methane production will also increase.

(172) The ppm of methane in the atmosphere is a significant greenhouse gas.

(173) Methane, the main component of marsh gas, is a potent greenhouse gas.

(174) The release of methane gas from landfills can warm up the atmosphere.

(175) The release of methane gas from livestock can warm up the atmosphere.

(176) The foul gas from the landfill was a result of methane gas emissions.

(177) The aerobic digestion of food waste can help reduce methane emissions.

(178) Methane is a greenhouse gas that traps heat in the Earth's atmosphere.

(179) The organic matter is converted into methane gas inside the digesters.

(180) The production of methane through methanogenesis is a natural process.

(181) The coal-seam is being monitored for any signs of methane gas buildup.

(182) The emission from the landfill was causing methane gas to be released.

(183) The bovine's methane emissions contribute to greenhouse gas emissions.

(184) The main source of methane emissions is from the oil and gas industry.

(185) Dehydrogenating methane can result in the formation of carbon monoxide.

(186) Hindgut fermentation produces gases such as methane and carbon dioxide.

(187) Methanogens are able to produce methane under high pressure conditions.

(188) The reaction between nitrogen and methane can turn into nitrogen oxide.

(189) Methane is used in industrial processes to make chemicals and plastics.

(190) Methane is a gas that is released during the production of oil and gas.

(191) Methane can be produced by decomposing organic matter, such as garbage.

(192) The combustion of methane gas is a major contributor to climate change.

(193) Methane emissions from livestock can be reduced by changing their diet.

(194) The combustion of methane gas is a major contributor to global warming.

(195) Methane is a renewable energy source that can be produced from biomass.

(196) Methane can be converted into methanol, a useful chemical for industry.

(197) Brown-dwarfs can have atmospheres that contain water vapor and methane.

(198) Areocentric observations have revealed the presence of methane on Mars.

(199) The outcrop from the natural gas well revealed the presence of methane.

(200) The dehydrogenation of methane produces carbon dioxide and hydrogen gas.

(201) Ethane is less reactive than other hydrocarbons like methane or propane.

(202) The autoignition temperature of methane is higher than that of gasoline.

(203) Methane is lighter than air and can easily disperse into the atmosphere.

(204) Methanogenic archaea are known for their ability to produce methane gas.

(205) The gaseousness of the methane gas leak posed a significant fire hazard.

(206) The decomposition process of wood results in the release of methane gas.

(207) Methanogens are responsible for the methane emissions from rice paddies.

(208) Methanogen, utilize carbon dioxide and organic acids to produce methane!

(209) Methane is a potent greenhouse gas that can trap heat in the atmosphere.

(210) Methane is a valuable resource that can be used to generate electricity.

(211) Methane is a clean-burning fuel that produces fewer emissions than coal.

(212) Methane is a colorless gas that is often used in laboratory experiments.

(213) Methane is produced by the decomposition of organic matter in landfills.

(214) Compost can help reduce the amount of methane gas produced by landfills.

(215) Decomposing food in landfills produces methane, a potent greenhouse gas.

(216) The covalent bond in methane is formed between carbon and hydrogen atoms.

(217) The red planet has a thin atmosphere that contains traces of methane gas.

(218) The acetogenic pathway is an important step in the production of methane.

(219) The autoignition point of methane gas is around 1,000 degrees Fahrenheit.

(220) The heating value of coalbed methane can vary depending on the coal seam.

(221) Methane is a flammable gas that can be dangerous if not handled properly.

(222) Methane is also known as marsh gas because it is often found in wetlands.

(223) Methane is released into the atmosphere during the melting of permafrost.

(224) The cogeneration plant is located near a landfill to use the methane gas.

(225) Neptune's blue color is due to the presence of methane in its atmosphere.

(226) The aerobic digestion of food waste can help to reduce methane emissions.

(227) The production of tetrachloromethane involves the chlorination of methane.

(228) The surface of Pluto is covered in a layer of frozen nitrogen and methane.

(229) The landfill emits methane gas as a byproduct of decomposing waste matter.

(230) The carbonisation of agricultural waste can help reduce methane emissions.

(231) Researchers are studying new methods to dehydrogenate methane efficiently.

(232) Trichloromethane can be synthesized by reacting methane with chlorine gas.

(233) Decomposing plankton can release gases such as carbon dioxide and methane.

(234) If methanogen populations are disturbed, methane production may fluctuate.

(235) Decomposing food waste in a compost bin helps to reduce methane emissions.

(236) Methane is a greenhouse gas that is a major contributor to climate change.

(237) Biogenic methane is a significant contributor to greenhouse gas emissions.

(238) Methane is highly flammable and can be explosive in certain concentrations.

(239) Methane is released during the decomposition of organic waste in landfills.

(240) Methane is a valuable resource that can be harnessed for energy production.

(241) The decomposition of waste in landfills releases dioxide and methane gases.

(242) The process of burning methane transforms it into carbon dioxide and water.

(243) Acetogenic fermentation is a major source of methane in wetland ecosystems.

(244) The non-polar bond in methane results in a symmetrical molecular structure.

(245) The metabolism of bacteroid can produce gases such as methane and hydrogen.

(246) If methanogen communities are disrupted, methane production may be reduced.

(247) Composting can help reduce the amount of methane gas produced by landfills.

(248) Methane is a simple molecule made up of one carbon and four hydrogen atoms.

(249) Methane is a gas that is lighter than air and rises up into the atmosphere.

(250) Methane is a gas that is lighter than air and can rise into the atmosphere.

(251) Methane is a key component of biogas, which is produced from organic waste.

(252) Methane is a flammable gas that can be used as a fuel for power generation.

(253) The landfill was a source of methane gas due to the decomposition of trash.

(254) Methane is a volatile organic compound that can cause respiratory problems.

(255) The process of converting methane with dioxide is used to produce methanol.

(256) Methane can oxidize into dioxide and water vapor in the presence of oxygen.

(257) The deflagrations in the coal mine were caused by a buildup of methane gas.

(258) The incomplete combustion of natural gas can lead to the release of methane.

(259) The production of chloroform involves the reaction of chlorine with methane.

(260) The gas leak resulted in a methane concentration of 200 ppb in the vicinity.

(261) The dung of cows is often used as a source of methane for energy production.

(262) The surface of Quaoar is thought to be covered in a layer of frozen methane.

(263) If methanogen populations are disrupted, methane production may be affected.

(264) If methanogen populations are diverse, methane emissions can be substantial.

(265) The surface of Orcus is believed to be covered in a layer of frozen methane.

(266) The decomposition of biowastes can release methane, a potent greenhouse gas.

(267) Methane is released during the extraction and transportation of natural gas.

(268) Methane is a greenhouse gas that is produced by the burning of fossil fuels.

(269) Methane is a renewable energy source that can be produced from animal waste.

(270) Methane can be converted into methanol, which is used as a fuel and solvent.

(271) The atmosphere of Triton, a moon of Neptune, is mostly nitrogen and methane.

(272) Although ethane is a hydrocarbon, it has a lower boiling point than methane.

(273) The surface of Quaoar is believed to be covered in a layer of frozen methane.

(274) Ruminants have a higher methane production due to their fermentation process.

(275) The blue color of Uranus is due to the presence of methane in its atmosphere.

(276) The decomposable materials in the compost pile help reduce methane emissions.

(277) If methanogen populations are disturbed, methane production may be disrupted.

(278) Methane is a greenhouse gas that is 25 times more potent than carbon dioxide.

(279) Methane is produced by bacteria in the stomachs of animals, including humans.

(280) Methane is a simple hydrocarbon with one carbon atom and four hydrogen atoms.

(281) Methane is a major component of biogas, which is produced from organic waste.

(282) Methane can be captured from landfills and used as a renewable energy source.

(283) As organic matter decomposes, it can ferment into carbon dioxide and methane.

(284) Landfills can be a source of renewable energy through the use of methane gas.

(285) Biogas can be a viable solution for reducing methane emissions from landfills.

(286) The covalent bond in methane is formed through the overlap of atomic orbitals.

(287) Anaerobe organisms can produce methane gas as a byproduct of their metabolism.

(288) The agricultural sector is responsible for emitting megatonnes of methane gas.

(289) The landfill site outgassed methane due to the decomposition of organic waste.

(290) If methanogen communities are abundant, methane production can be significant.

(291) Landfilling can be a source of methane gas emissions, a potent greenhouse gas.

(292) The mesophilic phase of anaerobic digestion is crucial for methane production.

(293) Methane is a gas that is released when organic matter decomposes in landfills.

(294) Methane is a key ingredient in the production of plastics and other chemicals.

(295) Methane can be converted into electricity using a process called cogeneration.

(296) Methane is a potent greenhouse gas that is emitted by landfills and livestock.

(297) Methane is a flammable gas that can be used as a fuel for cooking and heating.

(298) Methane is a greenhouse gas that is released during the melting of permafrost.

(299) Methane is a highly explosive gas that can be dangerous in certain situations.

(300) Abiogenic methane is produced through chemical reactions in the Earth's crust.

(301) The tritiated methane was used as a tracer gas to study atmospheric chemistry.

(302) The use of bacterisation in biogas production can help increase methane yields.

(303) The production of chloromethane involves the reaction of methane with chlorine.

(304) The decomposable materials in the landfill contribute to methane gas emissions.

(305) The energy company reclaims methane gas from landfills to generate electricity.

(306) When methanogens consume organic material, they release methane as a byproduct.

(307) The carbonaceous material in the landfill contributes to methane gas emissions.

(308) Methane is a renewable energy source that can be produced from waste materials.

(309) Methane is a potent greenhouse gas that is emitted by the oil and gas industry.

(310) Methane is a gas that is produced by the anaerobic digestion of organic matter.

(311) Methane is a key component of shale gas, a controversial source of natural gas.

(312) Uranus has a blue-green color due to the presence of methane in its atmosphere.

(313) Methane is a potent greenhouse gas, but it is also a valuable source of energy.

(314) Methane emissions from landfills can be reduced through proper waste management.

(315) The decomposition of organic matter can result in the production of methane gas.

(316) The decomposition of biowastes in landfills can contribute to methane emissions.

(317) The use of ionophores in animal feed has been shown to reduce methane emissions.

(318) The production of tribromomethane involves the reaction of bromine with methane.

(319) The oxidation of methane in the atmosphere contributes to the formation of smog.

(320) Landfill gas contains methane, carbon dioxide, and trace amounts of other gases.

(321) If methanogen communities are diverse, methane production can be more efficient.

(322) If methanogen populations are stable, methane production will remain consistent.

(323) The decomposition of organic waste in anaerobic conditions produces methane gas.

(324) The MRO's instruments have detected the presence of methane in Mars' atmosphere.

(325) The methane will channel up from the permafrost, contributing to climate change.

(326) The hydrogen atoms in methane are arranged tetrahedrally around the carbon atom.

(327) Methane is a gas that is found in the atmosphere of other planets, such as Mars.

(328) Methane is a greenhouse gas that is responsible for about 20% of global warming.

(329) Methane is a greenhouse gas that needs to be reduced to mitigate climate change.

(330) Methane emissions from landfills can be captured and used as a source of energy.

(331) Methane is a key component of biogas, which can be used to generate electricity.

(332) Methane is lighter than air and can rise to dangerous levels in enclosed spaces.

(333) Methanation is a process that converts carbon dioxide and hydrogen into methane.

(334) Methanation can be used to store excess renewable energy in the form of methane.

(335) Methanogenic bacteria are responsible for the production of methane in wetlands.

(336) The Archean atmosphere was mostly composed of methane, ammonia, and water vapor.

(337) The process of gasifying at low temperatures can be used to produce methane gas.

(338) The melting of ice sheets could release gigatons of methane into the atmosphere.

(339) The presence of clathrates in the ocean floor has been linked to methane release.

(340) Landfill gas projects help mitigate climate change by reducing methane emissions.

(341) Methanogens are known to produce methane through a process called methanogenesis.

(342) Through a chemical reaction, methane can transform into carbon dioxide and water.

(343) Landfills can release methane gas and other pollutants that endanger air quality.

(344) Methane is a colorless gas that is difficult to detect without special equipment.

(345) Methane is a hydrocarbon that is formed from the decomposition of organic matter.

(346) Don't forget to recycle into the food waste bin to help reduce methane emissions.

(347) The intense pressure in the deep ocean caused the liquefaction of the methane gas.

(348) Methanation is a process used to convert carbon dioxide and hydrogen into methane.

(349) The landfill is a major source of methane emissions from decomposing waste matter.

(350) Methanogens convert organic matter into methane, which is a potent greenhouse gas.

(351) Methane is a greenhouse gas that is produced by both natural and human activities.

(352) Methane is a gas that is found in natural gas and is used for heating and cooking.

(353) Methane is a gas that is produced by the decomposition of plant and animal matter.

(354) The chemical reaction between methane and oxygen creates carbon dioxide and water.

(355) The decarbonized waste management system is crucial for reducing methane emissions.

(356) Safety lamps are commonly used in coal mines to detect the presence of methane gas.

(357) The burning of natural gas breaks down methane into carbon dioxide and water vapor.

(358) Landfills can release methane gas and other pollutants that pollute the atmosphere.

(359) The decomposition of organic matter in landfills releases into dioxide and methane.

(360) Methane is a major component of natural gas, which is used to generate electricity.

(361) Methane is a major component of biogas, which is used as a renewable energy source.

(362) Methane is a renewable energy source that can help reduce greenhouse gas emissions.

(363) Methane is a valuable resource that can be used to reduce greenhouse gas emissions.

(364) The catalytic reaction between methane and oxygen produces carbon dioxide and water.

(365) One example of halogenation is the chlorination of methane to produce chloromethane.

(366) The production of methane in landfills is primarily driven by methanogenic bacteria.

(367) Methanogenic microorganisms are important contributors to the global methane budget.

(368) When organic matter decomposes in landfills, it produces methane and carbon dioxide.

(369) If methanogen numbers decrease, methane release into the atmosphere will be reduced.

(370) The activity of methanogens is responsible for the methane emissions from livestock.

(371) The melting of Arctic ice could release gigatons of methane gas into the atmosphere.

(372) The acetogenic pathway is a key step in the conversion of organic matter to methane.

(373) The dissimilatory metabolism of methane is a key process in the global carbon cycle.

(374) Methane emissions from coal mines can be reduced by capturing and utilizing the gas.

(375) Methane is a colorless and odorless gas that can be detected with special equipment.

(376) Methane is a volatile organic compound that is emitted by many industrial processes.

(377) The gigatons of methane released from livestock farming contribute to climate change.

(378) The production of dichloromethane involves the reaction of methane with chlorine gas.

(379) Methanogens are known to produce methane as a byproduct of their metabolic processes.

(380) The coal bed methane extraction process is gaining popularity in the energy industry.

(381) The gassier the animal, the more methane it produces, contributing to climate change.

(382) The planet Neptune has a blue color due to the presence of methane in its atmosphere.

(383) Methane is a hydrocarbon that is composed of one carbon atom and four hydrogen atoms.

(384) The production of carbon tetrachloride involves the reaction of chlorine with methane.

(385) Decarbonizing the waste management sector is important for reducing methane emissions.

(386) The activity of methanogen in wetlands contributes significantly to methane emissions.

(387) The coal miners installed a brattice to prevent the escape of methane gas in the mine.

(388) Greenhouse emissions from the livestock industry contribute to methane gas production.

(389) If methanogen levels are elevated, methane release into the atmosphere will be higher.

(390) The decomposition of organic matter in landfills produces methane gas as a by-product.

(391) The production of trichloromethane involves the reaction of methane with chlorine gas.

(392) The molecule of methane is a potent greenhouse gas that contributes to climate change.

(393) Methane is a simple molecule that consists of one carbon atom and four hydrogen atoms.

(394) Methane is a potent greenhouse gas that is 25 times more powerful than carbon dioxide.

(395) Methane is released into the atmosphere when natural gas is extracted and transported.

(396) The bovine industry contributes to greenhouse gas emissions through methane production.

(397) The biogenic production of methane in wetlands contributes to greenhouse gas emissions.

(398) The methylic functional group is often found in organic compounds derived from methane.

(399) Decarbonizing the agricultural sector can help reduce methane emissions from livestock.

(400) As organic waste decomposes in landfills, it turns into carbon dioxide and methane gas.

(401) The Kivu gas project aims to harness the potential of methane gas reserves in the lake.

(402) Methane is a key component of natural gas hydrates, which are found in the ocean floor.

(403) Methane is a powerful greenhouse gas that is released during the melting of permafrost.

(404) Neptune's blue color is due to the absorption of red light by methane in its atmosphere.

(405) The decomposition of organic matter causes methane gas to transpire into the atmosphere.

(406) The photodissociation of methane in the atmosphere contributes to the greenhouse effect.

(407) Micro-organisms are responsible for the production of greenhouse gases, such as methane.

(408) If methanogen activity is high, methane concentrations in the environment will increase.

(409) If methanogen numbers decrease, methane concentrations in the environment will decrease.

(410) The biodegradation of food waste in landfills produces methane, a potent greenhouse gas.

(411) The production of methylene chloride involves the reaction of methane with chlorine gas.

(412) Methane is a key ingredient in the production of ammonia, which is used as a fertilizer.

(413) Methane is a key ingredient in the production of plastics and other synthetic materials.

(414) Methane is a simple molecule, yet it has complex effects on the environment and climate.

(415) Methane emissions from oil and gas production can be reduced by using better technology.

(416) Methane emissions from oil and gas operations can be reduced through improved technology.

(417) The emission rate of methane from livestock farming is a significant environmental issue.

(418) The methanation process can be used to convert carbon monoxide and hydrogen into methane.

(419) The addition of monensin to feed can help reduce methane emissions from ruminant animals.

(420) Coal gas is a mixture of various gases, including hydrogen, methane, and carbon monoxide.

(421) Methane is a colorless and odorless gas, yet it can be detected by specialized equipment.

(422) Methane is a simple molecule that is composed of one carbon atom and four hydrogen atoms.

(423) The planet Neptune has a blue color due to the presence of methane gas in its atmosphere.

(424) The improper management of landfills results in the emission of megatonnes of methane gas.

(425) The lone pair of electrons on the carbon atom in methane determines its tetrahedral shape.

(426) When methanogens consume carbon dioxide and hydrogen, they produce methane as a byproduct.

(427) Landfills can release methane gas, but they can also be used to generate renewable energy.

(428) The acetogenic pathway is a crucial step in the production of methane from organic matter.

(429) The decomposition of organic matter in landfills converts carbon into dioxide and methane.

(430) The amount of methane released from permafrost melting is estimated to be in the gigatons.

(431) The production of methane in rice paddy fields is primarily driven by methanogenic archaea.

(432) The breakdown of organic matter in landfills produces methane and carbon dioxide emissions.

(433) Methanogens are capable of utilizing a wide range of carbon sources for methane production.

(434) The emission rate of methane from livestock is a significant contributor to climate change.

(435) The microaerophilic conditions in the gut of ruminants allow for the production of methane.

(436) The paraffin series includes methane, ethane, propane, butane, and many other hydrocarbons.

(437) The release of methane gas weakens the atmosphere's ability to regulate global temperatures.

(438) The methanation process can be used to store excess renewable energy in the form of methane.

(439) As wood and other organic materials decompose into the atmosphere, they release methane gas.

(440) Methanogens are involved in the production of methane hydrates, a potential energy resource.

(441) Some archaebacteria are capable of producing methane gas as a byproduct of their metabolism.

(442) The release of methane gas from livestock farming weakens the atmosphere's greenhouse effect.

(443) The decomposition process of paper in landfills contributes to the production of methane gas.

(444) The decomposition of organic matter into carbon can release methane, a potent greenhouse gas.

(445) The lone pair of electrons on the carbon atom in methane contributes to its tetrahedral shape.

(446) Methanogen plays a crucial role in the carbon cycle by converting organic matter into methane.

(447) The gassiness of the swamp was a result of methane gas produced by decomposing organic matter.

(448) Methanogens play a crucial role in the carbon cycle by converting organic matter into methane.

(449) Scientists are researching new methods to treat methane into dioxide to combat climate change.

(450) The abiogenic production of methane in the Earth's crust is a potential source of natural gas.

(451) Decomposing organic matter produces methane gas, so it is important to properly dispose of it.

(452) The planet Uranus has a blue-green color due to the presence of methane gas in its atmosphere.

(453) The archaean atmosphere lacked oxygen and was primarily composed of methane and carbon dioxide.

(454) Methanogens are commonly found in wetlands, where they contribute to the production of methane.

(455) As methanogens produce methane, they release energy that can be harnessed for various purposes.

(456) The decarbonization of the agricultural sector can help reduce methane emissions from livestock.

(457) The major planet Neptune has a deep blue color due to the presence of methane in its atmosphere.

(458) The understanding of methanogenesis can help in the development of methane capture technologies.

(459) The freezing point of methane is -182 degrees Celsius, and it is commonly used as a fuel source.

(460) The metabolism of methanogen involves the conversion of carbon dioxide and hydrogen into methane.

(461) The lone pair of electrons on the carbon atom in methane contributes to its tetrahedral geometry.

(462) Some chemosynthetic bacteria are capable of producing methane as a byproduct of their metabolism.

(463) Methanogens play an important role in the carbon cycle by converting organic matter into methane.

(464) Carbon dioxide is one of the most important greenhouse gases, along with methane and water vapor.

(465) The biogeochemical cycle of methane is a potent greenhouse gas that contributes to climate change.

(466) The bioconversion of organic waste can help mitigate climate change by reducing methane emissions.

(467) Methanogens are involved in the production of natural gas, which is primarily composed of methane.

(468) Methanogens are found in the deep sea, where they contribute to the formation of methane hydrates.

(469) If we decarbonized the livestock industry, we could reduce methane emissions and land degradation.

(470) The metabolism of methanogens involves the conversion of carbon dioxide and hydrogen into methane.

(471) Methanogens are able to produce methane under high-pressure conditions, such as in the deep ocean.

(472) Some archaeon species are capable of producing methane, which has implications for climate change.

(473) The discovery of archaeal methane-producing organisms has implications for climate change research.

(474) The decomposition process of organic waste in a landfill produces methane, a potent greenhouse gas.

(475) The emission rate of methane from livestock farming is a significant contributor to global warming.

(476) The presence of methanogens in landfills contributes to the release of methane into the atmosphere.

(477) The bacteria that decomposes the waste in the landfill is essential for reducing methane emissions.

(478) The agricultural sector produces gigatons of methane, and it must adopt more sustainable practices.

(479) The methanation process can be optimized to minimize unwanted byproducts and maximize methane yield.

(480) The breakdown of organic matter in anaerobic environments produces methane, a potent greenhouse gas.

(481) Landfills that are not properly managed can endanger air quality through the release of methane gas.

(482) Methanogens are able to convert carbon dioxide into methane through a process called methanogenesis.

(483) The presence of methanogenic bacteria in the soil can indicate the potential for methane production.

(484) The study of methanogen genetics provides insights into the mechanisms underlying methane production.

(485) Methanogens have been found in the sediments of freshwater lakes, contributing to methane production.

(486) The structural formula of methane is CH4, representing one carbon atom bonded to four hydrogen atoms.

(487) The spectral-line shape of the planet's atmosphere indicated the presence of water vapor and methane.

(488) The decomposition of organic matter produces methane, and this process is called anaerobic digestion.

(489) The melting of polar ice caps is releasing gigatons of methane, which is exacerbating climate change.

(490) Methanogenic organisms are capable of utilizing a wide range of carbon sources for methane production.

(491) Methanation is a key step in the production of methane-based fuels such as natural gas and biomethane.

(492) Supporting initiatives to reduce methane emissions from agriculture can help transform the atmosphere.

(493) Methanogens are microorganisms that produce methane, and they play a crucial role in the carbon cycle.

(494) The decarbonization of the waste management sector involves reducing methane emissions from landfills.

(495) Cocultivation of bacteria and archaea can lead to the production of methane in anaerobic environments.

(496) Anaerobic respiration is used by some bacteria to produce methane, which can be used as a fuel source.

(497) Chemosynthetic organisms have adapted to thrive in environments with high levels of sulfur and methane.

(498) Archaebacterial enzymes involved in methane production have potential applications in renewable energy.

(499) Biogas, which is primarily composed of methane, can be used as a clean fuel for electricity generation.

(500) The decomposition of organic matter in landfills transpires into the atmosphere, releasing methane gas.

(501) The decomposition of organic waste in landfills can cause it to ferment into carbon dioxide and methane.

(502) The presence of methanogens in landfills contributes to the release of methane, a potent greenhouse gas.

(503) The use of methane as a fuel can reduce air pollution, and it can also create jobs in the energy sector.

(504) Although methane is a potent greenhouse gas, it is also a valuable source of energy for many industries.

(505) The study of methanogen is important for understanding the impact of methane emissions on climate change.

(506) The release of methane from livestock farming can modify the atmosphere and contribute to climate change.

(507) The biogas plant, which is located near a landfill, utilizes the methane emissions from decomposing waste.

(508) Some archaeans are capable of producing methane, which makes them important in the study of global warming.

(509) Landfills can release harmful gases such as methane, which contributes to climate change and air pollution.

(510) Methanogen has the potential to be harnessed as a renewable energy source through the production of methane.

(511) The spectral source of the strange phenomenon witnessed in the lake was identified as a methane gas release.

(512) The activity of methanogens in rice paddies contributes to the emission of methane, a potent greenhouse gas.

(513) The study of methanogens in wastewater treatment plants has led to improved methane capture and utilization.

(514) The concentration of methane in the atmosphere has increased in recent years, and this is a cause for concern.

(515) The presence of methanogens in the digestive system of cows contributes to the production of methane emissions.

(516) Some archaebacteria are capable of producing methane gas, which has important implications for the environment.

(517) The conversion of methane to methanol is a promising technology, and it can provide a renewable source of fuel.

(518) Methanogens utilize carbon dioxide and hydrogen to produce methane, and this process is known as methanogenesis.

(519) Methanogens are found in the deep-sea hydrothermal vents, where they contribute to the methane-rich environment.

(520) Methanogens are responsible for the production of methane in landfills, contributing to greenhouse gas emissions.

(521) While methanogens are beneficial in some contexts, excessive methane production can contribute to climate change.

(522) The activity of methanogens in rice paddies contributes to the emission of methane, a significant greenhouse gas.

(523) The melting of permafrost in the Arctic could release gigatons of methane, which would exacerbate climate change.

(524) Ethane can be found in natural gas deposits, and it is often separated from methane using cryogenic distillation.

(525) The freezing point of methane is -182.5 degrees Celsius, making it a useful fuel for low-temperature applications.

(526) The environmental agency required companies to combust the contents of their landfills to reduce methane emissions.

(527) The world's landfills contain gigatons of methane gas that could be captured and used as a renewable energy source.

(528) The melting of polar ice caps has resulted in the release of gigatons of methane, which is a potent greenhouse gas.

(529) The production of methane from organic waste is a sustainable solution, and it can reduce greenhouse gas emissions.

(530) The extraction of methane from shale formations is a controversial practice, but it can provide a source of energy.

(531) The decomposition of waste in landfills releases into dioxide and methane, contributing to greenhouse gas emissions.

(532) The use of methane as a fuel can reduce dependence on fossil fuels, and it can also reduce greenhouse gas emissions.

(533) Decarbonizing the waste management sector is crucial for reducing methane emissions and promoting a circular economy.

(534) The lone pair of electrons on the carbon atom in methane contributes to its ability to undergo substitution reactions.

(535) Methanogens are sensitive to changes in temperature and pH, which can affect their growth and methane production rates.

(536) Methanogens are known to produce methane in rice paddies, contributing to the greenhouse gas emissions from agriculture.

(537) The combustion of methane releases energy, so it is used as a fuel, and it also produces carbon dioxide and water vapor.

(538) The presence of methanogenic organisms in the gut of ruminant animals contributes to the production of methane emissions.

(539) As micro-organisms break down waste materials, they produce methane gas, and it can be used as a renewable energy source.

(540) Methanogens are sensitive to changes in nutrient availability, which can affect their growth and methane production rates.

(541) The ability of methanogens to produce methane has been harnessed for industrial applications such as wastewater treatment.

(542) The combustion of methane produces carbon dioxide, which is also a greenhouse gas, and this contributes to climate change.

(543) The release of methane gas from livestock farming transpires into the atmosphere, contributing to greenhouse gas emissions.

(544) When methane gas is released from decomposing organic matter, it contributes to greenhouse gas emissions in the atmosphere.

(545) Methanogens are known to produce methane in the rumen of cows, contributing to the overall methane emissions from livestock.

(546) Methanogens are being studied for their potential use in biofuel production, as they can convert organic waste into methane.

(547) Methanogens are able to convert carbon dioxide, a greenhouse gas, into methane, which has a higher global warming potential.

(548) Methanogens are able to utilize a wide range of substrates for methane production, including hydrogen, acetate, and methanol.

(549) The bioprocess for producing biogas involves the use of anaerobic digestion to break down organic matter and produce methane.

(550) Terrestrial planets can have different types of atmospheres, including those composed of nitrogen, carbon dioxide, or methane.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Methane. They do not represent the opinions of TranslateEN.com.