Nitrogen Oxide in a sentence

(1) Nitrogen oxide is a common component of smog.

(2) I need to vent nitrogen oxide from the system.

(3) Nitrogen oxide is a harmful gas found in smog.

(4) Nitrogen oxide is a component of vehicle exhaust.

(5) The burning of coal can turn into nitrogen oxide.

(6) Industrial emissions often contain nitrogen oxide.

(7) Forest fires can create nitrogen oxide in the air.

(8) The gas stove lets out nitrogen oxide when cooking.

(9) The exhaust fumes from cars contain nitrogen oxide.

(10) Burning biomass for energy can make nitrogen oxide.

Nitrogen Oxide sentence

(11) Certain bacteria can produce nitrogen oxide in soil.

(12) The burning of biomass can turn into nitrogen oxide.

(13) Burning biomass can create nitrogen oxide emissions.

(14) Nitrogen oxide is a key contributor to air pollution.

(15) The facility has a dedicated vent for nitrogen oxide.

(16) Forest fires can release nitrogen oxide into the air.

(17) The breakdown of sewage can turn into nitrogen oxide.

(18) The wind will carry away the nitrogen oxide emissions.

(19) Nitrogen oxide is a byproduct of burning fossil fuels.

(20) Nitrogen oxide can be formed during lightning strikes.

Nitrogen Oxide make sentence

(21) The exhaust system is designed to vent nitrogen oxide.

(22) Nitrogen oxide is a byproduct of industrial processes.

(23) The oxidation of ammonia can turn into nitrogen oxide.

(24) I need to carry away the nitrogen oxide from this area.

(25) Nitrogen oxide emissions have been linked to acid rain.

(26) The burning of biomass can also produce nitrogen oxide.

(27) The combustion of fossil fuels can make nitrogen oxide.

(28) Fertilizers used in agriculture contain nitrogen oxide.

(29) Combustion engines in airplanes contain nitrogen oxide.

(30) Nitrogen oxide is a common air pollutant in urban areas.

Sentence of nitrogen oxide

(31) The fireplace lets out nitrogen oxide when burning wood.

(32) Fertilizers often contain nitrogen oxide as a byproduct.

(33) The exhaust from ships' engines contains nitrogen oxide.

(34) Diesel engines emit nitrogen oxide into the environment.

(35) The burning of fossil fuels can turn into nitrogen oxide.

(36) The exhaust from trains' engines contains nitrogen oxide.

(37) High temperatures in car engines can make nitrogen oxide.

(38) The lawnmower let out nitrogen oxide as it cut the grass.

(39) Nitrogen oxide levels are monitored to assess air quality.

(40) The car's faulty engine lets out nitrogen oxide emissions.

Nitrogen Oxide meaningful sentence

(41) The combustion of coal and oil can release nitrogen oxide.

(42) Burning fossil fuels can produce nitrogen oxide pollution.

(43) The exhaust from aircraft engines contains nitrogen oxide.

(44) The operation of diesel engines can create nitrogen oxide.

(45) The catalyst helped the compounds turn into nitrogen oxide.

(46) The incinerator lets out nitrogen oxide when burning waste.

(47) The diesel generator lets out nitrogen oxide exhaust fumes.

(48) The exhaust pipe is responsible for venting nitrogen oxide.

(49) The oxidization of nitrogen oxide is a reversible reaction.

(50) The exhaust fumes from vehicles can contain nitrogen oxide.

Nitrogen Oxide sentence examples

(51) The combustion of oil can produce nitrogen oxide emissions.

(52) The breakdown of animal waste can turn into nitrogen oxide.

(53) The combustion of natural gas can turn into nitrogen oxide.

(54) Industrial chimneys emit gases that contain nitrogen oxide.

(55) The use of gas stoves and ovens can release nitrogen oxide.

(56) The gas stove let out nitrogen oxide when it was turned on.

(57) The exhaust system is designed to carry away nitrogen oxide.

(58) The chimney is responsible for carrying away nitrogen oxide.

(59) The exhaust pipes carry away nitrogen oxide from the engine.

(60) Nitrogen oxide can react with other pollutants to form smog.

Sentence with nitrogen oxide

(61) The factory has a specialized system to vent nitrogen oxide.

(62) Nitrogen oxide is a precursor to the formation of acid rain.

(63) The oxidization of nitrogen oxide is an exothermic reaction.

(64) Power plants are a major source of nitrogen oxide emissions.

(65) Nitrogen oxide can have detrimental effects on human health.

(66) Nitrogen oxide can contribute to the formation of acid rain.

(67) The industrial process can produce nitrogen oxide emissions.

(68) The burning of biomass can produce nitrogen oxide emissions.

(69) The combustion of coal can produce nitrogen oxide pollution.

(70) The burning of garbage can produce nitrogen oxide pollution.

Use nitrogen oxide in a sentence

(71) Industrial processes can make nitrogen oxide as a byproduct.

(72) Lightning strikes can make nitrogen oxide in the atmosphere.

(73) When fossil fuels are burned, they turn into nitrogen oxide.

(74) The heat caused the substances to change into nitrogen oxide.

(75) The ventilation system helps carry away nitrogen oxide fumes.

(76) The exhaust fans carry away nitrogen oxide from the bathroom.

(77) The heating system lets out nitrogen oxide when burning fuel.

(78) The chemical reaction in car engines produces nitrogen oxide.

(79) Nitrogen oxide is a byproduct of the burning of fossil fuels.

(80) Burning fossil fuels can release nitrogen oxide into the air.

Sentence using nitrogen oxide

(81) The use of certain paints can produce nitrogen oxide indoors.

(82) Chemical reactions in the atmosphere can make nitrogen oxide.

(83) The production of cement can create nitrogen oxide emissions.

(84) The production of cement and concrete contain nitrogen oxide.

(85) The furnace let out nitrogen oxide as it heated the building.

(86) Reducing industrial emissions can create less nitrogen oxide.

(87) The heat caused the substances to convert into nitrogen oxide.

(88) We must find a way to carry away the nitrogen oxide pollution.

(89) The river can carry away nitrogen oxide that enters the water.

(90) The car's catalytic converter helps carry away nitrogen oxide.

Nitrogen Oxide example sentence

(91) The industrial process lets out nitrogen oxide as a byproduct.

(92) The power plant's cooling tower lets out nitrogen oxide steam.

(93) The improper disposal of nitrogen oxide can harm human health.

(94) The facility has a designated area for venting nitrogen oxide.

(95) Nitrogen oxide is a byproduct of certain industrial processes.

(96) The decomposition of dead plants can turn into nitrogen oxide.

(97) The exhaust system was designed to vent nitrogen oxide safely.

(98) Lightning strikes can create nitrogen oxide in the atmosphere.

(99) The power plant's smokestack let out nitrogen oxide emissions.

(100) The combustion engine lets out nitrogen oxide during operation.

Sentence with word nitrogen oxide

(101) Industrial processes release gases that contain nitrogen oxide.

(102) The car's engine let out nitrogen oxide as it idled in traffic.

(103) The use of diesel engines can release nitrogen oxide emissions.

(104) Regular maintenance of vehicles can create less nitrogen oxide.

(105) The rain can help carry away nitrogen oxide from the atmosphere.

(106) Mobile sources are a primary source of nitrogen oxide emissions.

(107) The power plant's smokestack lets out nitrogen oxide pollutants.

(108) The industrial boiler lets out nitrogen oxide when burning fuel.

(109) Construction activities can release nitrogen oxide into the air.

(110) The ocean can absorb and carry away nitrogen oxide from the air.

Sentence of nitrogen oxide

(111) The heat caused the substances to transition into nitrogen oxide.

(112) The fans in the factory help carry away nitrogen oxide emissions.

(113) The goal is to carry away nitrogen oxide and improve air quality.

(114) The burning of fossil fuels lets out nitrogen oxide into the air.

(115) The engineers are developing a new method to vent nitrogen oxide.

(116) The air pollution in the city is known to contain nitrogen oxide.

(117) Burning fossil fuels releases nitrogen oxide into the atmosphere.

(118) Nitrogen oxide emissions are regulated by environmental agencies.

(119) Industrial processes often release nitrogen oxide as a byproduct.

(120) The chemical reaction will produce nitrogen oxide as a byproduct.

Nitrogen Oxide used in a sentence

(121) The decomposition of organic matter can turn into nitrogen oxide.

(122) The decomposition of plant material can turn into nitrogen oxide.

(123) The exhaust emissions from diesel engines contain nitrogen oxide.

(124) The air purifier is designed to collect nitrogen oxide particles.

(125) The permit allows nitrogen oxide emissions up to a certain level.

(126) The burning of wood and other biomass can contain nitrogen oxide.

(127) Reducing speed limits on highways can create less nitrogen oxide.

(128) Using electric or hybrid vehicles can create less nitrogen oxide.

(129) The car's muffler helps carry away nitrogen oxide from the engine.

(130) The combustion of gasoline in vehicles can produce nitrogen oxide.

Nitrogen Oxide sentence in English

(131) The factory's emissions spread nitrogen oxide into the atmosphere.

(132) The company invested in advanced equipment to vent nitrogen oxide.

(133) Volcanic eruptions can release nitrogen oxide into the atmosphere.

(134) Chemical spills can release nitrogen oxide into the soil or water.

(135) The combustion engine can produce nitrogen oxide during operation.

(136) Forest fires can cause organic matter to turn into nitrogen oxide.

(137) The use of certain cleaning products can turn into nitrogen oxide.

(138) Cars that run on gasoline emit nitrogen oxide into the atmosphere.

(139) High-temperature combustion in engines can produce nitrogen oxide.

(140) Planting more trees and vegetation can create less nitrogen oxide.

(141) The chemical reaction transformed the elements into nitrogen oxide.

(142) The chemical reaction caused the elements to become nitrogen oxide.

(143) The exhaust pipe lets out nitrogen oxide from the vehicle's engine.

(144) The venting process for nitrogen oxide must be carefully monitored.

(145) The ventilation system is designed specifically for nitrogen oxide.

(146) The factory's emissions release nitrogen oxide into the atmosphere.

(147) Improper waste disposal can release nitrogen oxide into the ground.

(148) The burning of coal can release nitrogen oxide into the atmosphere.

(149) The combustion of natural gas can produce nitrogen oxide emissions.

(150) The catalyst helps to oxidize nitrogen oxide into nitrogen dioxide.

(151) Volcanic eruptions can release gases that turn into nitrogen oxide.

(152) The combustion of fossil fuels can create nitrogen oxide emissions.

(153) The farmer's use of fertilizer spread nitrogen oxide into the soil.

(154) The chemical reaction in the laboratory lets out nitrogen oxide gas.

(155) The agricultural machinery lets out nitrogen oxide during operation.

(156) The aircraft engine lets out nitrogen oxide emissions during flight.

(157) The ship's engine lets out nitrogen oxide pollutants into the ocean.

(158) The formation of nitrogen oxide is a result of combustion processes.

(159) Nitrogen oxide levels tend to be higher in areas with heavy traffic.

(160) Nitrogen oxide can have negative impacts on ecosystems and wildlife.

(161) The burning of wood can produce nitrogen oxide in residential areas.

(162) The burning of waste materials can produce nitrogen oxide pollution.

(163) The industrial process aims to concentrate nitrogen oxide emissions.

(164) Agricultural activities such as fertilizing can make nitrogen oxide.

(165) Nitrogen oxide can oxidize into dioxide in the presence of sunlight.

(166) Plants can use up nitrogen oxide from the air during photosynthesis.

(167) The combustion of fossil fuels can produce nitrogen oxide emissions.

(168) Trees and plants can help to carry away nitrogen oxide from the air.

(169) Nitrogen oxide is a harmful gas that can cause respiratory problems.

(170) The catalyst facilitated the change of compounds into nitrogen oxide.

(171) The car's faulty exhaust system spread nitrogen oxide along the road.

(172) It is important to properly vent nitrogen oxide to prevent pollution.

(173) The venting of nitrogen oxide is regulated by environmental agencies.

(174) The oxidization of nitrogen oxide can be catalyzed by certain metals.

(175) High temperatures are required to effectively oxidize nitrogen oxide.

(176) Trees help absorb nitrogen oxide from the air, improving air quality.

(177) The chemical reaction in the soil helps plants absorb nitrogen oxide.

(178) The reaction between nitrogen and ozone can turn into nitrogen oxide.

(179) The technician opened the valve to vent nitrogen oxide from the tank.

(180) The new car models have been designed to limit nitrogen oxide output.

(181) Industrial processes such as steel production contain nitrogen oxide.

(182) The diesel truck let out nitrogen oxide as it drove down the highway.

(183) Forest fires can produce nitrogen oxide as a byproduct of combustion.

(184) The use of gas-powered vehicles can release nitrogen oxide emissions.

(185) The industrial process involves converting ammonia to nitrogen oxide.

(186) The chemical reaction caused the elements to turn into nitrogen oxide.

(187) It is important to carry away nitrogen oxide to prevent air pollution.

(188) Nitrogen oxide is a greenhouse gas that contributes to climate change.

(189) Nitrogen oxide can cause respiratory problems and other health issues.

(190) The manufacturing facility lets out nitrogen oxide as a waste product.

(191) The industrial furnace lets out nitrogen oxide when heating materials.

(192) It is crucial for industries to dispose of nitrogen oxide responsibly.

(193) The disposal of nitrogen oxide is regulated by environmental agencies.

(194) The venting process for nitrogen oxide requires specialized equipment.

(195) High levels of nitrogen oxide can contribute to the formation of smog.

(196) The burning of biomass can release nitrogen oxide into the atmosphere.

(197) Oil and gas extraction can release nitrogen oxide into the atmosphere.

(198) The use of certain pesticides can release nitrogen oxide into the air.

(199) The new building design includes green walls to absorb nitrogen oxide.

(200) When nitrogen compounds are heated, they can turn into nitrogen oxide.

(201) Certain fertilizers can turn into nitrogen oxide when applied to soil.

(202) The reaction between nitrogen and sulfur can turn into nitrogen oxide.

(203) The chemical reaction will concentrate nitrogen oxide in the solution.

(204) The process of denitrification helps to use up nitrogen oxide in soil.

(205) Using alternative fuels like biodiesel can create less nitrogen oxide.

(206) The high temperature caused the substances to turn into nitrogen oxide.

(207) The chemical reaction caused the elements to shift into nitrogen oxide.

(208) The chemical reaction caused the elements to alter into nitrogen oxide.

(209) The ocean currents can carry away nitrogen oxide that enters the water.

(210) The ventilation ducts carry away nitrogen oxide fumes from the kitchen.

(211) The rainwater runoff can carry away nitrogen oxide from paved surfaces.

(212) The air purifier's HEPA filter can carry away nitrogen oxide particles.

(213) Nitrogen oxide can have detrimental effects on ecosystems and wildlife.

(214) The construction equipment lets out nitrogen oxide exhaust when in use.

(215) The oil refinery lets out nitrogen oxide during its refining processes.

(216) The control of nitrogen oxide is essential for protecting human health.

(217) The environmental regulations require us to vent nitrogen oxide safely.

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

(219) The new technology allows us to efficiently concentrate nitrogen oxide.

(220) The filtration system helps to concentrate nitrogen oxide from the air.

(221) Forest fires can make nitrogen oxide as a result of burning vegetation.

(222) Volcanic eruptions can make nitrogen oxide due to the release of gases.

(223) The laboratory had to vent nitrogen oxide after conducting experiments.

(224) The burning of biomass for energy can produce nitrogen oxide emissions.

(225) The combustion process caused the materials to turn into nitrogen oxide.

(226) The chemical reaction caused the elements to change into nitrogen oxide.

(227) The filters in the air purifier can carry away nitrogen oxide particles.

(228) The production of nitrogen oxide is regulated by environmental agencies.

(229) The chemical plant lets out nitrogen oxide as a result of its processes.

(230) The factory implemented measures to dispose of nitrogen oxide emissions.

(231) Effective control of nitrogen oxide is necessary to improve air quality.

(232) The factory has implemented strict protocols for venting nitrogen oxide.

(233) The oxidization of nitrogen oxide can occur in the presence of sunlight.

(234) The manufacturing process can produce nitrogen oxide as a waste product.

(235) The use of certain cleaning products can produce nitrogen oxide indoors.

(236) The reaction mechanism involves several steps to oxidize nitrogen oxide.

(237) The reaction rate determines how quickly nitrogen oxide can be oxidized.

(238) The catalytic converter in a car helps put out nitrogen oxide emissions.

(239) Nitrogen dioxide can turn into nitrogen oxide under specific conditions.

(240) The reaction between nitrogen and hydrogen can turn into nitrogen oxide.

(241) The reaction between nitrogen and chlorine can turn into nitrogen oxide.

(242) Vehicle emissions contain nitrogen oxide, contributing to air pollution.

(243) The chemical reaction between ammonia and oxygen creates nitrogen oxide.

(244) The new regulations allow nitrogen oxide emissions to be reduced by 50%.

(245) Lowering nitrogen oxide emissions is crucial for reducing air pollution.

(246) The power plant installed a scrubber to remove nitrogen oxide emissions.

(247) The power plant's smokestacks spread nitrogen oxide into the atmosphere.

(248) The factory's exhaust system let out nitrogen oxide into the atmosphere.

(249) The boat's motor let out nitrogen oxide as it cruised through the water.

(250) The catalyst facilitated the conversion of compounds into nitrogen oxide.

(251) The catalyst assisted in the transition of compounds into nitrogen oxide.

(252) The chemical reaction caused the elements to convert into nitrogen oxide.

(253) The factory's exhaust system lets out nitrogen oxide into the atmosphere.

(254) The improper disposal of nitrogen oxide can contribute to climate change.

(255) The control of nitrogen oxide is a key factor in reducing smog formation.

(256) The engineers are working on a more efficient way to vent nitrogen oxide.

(257) The technician is trained to handle the venting of nitrogen oxide safely.

(258) Nitrogen oxide is a key component in the formation of photochemical smog.

(259) The chemical industry is a major contributor to nitrogen oxide emissions.

(260) Nitrogen oxide can react with other pollutants to form harmful compounds.

(261) The presence of nitrogen oxide in the air can cause respiratory problems.

(262) The combustion of biomass can release nitrogen oxide into the atmosphere.

(263) Forest fires can release nitrogen oxide into the surrounding environment.

(264) Industrial accidents can release nitrogen oxide into nearby water bodies.

(265) The process of combustion can oxidize nitrogen oxide present in the fuel.

(266) The green algae in the pond can absorb nitrogen oxide and release oxygen.

(267) The chemical reaction between nitrogen and oxygen creates nitrogen oxide.

(268) The proposed legislation will allow nitrogen oxide emissions to be taxed.

(269) The burning of wood and other biomass spread nitrogen oxide into the air.

(270) The airplane's engines let out nitrogen oxide during takeoff and landing.

(271) The generator let out nitrogen oxide as it powered the construction site.

(272) Certain bacteria in soil and water can turn nitrogen into nitrogen oxide.

(273) The production of nitrogen oxide is a major contributor to air pollution.

(274) The gas turbine lets out nitrogen oxide emissions during power generation.

(275) The waste incineration plant lets out nitrogen oxide when burning garbage.

(276) The proper venting of nitrogen oxide is essential for air quality control.

(277) The oxidization of nitrogen oxide can be accelerated by high temperatures.

(278) The exhaust from vehicles can release nitrogen oxide into the environment.

(279) The air purifier uses a special filter to absorb nitrogen oxide particles.

(280) Certain chemical reactions in the atmosphere can turn into nitrogen oxide.

(281) Trees absorb nitrogen oxide from the air, helping to reduce air pollution.

(282) The decomposition of organic matter can create nitrogen oxide in the soil.

(283) The catalytic converter in your car helps settle nitrogen oxide emissions.

(284) The decomposition of organic matter can use up nitrogen oxide in the soil.

(285) The operation of heavy machinery and equipment can produce nitrogen oxide.

(286) The new regulations require factories to put out nitrogen oxide emissions.

(287) The combustion of biomass can release nitrogen oxide into the environment.

(288) Power plants that burn coal are a major source of nitrogen oxide emissions.

(289) Nitrogen oxide emissions from vehicles are regulated by emission standards.

(290) Recycling facilities are exploring ways to dispose of nitrogen oxide waste.

(291) The technician is working on a solution to vent nitrogen oxide effectively.

(292) Nitrogen oxide can react with other compounds to form secondary pollutants.

(293) The use of certain solvents can release nitrogen oxide into the atmosphere.

(294) The use of certain medications can produce nitrogen oxide as a side effect.

(295) The permit allows nitrogen oxide emissions from the steel mill to continue.

(296) The burning of waste materials can release gases containing nitrogen oxide.

(297) The chemical reaction between nitrogen oxide and water creates nitric acid.

(298) The car's catalytic converter helps to vent nitrogen oxide from the engine.

(299) The updated technology will allow nitrogen oxide to be captured and reused.

(300) The new regulations aim to lower nitrogen oxide levels in industrial areas.

(301) The construction site's heavy machinery spread nitrogen oxide into the air.

(302) The process of oxidizing nitrogen oxide can be energy-intensive and costly.

(303) The combustion of fossil fuels releases nitrogen oxide into the atmosphere.

(304) The process of denitrification in soil converts nitrates to nitrogen oxide.

(305) Installing catalytic converters in vehicles can create less nitrogen oxide.

(306) Using electric vehicles is one way to cut down on nitrogen oxide emissions.

(307) The chemical spill caused the nitrogen oxide to spread throughout the river.

(308) The disposal of nitrogen oxide is a complex process that requires expertise.

(309) The venting system is equipped with filters to reduce nitrogen oxide levels.

(310) The process of oxidation can convert nitrogen oxide into harmless compounds.

(311) Industrial boilers and furnaces can release nitrogen oxide during operation.

(312) The ability to oxidize nitrogen oxide is crucial in reducing smog formation.

(313) The new regulations allow nitrogen oxide emissions within acceptable limits.

(314) The oxidation of nitrogen-containing compounds can turn into nitrogen oxide.

(315) Nitrogen oxide is a toxic gas that can have harmful effects on human health.

(316) The vacuum cleaner has a special filter to collect nitrogen oxide emissions.

(317) The industrial chimney has a mechanism to collect nitrogen oxide pollutants.

(318) The use of nitrogen-based fertilizers can create nitrogen oxide in the soil.

(319) The chemical reaction in the atmosphere can naturally remove nitrogen oxide.

(320) The factory's exhaust system spread nitrogen oxide into the surrounding air.

(321) The car's faulty engine spread nitrogen oxide emissions throughout the city.

(322) Industrial processes can use up nitrogen oxide through the use of scrubbers.

(323) The decomposition of organic matter in landfills can produce nitrogen oxide.

(324) The power plant installed a new filtration system to put out nitrogen oxide.

(325) The wind turbines help carry away nitrogen oxide emissions from power plants.

(326) The industrial scrubbers are designed to carry away nitrogen oxide emissions.

(327) Nitrogen dioxide is formed when nitrogen oxide reacts with oxygen in the air.

(328) The chemical reaction between nitrogen and oxygen can produce nitrogen oxide.

(329) Nitrogen oxide is a major contributor to the formation of ground-level ozone.

(330) Nitrogen oxide emissions can be reduced through the use of alternative fuels.

(331) The disposal of nitrogen oxide requires specialized equipment and procedures.

(332) The control of nitrogen oxide is a challenge that requires collective action.

(333) The oxidization of nitrogen oxide is an important step in the nitrogen cycle.

(334) Nitrogen oxide emissions can be reduced by implementing stricter regulations.

(335) The combustion of natural gas can release nitrogen oxide into the atmosphere.

(336) Industrial plants can produce nitrogen oxide as a result of their operations.

(337) The chemical reaction aims to oxidize nitrogen oxide to reduce air pollution.

(338) The presence of water vapor can hinder the ability to oxidize nitrogen oxide.

(339) The combustion process in engines can cause fuel to turn into nitrogen oxide.

(340) Lightning strikes can cause atmospheric nitrogen to turn into nitrogen oxide.

(341) Nitrogen oxide emissions from vehicles are regulated to reduce air pollution.

(342) The catalytic converter in your car helps to use up nitrogen oxide emissions.

(343) Industrial processes such as welding and smelting can produce nitrogen oxide.

(344) Industrial processes can cause certain chemicals to turn into nitrogen oxide.

(345) The catalytic converter in cars helps to neutralize nitrogen oxide emissions.

(346) Implementing stricter emission standards can help create less nitrogen oxide.

(347) Power plants can cut back on nitrogen oxide emissions by using cleaner fuels.

(348) The combustion process led to the conversion of materials into nitrogen oxide.

(349) The combustion process resulted in the shift of materials into nitrogen oxide.

(350) The catalyst played a role in the conversion of compounds into nitrogen oxide.

(351) The wind can carry away nitrogen oxide emissions from agricultural activities.

(352) The use of catalytic converters in cars helps reduce nitrogen oxide emissions.

(353) The reduction of nitrogen oxide emissions is a priority for environmentalists.

(354) The wind carried the nitrogen oxide particles and spread them across the city.

(355) The disposal of nitrogen oxide is a priority for environmental sustainability.

(356) The control of nitrogen oxide is a global concern for sustainable development.

(357) The control of nitrogen oxide is a priority for sustainable urban development.

(358) The venting of nitrogen oxide is a critical step in the manufacturing process.

(359) The team is conducting tests to determine the best way to vent nitrogen oxide.

(360) Nitrogen oxide emissions have been linked to the depletion of the ozone layer.

(361) Mining operations can release nitrogen oxide into the surrounding environment.

(362) The ppm of nitrogen oxide emissions from vehicles contribute to air pollution.

(363) The efficiency of the system depends on the ability to oxidize nitrogen oxide.

(364) The environmental permit allows nitrogen oxide emissions from the power plant.

(365) The installation of green roofs can help absorb nitrogen oxide in urban areas.

(366) The ocean acts as a natural sink to absorb nitrogen oxide from the atmosphere.

(367) The reaction between nitrogen and carbon dioxide can turn into nitrogen oxide.

(368) The air quality monitor is used to collect nitrogen oxide data in urban areas.

(369) Industrial processes that involve high temperatures can create nitrogen oxide.

(370) The catalytic converter in your car helps to oxidize nitrogen oxide emissions.

(371) The wind can carry away nitrogen oxide particles from one location to another.

(372) The flue-gas recirculation system was used to reduce nitrogen oxide emissions.

(373) Nitrogen oxide emissions from vehicles can be reduced with proper maintenance.

(374) Nitrogen oxide can react with other pollutants in the atmosphere to form smog.

(375) The air conditioning system filters can carry away nitrogen oxide from the air.

(376) The goal is to carry away nitrogen oxide and reduce its impact on human health.

(377) The industrial process used to produce nitrogen oxide emits harmful pollutants.

(378) The coal-fired power plant lets out nitrogen oxide as a result of burning coal.

(379) It is important to dispose of nitrogen oxide properly to prevent air pollution.

(380) The proper disposal of nitrogen oxide is essential for maintaining air quality.

(381) Chemical reactions in the atmosphere can release nitrogen oxide as a pollutant.

(382) The transportation sector can produce nitrogen oxide through vehicle emissions.

(383) The use of certain pesticides can produce nitrogen oxide in agricultural areas.

(384) The industrial sector can produce nitrogen oxide as a result of its activities.

(385) The use of certain chemicals can produce nitrogen oxide in laboratory settings.

(386) The use of certain detergents can produce nitrogen oxide in household settings.

(387) The aim is to develop a technology that can selectively oxidize nitrogen oxide.

(388) The permit allows nitrogen oxide emissions from the chemical plant to continue.

(389) The catalytic converter in cars is designed to absorb nitrogen oxide emissions.

(390) The chemical reaction between nitrogen and oxygen can turn into nitrogen oxide.

(391) The reaction between nitrogen and carbon monoxide can turn into nitrogen oxide.

(392) The burning of coal in power plants releases gases that contain nitrogen oxide.

(393) Fertilizers can be harmful to air quality if they release nitrogen oxide gases.

(394) Burning fossil fuels such as coal and oil can emit nitrogen oxide into the air.

(395) The factory had to admit that they were emitting high levels of nitrogen oxide.

(396) The new technology is designed to block nitrogen oxide emissions from vehicles.

(397) The power plant has installed new technology to limit nitrogen oxide pollution.

(398) The use of gas-powered lawn mowers spread nitrogen oxide into the neighborhood.

(399) The use of gas stoves and ovens in homes spread nitrogen oxide into indoor air.

(400) The use of certain cleaning products can produce nitrogen oxide as a byproduct.

(401) Cutting back on nitrogen oxide emissions can also help mitigate climate change.

(402) The use of nitrogen oxide scrubbers can help reduce emissions from power plants.

(403) The control of nitrogen oxide emissions is crucial for environmental protection.

(404) The use of catalytic converters in cars helps to lower nitrogen oxide emissions.

(405) The use of certain cleaning products can release nitrogen oxide into indoor air.

(406) The mining industry can produce nitrogen oxide as a byproduct of its activities.

(407) The energy sector can produce nitrogen oxide through power generation processes.

(408) The chemical plant has implemented a system to oxidize nitrogen oxide emissions.

(409) The revised policy allows nitrogen oxide to be emitted by industrial facilities.

(410) The city is implementing measures to absorb nitrogen oxide emitted by factories.

(411) The laboratory experiment successfully concentrated nitrogen oxide for analysis.

(412) The exhaust fans in a kitchen carry away nitrogen oxide produced during cooking.

(413) The laboratory equipment is used to collect nitrogen oxide for further analysis.

(414) The ship's crew had to vent nitrogen oxide from the cargo hold before unloading.

(415) The shipping industry's use of diesel fuel spread nitrogen oxide into the ocean.

(416) The use of biofilters can help to use up nitrogen oxide in wastewater treatment.

(417) The use of nitrogen-fixing plants can help to use up nitrogen oxide in the soil.

(418) The use of nitrogen-based fertilizers in agriculture can produce nitrogen oxide.

(419) Encouraging carpooling and public transportation can create less nitrogen oxide.

(420) The gas-powered lawn mower lets out nitrogen oxide emissions while cutting grass.

(421) Power plants are adopting cleaner technologies to control nitrogen oxide release.

(422) The control of nitrogen oxide is a priority for sustainable industrial practices.

(423) The presence of nitrogen oxide in the atmosphere can affect the growth of plants.

(424) The use of catalytic converters in cars helps to reduce nitrogen oxide emissions.

(425) Improperly maintained equipment can release nitrogen oxide into the surroundings.

(426) Improperly maintained septic systems can release nitrogen oxide into groundwater.

(427) The manufacturing of certain chemicals can release nitrogen oxide as a byproduct.

(428) The use of certain fertilizers can produce nitrogen oxide in agricultural fields.

(429) The reaction kinetics determine the rate at which nitrogen oxide can be oxidized.

(430) The environmental permit allows nitrogen oxide emissions from the cement factory.

(431) The use of biofilters in wastewater treatment plants helps absorb nitrogen oxide.

(432) To reduce air pollution, it is essential to cut back on nitrogen oxide emissions.

(433) The exhaust system in the car is responsible for collecting nitrogen oxide gases.

(434) The air quality index measures the amount of collected nitrogen oxide in the air.

(435) To reduce air pollution, it is essential to cut down on nitrogen oxide emissions.

(436) The catalytic converter in your car is designed to trap nitrogen oxide emissions.

(437) The construction of green walls can help to absorb nitrogen oxide in urban areas.

(438) The airplane's engines spread nitrogen oxide emissions into the upper atmosphere.

(439) Industrial processes like metal refining can release nitrogen oxide into the air.

(440) The catalytic converter in your car helps to carry away nitrogen oxide emissions.

(441) A properly functioning HVAC system can carry away nitrogen oxide from indoor air.

(442) The catalyst played a role in the transformation of compounds into nitrogen oxide.

(443) The combustion process led to the transformation of materials into nitrogen oxide.

(444) The goal is to carry away nitrogen oxide and reduce its impact on the environment.

(445) Effective control of nitrogen oxide requires continuous monitoring and evaluation.

(446) The use of nitrogen-based fertilizers can lead to increased nitrogen oxide levels.

(447) The use of certain solvents can produce nitrogen oxide in manufacturing processes.

(448) The presence of oxygen is crucial to oxidize nitrogen oxide into nitrogen dioxide.

(449) The goal is to minimize the release of nitrogen oxide by effectively oxidizing it.

(450) The use of cleaner fuels can help vehicles put out fewer nitrogen oxide emissions.

(451) The company invested in new technology to put out nitrogen oxide more efficiently.

(452) The power plant upgraded its equipment to put out nitrogen oxide more efficiently.

(453) When exposed to high temperatures, certain chemicals can turn into nitrogen oxide.

(454) The catalytic converter in a car's exhaust system helps carry away nitrogen oxide.

(455) Waste incineration can make nitrogen oxide as a result of burning waste materials.

(456) The factory needs to vent nitrogen oxide to comply with environmental regulations.

(457) The use of certain chemicals in manufacturing processes can create nitrogen oxide.

(458) The use of low-emission vehicles can help to use up nitrogen oxide in urban areas.

(459) The car manufacturer has developed a new engine that puts out less nitrogen oxide.

(460) The improper disposal of waste can release nitrogen oxide into the soil and water.

(461) The farmer applied a nitrogen oxide concentrate to the soil to improve crop yield.

(462) Installing air filters in factories can help cut down on nitrogen oxide emissions.

(463) The combustion process resulted in the alteration of materials into nitrogen oxide.

(464) Engineers developed a new technology to dispose of nitrogen oxide more efficiently.

(465) The government introduced stricter regulations on how to dispose of nitrogen oxide.

(466) The use of catalytic converters in vehicles helps control nitrogen oxide emissions.

(467) Stringent control measures are necessary to meet nitrogen oxide emission standards.

(468) The control of nitrogen oxide is a critical step towards achieving clean air goals.

(469) The control of nitrogen oxide is a responsibility shared by all sectors of society.

(470) The exhaust system is designed to minimize nitrogen oxide emissions during venting.

(471) The oxidization of nitrogen oxide can occur in both natural and human-made sources.

(472) The proper insulation of buildings can help to lower nitrogen oxide levels indoors.

(473) The use of low-nitrogen oxide burners in power plants can help to reduce pollution.

(474) High temperatures during lightning strikes can release nitrogen oxide into the air.

(475) The improper storage of chemicals can release nitrogen oxide into the surroundings.

(476) The construction industry can produce nitrogen oxide as a result of its operations.

(477) Researchers are studying different catalysts to effectively oxidize nitrogen oxide.

(478) The reaction kinetics play a crucial role in the ability to oxidize nitrogen oxide.

(479) The government is promoting the use of solar panels to put out less nitrogen oxide.

(480) The environmental regulations allow nitrogen oxide emissions from the oil refinery.

(481) The new law allows nitrogen oxide to be released during specific mining operations.

(482) The purification process is designed to concentrate nitrogen oxide for further use.

(483) The use of wood-burning stoves and fireplaces can emit nitrogen oxide into the air.

(484) The city council is considering measures to limit nitrogen oxide levels in the air.

(485) The new air filtration system is designed to remove nitrogen oxide from indoor air.

(486) The use of certain chemicals in manufacturing processes can produce nitrogen oxide.

(487) The chemical reaction in the engine converts nitrogen and oxygen to nitrogen oxide.

(488) The power plant installed a scrubber system to neutralize nitrogen oxide emissions.

(489) Farmers can cut back on nitrogen oxide by using more sustainable farming practices.

(490) The use of catalytic converters can help reduce nitrogen oxide emissions from cars.

(491) Nitrogen oxide is a pollutant that can contribute to smog and respiratory problems.

(492) The vacuum cleaner can effectively carry away nitrogen oxide particles from carpets.

(493) Scientists are studying the long-term effects of improperly disposed nitrogen oxide.

(494) The control of nitrogen oxide is a continuous process that requires ongoing efforts.

(495) Planting more trees can contribute to lower nitrogen oxide levels in the atmosphere.

(496) Regular maintenance of industrial equipment can help to lower nitrogen oxide output.

(497) The decomposition of organic matter can release nitrogen oxide into the environment.

(498) The aim is to develop a cost-effective method to efficiently oxidize nitrogen oxide.

(499) The company is investing in renewable energy sources to put out less nitrogen oxide.

(500) The permit allows nitrogen oxide emissions from the manufacturing plant to continue.

(501) Industrial emissions can turn into nitrogen oxide when released into the atmosphere.

(502) The researchers were able to concentrate nitrogen oxide in a controlled environment.

(503) The government's plan will allow nitrogen oxide levels to be monitored more closely.

(504) The catalytic converter in your car helps to remove nitrogen oxide from the exhaust.

(505) The factory's exhaust system is known to release nitrogen oxide into the atmosphere.

(506) The combustion of biomass can cause nitrogen and oxygen to turn into nitrogen oxide.

(507) Certain types of bacteria can help to carry away nitrogen oxide from soil and water.

(508) The construction site is required to dispose of nitrogen oxide from their equipment.

(509) Companies are investing in research to find better ways to dispose of nitrogen oxide.

(510) Public awareness campaigns play a vital role in controlling nitrogen oxide pollution.

(511) The venting of nitrogen oxide is a priority for the company's sustainability efforts.

(512) Nitrogen oxide is a pollutant that can be harmful to both humans and the environment.

(513) The chemical industry can produce nitrogen oxide as part of its production processes.

(514) The agricultural sector can produce nitrogen oxide through certain farming practices.

(515) The catalyst's surface area greatly influences the ability to oxidize nitrogen oxide.

(516) The presence of certain pollutants can inhibit the ability to oxidize nitrogen oxide.

(517) The government is investing in technology to absorb nitrogen oxide from power plants.

(518) The device is specifically designed to concentrate nitrogen oxide from exhaust gases.

(519) The combustion of wood and biomass fuels can release gases containing nitrogen oxide.

(520) Using catalytic converters in vehicles can help cut down on nitrogen oxide emissions.

(521) By reducing the burning of fossil fuels, we can cut down on nitrogen oxide emissions.

(522) The airline industry is exploring ways to limit nitrogen oxide emissions from planes.

(523) Trees and plants can help settle nitrogen oxide in the air through natural processes.

(524) The use of electric vehicles can help settle nitrogen oxide emissions in urban areas.

(525) The use of certain cleaning products can cause chemicals to turn into nitrogen oxide.

(526) The chemical plant was fined for failing to properly dispose of nitrogen oxide waste.

(527) Installing catalytic converters in cars can help get rid of nitrogen oxide emissions.

(528) Nitrogen oxide is a byproduct of combustion in power plants and industrial processes.

(529) The reduction of nitrogen oxide emissions is a key goal of environmental regulations.

(530) The use of certain cleaning products can lead to the spread of nitrogen oxide indoors.

(531) The government has implemented strict regulations to control nitrogen oxide pollution.

(532) Industries are investing in advanced technologies to control nitrogen oxide emissions.

(533) Researchers are studying ways to reduce the emissions of nitrogen oxide from vehicles.

(534) The reduction of nitrogen oxide emissions is a global effort to combat climate change.

(535) The operation of certain industrial machinery can release nitrogen oxide into the air.

(536) The use of a catalyst can significantly enhance the ability to oxidize nitrogen oxide.

(537) The new law allows nitrogen oxide to be released during controlled burning activities.

(538) The new law allows nitrogen oxide to be released during specific industrial processes.

(539) The exhaust system of a motorcycle is designed to carry away nitrogen oxide emissions.

(540) The company has developed a device that can collect nitrogen oxide from indoor spaces.

(541) Power plants need to adopt cleaner technologies to cut down on nitrogen oxide release.

(542) The installation of catalytic converters can help lower nitrogen oxide levels in cars.

(543) Agricultural practices such as fertilization can release nitrogen oxide into the soil.

(544) The new technology can effectively neutralize nitrogen oxide emissions from factories.

(545) Autocatalysts are commonly found in diesel engines to reduce nitrogen oxide emissions.

(546) The combustion process resulted in the transformation of materials into nitrogen oxide.

(547) The high temperature caused the substances to undergo a conversion into nitrogen oxide.

(548) The air circulation system is designed to carry away nitrogen oxide from indoor spaces.

(549) The chimney sweepers ensure that the chimney can effectively carry away nitrogen oxide.

(550) The combustion of natural gas produces lower levels of nitrogen oxide compared to coal.

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