«China's
synthetic gas plants would be greenhouse giants.»
Not exact matches
Tags: member's press release, 2g energy ag, biogas, sugar industry, CHP, cogenco, veolia, japan, ademe, france, germany, treatment
plants, powerhouse installation, usa,
synthetic gas, biomethane, Derek Sivyer
Canadian company Carbon Engineering is combining captured CO2 with hydrogen
gas to generate
synthetic gasoline at its pilot
plant north of Vancouver.
As part of the largest investment in coal - fueled
synthetic natural
gas plants in history, the central Chinese government recently has approved construction of nine large - scale
plants capable of producing more than 37 billion cubic meters of
synthetic natural
gas annually.
If the
synthetic natural
gas made by the
plants were used to fuel vehicles, the lifecycle greenhouse
gas emissions would be twice as large as from gasoline - fueled vehicles.
Coal - powered
synthetic natural
gas plants being planned in China would produce seven times more greenhouse
gas emissions than conventional natural
gas plants, and use up to 100 times the water as shale
gas production, according to a new study by Duke University researchers.
Coal - powered
synthetic natural
gas plants being planned in China would produce seven times more greenhouse
gas emissions than conventional natural
gas plants, and use up to 100 times the water as shale
gas production, according to a new study.
There are also
plants that convert coal into chemicals or
synthetic natural
gas.
In fact, had scientists not created
synthetic, mostly natural -
gas - based fertilizer decades ago to improve nature's method of «fixing» nitrogen — a process of breaking nitrogen molecules apart to make them available to
plants — neither you nor I, nor most of the 7 billion people crowding the planet, would be here today.
China Energy News, a state - run newspaper, cited a policymaker Monday as saying that China will complete the construction of approved coal - to - natural -
gas plants but will not approve new projects until 2020, aiming to keep its coal - based
synthetic natural
gas production capacity to 15 billion cubic meters at the end of the decade.
With air captured CO2 from
plants like Climeworks», renewable energy can be efficiently stored by producing
synthetic fuels using Power - to -
Gas or Power - to - Liquids technology.
Jimmy Carter's subsidized oil from shale rock, ancient solar panels on the roof, and
synthetic gas from coal
plants just demonstration projects by comparison.
In May 2012, Tenaska said they would cut the
plant's costs by 60 % and have it run on natural
gas rather than coal, although it is believed the
plant would be built so that it could later be retrofitted to begin transforming Illinois coal into
synthetic natural
gas.
The facility would use lignite mined adjacent to the
plant, convert it into
synthetic gas and then capture and sequester 65 % of its carbon emissions.
In fact: The hope that coal
plants» carbon emissions can be drastically reduced — either through technology that captures and sequesters the emissions or that converts coal to
synthetic gas — burns eternal for the coal industry's cheerleaders.
Natural
gas liquids (NGLs) ethane and propane get extracted and sent to a «cracking facility» where ethane is made into ethylene (the foundation of polyethylene - the most common plastic in the world, frequently used for packaging, bottles, and
synthetic clothing), and at a dehydrogenation
plant, propane is made into propylene (the foundation of polypropylene - a plastic commonly found in food packaging and vehicle manufacturing).
The most water - efficient energy sources are natural
gas (though we may be just about out of it) and
synthetic fuels produced by coal gasification; the least efficient are ethanol and biodiesel — the biofuels just can't catch a break these days, can they?Water use winners and losers The research pair analyzed 11 types of energy sources, including coal, fuel ethanol, natural
gas, and oil; and five power generating methods, including hydroelectric, fossil fuel thermoelectric, and nuclear methods; in terms of power generation, Younos and Hill have found that geothermal and hydroelectric energy types use the least amount of water, while nuclear
plants use the most.