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致联合国世界卫生组织 陈冯富珍博士的公开信

已有 1964 次阅读2013-2-11 00:53 |个人分类:地球.降温|系统分类:时政资讯| 博士, 世界, 联合国, 陈冯富珍 分享到微信

Gentlemen: Hello! 

Gregory HartlFadéla ChaibGlenn Thomas and Tarik Jasarevic

致联合国世界卫生组织 陈冯富珍博士的公开信

To the United Nations World Health Organization, Dr. Margaret Chan, open letter

请您将此信息转呈陈冯富珍博士 为盼,谢谢。

Please refer this information to Dr. Margaret Chan, for the hope, thank you.(感谢谷歌,代为翻译)。

陈冯富珍博士:您春节好!

Dr Margaret Chan: Chinese New Year!

在参考消息 2013 02 10 7,看到:关于“空气污染损害健康获证实 世界卫生组织呼吁加强空气质量控制“的报道,

In Reference News 20130210 version 7, see:
Air pollution damage to health have been confirmed
The World Health Organization called for the strengthening of air quality control reports,

【西班牙《国家报》网站24日报道】世界卫生组织日前发表一份报告指出,污染对人体健康的负面影响已经得到科学证实,而且比8年前想像的还要糟糕。报告建议加强反污染方面的立法

Spanish "El Pais" website reported on February 4] World Health Organization issued a report recently pointed out, the negative impact of pollution on human health has been scientifically proven, but worse than eight years ago imagination. The report recommended the strengthening of anti-pollution legislation.

PM2.5燃烧化石燃料过程中产生的,含有重金属等有毒物质。

PM2.5 is generated in the process of burning fossil fuels, contain heavy metals and other toxic substances.

二氧化氮主要是汽车排放的产物,是对呼吸道有刺激的有毒物质。

Nitrogen dioxide is the main product of vehicle emissions, and respiratory irritation, toxic substances.

立法故然很重要,关键还要有治标又治本办法。

Legislative contingent is very important, it is the key to treating the symptoms and the root of the problem way also.

治标又治本办法是将炸药领域普遍应用的“零氧平衡原理”应用于化石燃料领域,从而实现氧化剂与可燃剂之间的完全的氧化还原反应。

Symptoms they root of the problem is the explosives generally applied in the field of "zero oxygen balance principle used in the field of fossil fuels, in order to achieve complete oxidation-reduction reaction between oxidant and combustible agent.

应用上述原理的计算公式,计算了诸多氧化剂与可燃剂的配比,在此仅举两例予以简略说明:

Application of the above principle formula to calculate many oxidant and combustible mixture ratio, to name the two cases to be a brief description:

【碳低排放例】可燃剂燃油5.5%(汽油、煤油、柴油均可),氧化剂硝酸铵(NH4NO394.5%,按配比喷入锅炉(燃烧室)燃烧。

Carbon low emissions Example] 5.5% combustible agent fuel (gasoline, kerosene, diesel fuel can be), the oxidizer ammonium nitrate (NH4NO3) 94.5% ratio is injected into the combustion of the boiler (combustion chamber).

其生成物是少量二氧化碳、氮气和水蒸汽;若燃油中有杂质,可能还有金属和非金属氧化物。

The product is a small amount of carbon dioxide, nitrogen and water vapor; if there are impurities in the fuel, there may be metallic and non-metallic oxides.

其中,硝酸铵价格是燃油价格的50%以下,硝酸铵的原料是空气和水等,燃烧后又还原为氮气和水等,是可以循环、再生的。这种燃料没有硫和硝。其经济效益远胜于页岩气的开发。

Wherein the ammonium nitrate price is less than 50% of the fuel prices, the ammonium nitrate raw materials are air and water, etc., combustion and then reduced to nitrogen and water, can be recycled, regenerated. This fuel sulfur and saltpeter. Its economic benefits far better than the shale gas development.

 

【碳零排放例】可燃剂铝(Al)粉末18.35% 与氧化剂硝酸铵NH4NO3粉末81.65% 燃烧,没有二氧化碳排放;

Carbon zero emissions Example Combustible agent aluminum (Al) powder 18.35% with the oxidizer ammonium nitrate (NH4NO3) powder 81.65% combustion, carbon dioxide emissions;

生成的三氧化二铝在酸性的地球上,显碱性;可以改良土壤,中和海洋酸性挽救海洋生物。上述燃料也没有硫与硝。没有产生雾霾的烟尘。

Aluminum oxide generated in the acidity of the Earth, which was alkaline; can improve the soil, in the rescue of marine life and ocean acidity. These fuel sulfur and saltpeter. Not produce smoke haze.

上述应用例可以控制化石燃料的污染;为了应用上述双燃料,应该改造汽车的传输系统的软硬件,以适应双燃料传输。

Pollution of the above-mentioned application example of the fossil fuel can be controlled; order to apply the above dual fuel should transformation vehicle transmission system hardware and software to accommodate the dual fuel transfer.

如上所述方案的实施是一项巨大系统工程,应举巨大人财物力予以开发。

The implementation of the program as described above is a huge system engineering, should cite the enormous human, financial force to be developed.

还有如上述的诸多应用例,请您关注下列参考文件:

As many cases you for your interest in the following reference file for hope:

U.S. Patent
METHODS AND COMPOSITIONS FOR DECREASING CARBON
EMISSIONS

Priority date: 2008.01.11,2008.06.30;
Application Date: June 30, 2009
Application No.: 12/494351

pichang Wei

 










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