外文翻譯--太陽(yáng)能增溫丘陵地區(qū)沼氣廠實(shí)地考察-資料下載頁(yè)
2025-05-12 07:14本頁(yè)面
【導(dǎo)讀】在夏季溫度達(dá)到最高21-25°C，達(dá)到最低10-13°C。達(dá)到最高16-21°C，最低達(dá)到2°C一下。能源可持續(xù)發(fā)展在實(shí)驗(yàn)室規(guī)模的沼氣池采用塑料材料超過(guò)其它材料的試驗(yàn)結(jié)果給了我們很。大的信心，進(jìn)一步開展該試驗(yàn)的研究。在繼續(xù)的研究里，一年時(shí)間使用55天，生產(chǎn)沼氣的目的是用。由此可以得出結(jié)論。生產(chǎn)中扮演了重要作用。僅在印度，有估計(jì)超過(guò)250. 放在地下，沼氣池進(jìn)度對(duì)地面平均氣溫的溫度可以維持溫度較高，但成本，運(yùn)行和維護(hù)，腐蝕問(wèn)題和傳熱性能使得它不合算。對(duì)這些研究的效率進(jìn)行研究，然而，由于重視不夠，能量增益和損失機(jī)制的意。在寒冬季節(jié)，在印度北部丘陵地區(qū)的環(huán)境溫度低于10℃。沼氣有利于生產(chǎn)急劇下降，并可能會(huì)停止。期間所需的沼氣產(chǎn)率，實(shí)現(xiàn)最適宜的溫度應(yīng)降低。實(shí)驗(yàn)沼氣廠被置于太陽(yáng)下與印度傳統(tǒng)的水泥標(biāo)準(zhǔn)沼氣廠作對(duì)照。率與暑假期間生產(chǎn)的沼氣廠相比削減約77％。
【正文】 basis) in experimental and con trol biogas plants under the parative study in hilly region is shown in this study,the cooking was not done in winter period due to low availability of biogas and the gas generated during this period was utilized for lighting application so that the illumination from the biogas lamp also liberated heat radiation to raise the room temperature conditions for fort of major portion of the biogas yielded was utilized for lighting application against cooking both in experimental and control biogas plants in the present study. The temperature reversal during day and night variationsdiffers far from the ambient conditions。it affects the bacterial growth ,reduction in the performance is encountered in the existing conventional ,use of plastic in biogas plant fabrication will overe all the above the conventional designs once installed can not be relocated on any other ,the plastic biogas plant identi?ed in this present study can be shifted to any convenient place at any time (can be placed outdoors in summer season and indoors during winter season). The sand and sediment depositions in the conventional Indian 太陽(yáng)能增溫丘陵地區(qū)沼氣廠實(shí)地考察 10 standard design if not removed at regular intervals will bring down the retention time and ultimately the drop in its over,the gas yield recorded in experimental biogas plant was % higher than the control biogas plant. Table 2Time consumption for cooking and lighting from experimental and control biogas plant (seasonal basis) Seasons Time consumption(hrs:min) Plastic tank with greenhouse canopy (experimental)biogas plant Deenabandhu without greenhouse canopy (control)biogas plant Cooking Lighting Cooking Lighting Winter(October–December,2020) 0:28 0:18 Postmonsoon(January–March,2020) 0:25 0:42 0:15 0:28 Summer(April–June,2020) 1:26 0:47 0:27 0:33 Premonsoon(July–September,2020) 0:25 0:33 0:13 0:22 Total time consumption per year 4:10 4:50 2:05 3:05 In the present study, the testing of plastic as an alternate building material for biogas plant in hilly regions with solar greenhouse proves to be effective than other conventional masonry model being adopted in most part of yearly average slurry temperatures recorded during the study period was ℃ in experimental and control biogas plants against the ambient of 17℃ .It is evident that the rise in slurry temperature recorded in plastic and conventional control biogas plants and % higher than the ambient condition production in the winter season recorded was lower than other major portion of the biogas produced was utilized for lighting application against cooking both in experimental and control biogas plants in the hilly the basis of generated experimental database of the present investigation,it can be concluded that there is a good scope to employ plastic material for biogas plant construction and further research may substantiate this approach. 沈陽(yáng)農(nóng)業(yè)大學(xué)學(xué)士學(xué)位論文外文翻譯 11 References [1]Bansal,.,Bhand,.,Ram,S,Singh,K., study of a greenhouse concept on conventional biogas systems for enhancing biogas yield in winter months[M],International Journal Energy Resources9,119–128. [2]Kanwar,.,Guleri,., evaluation of a familysize,rubberballoon biogas plant under hilly [J],Technology50(2),119–121. [3]Chanakya,.,Rajabapaiah,P.,Modak,., winter biomassbased biogas plants:the ASTRA experience[J],Current Science87(7),917–925. [4]Singh,D.,Singh,.,Bansal,., loss reduction from the gas holder/?xed gas dome of a munitysize biogas [J],Journal Energy Resources9,417–430. [5]Ram,S.,Bansal,.,Bansal,.,Bhand,., of and Indian biogas plant with a water pond[M],International Journal of Energy Resources9,475–479. [6]Sutar,.,Tiwari,., reductions inside a [M],New Delhi21(1),61–65. [7]Vinoth Kumar,K.,Kasturi Bai,R., biodigesters–a systematic for Sustainable[J],Development9(4),40–49.
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