Title: a research project to enhance the removal of hydrogen sulfide in the gas system, biogas for the community. This research aims to (1) comparison of effectiveness in eliminating the gas hydrogen sulfide system, biogas from iron oxide and iron oxide, typically from a recovery, and (2) to develop the learning process and the learning and acceptance of technology to get rid of gas high.Don Jane sulfide in biogas research found that raw material from deep underground plumbing that has iron oxide. 83.64 percent while the performance of the coordinates, forming the best material is iron oxide mixing cement in a ratio of 90:10 without the gas hydrogen sulfide removal efficiency. 98.65 per cent and eliminate the gas hydrogen sulfide when set to experiment with biogas production systems with different raw materials. It was found that the gas hydrogen sulfide removal efficiency was 99.72% and 97.87 94.33 respectively. As a result, gas removal effectiveness trial hydrogen sulfide from the recovery of the material reveals that 100 per cent efficient removal and sequential 54.78 27.39 36.52. Research recognition properties of hydrogen sulfide gas removal The user recognizes that better use the original removal of the benefits of consistent and appropriate with the user. The ability to split the experiment and observe the results, as well as clearly is not difficult to use, respectively. Have to learn and learn how to get rid of the gas hydrogen sulfide in ban Huai bong community biogas? Amphoe mueang uttaradit province and South Province, laplae of uttaradit yangkradai.
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