Influence of Electrolyzer Design of Gas Cl2 As A Indoor Desinfection Desinfectant on Baktery Decreasing (Tuberculosis Prevention Efforts On Families)

IJSRE

2016-06

en

Article

text

Tuberculosis (TBC) is a contagious disease that is a world and Indonesia problem. Failure of TB control of failed medication, making it difficult to cure. The disease is caused by Micobacterium Tuberculosa that live in various environments, and is able to infect after being in the open air for several days, especially in a humid place. Micobacterium Tuberculosa enters the human body and damages the lung tissue. Control of this disease through dis infection of air space with Cl2 gas from salt water electrolysis. The results of previous research of electrolys is with a salt content of 100g /l decreased the highest germ rate, which is equal to 56 CFU/ m3 (84.5%). The purpose of this research is to know t he effect of Electrolyzer Design on the decrease of bacteria and to find the Electrolyzer Design which mostly decrease the bacteria of Sleeping air of tuberculosis patient. This type of research is experiment with pre test and post test design. Variable fr ee research of various Design Electrolyzer (I, II, III), and the dependent variable of bacterial air decrease of TB patient room. The population in this study was all home of TB patients in D.I. Yogyakarta. Samples of research as many as 45 houses in Puske smas Gamping II Sleman yogyakarta, consisting of 23 houses of tuberculosis patients and 22 houses around the patient. The data were analyzed using Anova statistic test with α = 0,05. The results of research have influences of various Electrolyzer Design (I, II, III) to the decrease of air bed bacteria bacteria. Elect rolyze I design can decrease the highest bedroom air bacteria. Keyworld: Electrolyzer, Design, Gas Cl2, Indoor Desinfection, Desinfectant