Brian Yuliarto
Summary of proposals World Health Institute or WHO in his official statement issued in 2014 stated that as many as seven million people died from pollution. In addition, pollution has also triggered several causes of death such as heart disease, stroke, lung disease, and new cancer. Furthermore, the report was also stated that Southeast Asia, which included India, to Indonesia, Western Pacific, China, Korea and Philiphina were areas suffering from air pollution to the world to contributed 5.9 million deaths in a year. The Indonesian government has actually issued various regulations to tackle the health of the air environment due to pollution including the issuance of Government Regulation No. 41 of 1999 concerning Control of Air Pollution. The government has also issued a 2008 Minister of Environment Regulation No. 21 and the Minister of Environment Regulation in 2009 No. 13, both of them regulates the quality standards of air quality produced from the industry and the palm of which has greatly issued air pollution emissions. All the rules issued by the government are unfortunately currently lacking attention considering the measuring instruments and monitors of the existing air quality comes from imports. High dependence on imported products resulted in prices to be very expensive, the system is not all mastered and after-sales service when damage is difficult to repair. It is time for government rules to realize healthy air supported by the availability of air quality monitoring sensor tools from within the country. In previous research researchers have received research funds from MP3EI who have succeeded in producing air quality monitoring system tools on a laboratory scale. Research funded by MP3EI has succeeded in producing the pilot products that have succeeded continuously measuring in a period of up to 2 months in the laboratory. In this study, there will be a continuation of previous research, namely product testing directly in the field and the manufacture of industrial design sensor monitoring air health on a mass scale. In the initial stage (the first year of the study) improvements to the product prototype through testing in the field and the preparation of the business plan. In this first year there will also be published the results of research in the form of scientific publications. In the second year there will be a test of industrial marketing and design for the production of this monitoring sensor system, followed by marketing. The second year will begin the process of getting an IPR over this product. Furthermore, in the third year it will begin commercial products and preparation of marketing performance. This research is actually a continuation of several studies that have been carried out related to the sensor by the laboratory of the material process of physics engineering. Some of the results of the study have been published, both in journals and internationally indexed proceedings, including the publication of the results of the first year's research. It is hoped that this research will produce real results in the form of products that can reduce dependence on imported goods. Some user agencies of this equipment such as the Meteorology, Climatology and Geophysics Agency (BMKG) and the Environmental Management Agency (BPLHD) and the Ministry of Forestry and the Environment that really need this tool has expressed its support so that they no longer depend on imported goods but using products in Proud country. In addition to creating independence, current problems when using imported goods will be difficult in terms of care and improvement will disappear by itself when we use the work of the nation's children.