This study aimed to analyze the influence of the industrial growth and the effect on government tax potential of the South Sulawesi Province. The growth of the tax object affects government tax potential of South Sulawesi Province. Environmental resources affect government tax potential of the province. The study used multiple linear regressions on primary data. The population consisted of all officers and staff involved in regional work units. Revenue Service area in South Sulawesi Province counts 630 employees. The sampling method is purposive sampling random carried out based on specific objectives. The respondent qualifications are taken from the Technical Implementation Unit Office and the Department of Revenue. The number of respondents is 96 from the Head of UPTD and three of them are related with tax Section Chief Officer. The results showed that industrial growth has a significant and positive effect on the potential increase in tax of South Sulawesi. Growth in tax object significantly affects the potential increasing tax of South Sulawesi. Environmental resources significantly affect the potential Increase in tax. Practical recommendations for local government is to enhance tax potential, reduce bureaucracy in industrial licensing, and facilitate local farmers to get involved in economic contributions.

Environmental pollution is the major problem associated with rapid industrialization, urbanization and rise in living standards of people. In order to reduce environmental pollution, therefore, shielding materials using industrial waste resources were developed and the radiation shielding performance was evaluated.

There are a large number of the food companies in Gunsan National Industrial Complex, and the organic sludge generated in these industrial wastewater treatment plants are generally being dealt with ocean dumping methods. As this method will be prohibited from January 1, 2016, it is inevitable to select the method like the reclamation. All over the country, landfill is lacking, and become a target of public grievance since it is recognized as an abomination facility. Consequently it has problem to secure the new location. These reasons lead to increase the organic sludge disposal cost, and it needed to seek the economical and eco-friendly processing methods. This research is regarding the Solid Refuse Fuel technique which is dried and processed the organic sludge generated in Gunsan National Industrial Complex. With Solid Refuse Fuel technique, in the environmental, safety, efficiency and economical aspect, it can derive competitive production technology, promote the Solid Refuse Fuel business and finally build a nationwide network. Through this study, we can derive the optimal manufacturing process from the examination of properties of organic sludge and drying. CFBC is tested the efficiency of solid fuel by the combustion experiment. It is very significant that we develop the Solid Refuse Fuel technique with the sludge generated in food industrial waste treatment plant and derive new competitive manufacturing processes.

For the purpose of evaluating the eco-efficiency(EE) on surplus heat generated from industrial process, techniques of life cycle assessment are adopted in this study. Because it can be indicated both environmental impacts and economic benefits, EE is well known as a useful tool for symbiosis network on the sustainable development of new projects and businesses. To evaluate environmental impacts, the categories were divided into two areas of resource depletion and global warming potential. It can be seen that environmental impact increased a little but much higher economic benefit on the company, environmental performance and economic value were improved on the apartment by the district heating, respectively. In result, eco-industrial park(EIP) project on surplus heat should be found sustainable new business because the EE was in the area of fully positively eco-efficiency and, moreover resource depletion was taken place than the reduction of greenhouse gas.