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"ABSTRAKSebagai perusahaan asal Korea Selatan, PT Hankook Tire Indonesia menyelenggarakan berbagai kegiatan corporate social responsibility CSR yang melibatkan komunitas perusahaan. Jurnal ini menganalisis tentang kegiatan CSR PT Hankook Tire Indonesia dan keterlibatan komunitas perusahaan dalam kegiatan CSR-nya. Tujuan dari penelitian ini adalah untuk mengetahui adaptasi budaya kegiatan CSR PT Hankook Tire Indonesia yang melibatkan komunitas perusahaan beradaptasi dengan budaya lokal. Metode penelitian yang digunakan adalah metode deskriptif kualitatif. Metode pengumpulan data yang digunakan adalah metode pustaka. Hasil dari penelitian ini adalah dalam kegiatan CSR yang melibatkan komunitas perusahaan, PT Hankook Tire Indonesia beradaptasi dengan budaya lokal dan tidak sepenuhnya mengikuti budaya CSR yang diterapkan di kantor pusat Hankook Tire di Korea.

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ABSTRACTAs a South Korean company, PT Hankook Tire Indonesia organizes various corporate social responsibility CSR activities involving corporate community. This journal analyzes PT Hankook Tire Indonesia CSR activities and corporate community involvement in its CSR activities. The purpose of this research is to know PT Hankook Tire Indonesia CSR activities in cultural adaptation that involving corporate community adapt to local culture. The method used is descriptive qualitative method. Data collection method used is the literature method. The result of this research is in CSR activities involving corporate community, PT Hankook Tire Indonesia adapt to local culture and not fully adhere to the CSR culture applied at the headquarters of Hankook Tire in Korea."

"Commercialization ofbioethanol has recently intensified due to its market stability, low cost,sustainability, alternative fuel energy composition, greener output andcolossal fossil fuel depletion. Recently, because of greenhouse intensityworldwide, many researches are ongoing to reprocess the waste as well asturning down the environmental pollution. With this scenario, the invention ofbioethanol was hailed as a great accomplishment to transform waste biomass tofuel energy and in turn reduce the massive usages of fossil fuels. In thisstudy, our review enlightens various sources of plant-based waste feed stocksas the raw materials for bioethanol production because they do not adverselyimpact the human food chain. However, the cheapest and conventionalfermentation method, yeast fermentation is also emphasized here notably forwaste biomass-to-bioethanol conversion. Since the key fermenting agent, yeastis readily available in local and international markets, it is morecost-effective in comparison with other fermentation agents. Furthermore, yeasthas genuine natural fermentation capability biologically and it produces zerochemical waste. This review also concerns a detailed overview of the biologicalconversion processes of lignocellulosic waste biomass-to-bioethanol, thediverse performance of different types of yeasts and yeast strains,plusbioreactor design, growth kinetics of yeast fermentation, environmentalissues, integrated usages on modern engines and motor vehicles, as well asfuture process development planning with some novel co-products."

"The extraction method is cloud point extraction technique by phase separation which gives a convenient, a simple procedure, with minimal solvent usage and only needs a very discrete amount of relatively non-flammable and non-volatile surfactant which is ecofriendly. It has acknowledged usage for the extraction and preconcentration of species of extensively digress character and features likewise metal ions, proteins and other biomaterials, or organic compounds of strongly differing polarity. Here, we address the review about cloud point extraction (CPE) method as well as applications with this methodology to our environmental samples. We also discussed about the advantages, disadvantages and future trends of CPE. This technique received great attention in extraction and preconcentration by application as an isolation and trace enrichment procedure earlier to the analysis of organic compounds (polycyclic aromatic hydrocarbons, polychlorinated compounds, pesticides, phenolic derivatives, aromatic amines, vitamins and polybrominated biphenyl ethers), inorganic compounds and metal (copper, chromium, zinc, cadmium, nickel, cobalt), phthalates and parabens. These techniques are coupled with gas chromatography, liquid chromatography, capillary electrophoresis and spectrophotometry."