DSpace Collection:http://www.repository.rmutt.ac.th/xmlui/handle/123456789/902024-01-20T19:53:24Z2024-01-20T19:53:24ZSundanese as a compulsory subject at school for the formation of identity and character to youthBakhrul Ulum, Saefihim and Milatul Ulfahttp://www.repository.rmutt.ac.th/xmlui/handle/123456789/12782020-09-24T04:44:16Z2013-01-01T00:00:00ZTitle: Sundanese as a compulsory subject at school for the formation of identity and character to youth
Authors: Bakhrul Ulum, Saefihim and Milatul Ulfa
Abstract: Character is a system of beliefs and practices that direct the actions of an individual. Experience and habits of life form the entire program of the human mind, the mind is a major factor forming the character, including the use of language to communicate. Sundanese is one of vernacular that spoken by at least 38 million people and is the mother language with the second largest number of speakers in Indonesia after the. Vernacular as one of the cultural heritage, and also a wealth of each region is the one that characterize a particular area, because of its diversity. In the current era of globalization, the balance of the use of language is a problem in itself. Especially among young people, many thought no longer important receipts Sundanese, as outdated. Position of the vernacular lately is not just showing identity of a particular area, but also can form a positive character to its users, with utter smoothness, choice of words appropriate interlocutors, dialect spoken, it is a unique creation that is actually a media to form character, behavior, manners and life learning tool. Sundanese language teaching in schools is a surefire steps to help build the character of youth.
Description: ACA2013Thanyaburi: Blooming Color for Life December 11-14, 20132013-01-01T00:00:00ZProcessing qpm corn ‘Srikandi Putih’ varieties as a staple foods substitute for rice with long durability without preservativesDeslaknyo Wisnu Hanjagi, Milatul Ulfa, and Saefihimhttp://www.repository.rmutt.ac.th/xmlui/handle/123456789/12772020-09-24T04:44:30Z2013-01-01T00:00:00ZTitle: Processing qpm corn ‘Srikandi Putih’ varieties as a staple foods substitute for rice with long durability without preservatives
Authors: Deslaknyo Wisnu Hanjagi, Milatul Ulfa, and Saefihim
Abstract: In Indonesia, the use of corn (Zea mays) as a staple food source is low. Communities argues that corn is the food of the lower classes, in contrast to paddy (Oriza sativa). This is because the value of fresh corn are quite low with a different texture to the rice, though corn has a higher nutritional value than rice. Adding value to corn as a qualified staple food in the community is required by processing corn into ready-made household products, such as instant rice. Corn used for manufacture is corn with high protein quality (QPM), namely the ‘Srikandi Putih’ varieties. Unlike yellow corn, texture of ‘Srikandi Putih’ instant rice like white-colored grains. White color will give the impression of sterile food. This color will attract the public to food diversification because white are symbolizes purity, cleanliness, and freedom. Instant rice from these materials can survive for more than five years.
Description: ACA2013Thanyaburi: Blooming Color for Life December 11-14, 20132013-01-01T00:00:00ZChito-chito: chitosan as turbid-color adsorbent on “TEMPE” industrial wastewaterMuhamad Alfiyan Zubaidi, Hamasyah Hamzah Mumtaza, Rimo Hasnanhttp://www.repository.rmutt.ac.th/xmlui/handle/123456789/12762020-09-24T04:44:21Z2013-01-01T00:00:00ZTitle: Chito-chito: chitosan as turbid-color adsorbent on “TEMPE” industrial wastewater
Authors: Muhamad Alfiyan Zubaidi, Hamasyah Hamzah Mumtaza, Rimo Hasnan
Abstract: Citeurep is tempe industrial center in Bogor, consisting of 300 crafters. Tempe industry will produce waste 3000-5000 liters/ton of products [1]. Tempe wastewater has TDS (25,060 mg/l), TSS (4,012 mg/l), pH (4.16), temperature (75oC), NH3N (26.7 mg/l), BOD (31,380.87 mg/l) and COD (35,398.87 mg/l) and has turbid/brown color which has passed the quality standard for environmentally safe waste [2]. Fisheries industry in Indonesia reached 5.3 million tons/year that will produce wastes such as shrimp shells which reached 65%-85% of the mass [3][4]. Shrimp shells can be processed into chitosan as an effective adsorbent for reducing aquatic-pollutant using Suptijah methods [5][6]. The results showed that chitosan has good performance at pH 6.6 to 6.8 and 175-225 ppm. In these conditions, chitosan can lower the value of 94.33%-95.17% turbidity, TSS 95.10%- 95.82%, BOD 72.09%-79%, COD 76.72%-79.40%, TKN 12.50%-27.82%, NH3 80.84%-82.56%, NO2-N 47.69%-54.74%, NO3-N 19.39%-40.14% [7].Thus, addition chitosan on tempe wastewater before disposal can reduce environmental pollution.
Description: ACA2013Thanyaburi: Blooming Color for Life December 11-14, 20132013-01-01T00:00:00ZWastewater treatment for flexographic printing factory by adsorption with corn cob charcoalL. CHAYADA, N. SUCHAPA, K. PONTAKORN and V. WACHIRAWICHhttp://www.repository.rmutt.ac.th/xmlui/handle/123456789/12752020-09-24T04:44:21Z2013-01-01T00:00:00ZTitle: Wastewater treatment for flexographic printing factory by adsorption with corn cob charcoal
Authors: L. CHAYADA, N. SUCHAPA, K. PONTAKORN and V. WACHIRAWICH
Abstract: The objectives of this research are 1) to study the treatment of wastewater from flexographic printing factory by using corn cob charcoal in adsorption process and 2) to examine the efficiency of corn cob charcoal in color compared with activated carbon. The wastewater from R United Printing (Public) Co., Ltd. was examined and shown that absorbance value was 3.055 at wavelength 214 nm. The wastewater was then pre-treated by precipitation with 20-g alum. The reddish color was remained in water with the absorbance value at 572 nm of 0.037. The residue contaminant was removed by adsorption with corn cob charcoal by stirring with 5 and 10 g, respectively. The treated water after adsorption with 10-g corn cob charcoal was the best which could reduce the absorbance value at 0.025 or 99.18% color removal. It was indicated that the efficiency of 10-g corn cob charcoal was near 5-g activated carbon which could reduce better than corn cob charcoal with the efficiency of 99.41%.
Description: ACA2013Thanyaburi: Blooming Color for Life December 11-14, 20132013-01-01T00:00:00Z