DATABASE TEKNOLOGI LINGKUNGAN
Rekapitulasi Jumlah Koleksi dalam Database
| No | Kategori | Jumlah |
| 1 | Teknologi Pengolahan Air Bersih | 104 |
| 2 | Teknologi Pengolahan Air Limbah | 86 |
| 3 | Teknologi Pengelolaan Air | 7 |
| 4 | Teknologi Pengelolaan Sampah | 22 |
| 5 | Teknologi Pemantauan Gas | 12 |
| 6 | Teknologi Lingkungan | 535 |
| 7 | Teknologi Informasi dan Komputer | 33 |
| 8 | Teknologi Penanganan POPs | 15 |
| TOTAL | 814 | |
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Menampilkan 221-240 dari 814 item.
| # | Judul | Abstrak | Katakunci | Penulis | |
|---|---|---|---|---|---|
| 221 | Sistem Pengelolaan Sampah Kota Di Kabupaten Bekasi ? Jawa Barat | Recently, problems of municipal solid waste have appeared in the indonesian metropolitan city, such as Jakarta and Surabaya. The bad of solid waste management system in those city has affected the environmental quality especially in the final disposal site. The district of Bekasi, the one of big cities in Indonesia, has the same system of solid waste management with other cities in collecting, transporting and discarding of the wastes. To avoid arising the final disposal problems, Bekasi district government has improved the municipal solid waste management by upgrading of the open dumping system?s Burangkeng final disposal site into sanitary landfill system. | Sampah, Pengelolaan, TPA | Setiyono dan Sri Wahyono | |
| 222 | Dampak Pencemaran Lingkungan Akibat Limbah Industri Pengolahan Ikan Di Muncar | Muncar area is a regional fish producer. There, we can find big and small scale fish processing industries and even home industries. Those industry produce on the average 1,300 ton/day processed fish. Production activities caused environmental pollution, especially air, water and soil pollution. Source of this pollution are from transportation movement and developmnet of raw material, quality control activities to employee?s activities (domestic waste). Right now the process of waste management is so little and people?s understanding about wastewater treatment (IPAL) and waste management system is so limited. Almost all waste from this area is flowed away to the public canal. Flowing away waste directly without any process could increase environmental pollution around industrial location. This paper explains how big the potential waste water pollution, kind and charactestic of pollution from fish processing industries and doing waste management evaluation in fish processing indutries in Muncar. Italso shows sort of pollution effect as a result of disposing fish processing industry waste in Muncar. | Industri Pengolahan Ikan, Dampak Pencemaran Limbah Industri | Setiyono dan Satmoko Yudo | |
| 223 | Potensi Pencemaran Limbah Cair Industri Pengolahan Ikan di Kecamatan Muncar | Fish processing industries in Muncar-Banyuwangi have increased the welfare of the people there and made this area known as the major fish producer in Indonesia. More than 50% of its production has been exported to many countries and the rest has fulfilled domestic need. Although fish processing industry has developed quickly, its industrial pollution effect hasn?t been handled well so that it polluted the surrounding envionment especially water surface. It happened because of using water for industrial need reached 17.883,2 m3 /day and almost all industries haven?t provided a good wastewater installalion so that the environment couldn?t handle and neutrilize the wastes. This paper explains condition of fish processing industries and potential load of the wastewater produced by them. | : Industri Pengolahan Ikan, Limbah Cair Industri, Pencemaran Lingkungan, Informasi. | Setiyono dan Satmoko Yudo | |
| 224 | Pengelolaan Limbah Kawasan Industri Kecil Di Kota Tegal | Tegal is a maritime town that mostly its resident has living as fisherman. Most existing industry in this town is fishery industry. Besides fishery industry, other small industrial also produce waste water which together with domestic waste water partake to contaminate Gung river, Sibelis river, Kemiri river and other channel which pass through Tegal town. Tegal town government trough the Office Operation of Environmental Impact (KEPADEL) have conducted various effort to reduce the impact of environmental contamination by giving counseling, training and other compilation of book containing information technology and technical guidance of waste water management to industrial activity exist in Tegal. With construction which continues to be conducted by KAPEDAL, we expected that the environmental quality in this town will change with progressively goodness. | Kawasan Industri, Limbah Cair Industri, Pencemaran Lingkungan, Informasi Teknologi Pengolahan Limbah | Setiyono dan Heru Dwi Wahjono | |
| 225 | Disain Perencanaan Instalasi Pengolahan Air Limbah (Ipal) Dan Re-Use Air Di Lingkungan Perhotelan | Denpasar is one of the number one tourist destination in the world. This city needs a lot of water resources with high quality to meet the needs of the hotel. While the Bali island with a relatively small area can not save the water resources in large numbers, the good management of water resources and efficiency use of water is realy needed. Hotel is one of the largest water users in the city of Denpasar. The water source is from deep ground water and PDAM with the same quality. If someday deficit water and sea water intrusion in Denpasar happened, the hotel will be accused as one major cause of this problem. To overcome these problems, environmentally friendly hotel management will be needed to achieve "GREEN HOTEL & RESORT" programs in Bali, such as water usage efficiency, water recycle and protect environment from wastewater polution. To achieve this without reducing the amount of water consumption, can be done by using the technology of wastewater reuse, with technology Waste Water Treatment Installation (WWTP) and continued with the water quality improvement technology using multi media filters, ultra-filtration or reverse osmosis. | Hotel ramah lingkungan, re-use air limbah | Setiyono | |
| 226 | Potensi Limbah Bahan Berbahaya Dan Beracun (B3) Di Wilayah Dki Jakarta Dan Strategi Pengelolaannya | Limbah B3 dapat menimbulkan dampak negative yang sangat besar dan bersifat akumulatif, sehingga kadarnya makin lama akan makin meningkat. Wilayah DKI Jakarta yang padat dengan berbagai kegiatan menghasilkan berbagai jenis limbah yang sebagian bersifat berbahaya dan beracun, yang biasa disebut dengan limbah B3.Banyak pihak yang tidak menyadari bahwa limbah yang dihasilkannya sebagian merupakan limbah B3 sehingga penanganan limbah B3 hanya dipusatkan pada sektor industri dan rumah sakit saja. Hal ini menyebabkan limbah B3 dari sektor domestik (terutama rumah tangga) terlupakan. Mengingat besarnya resiko yang dapat ditimbulkan dan kondisi yang demikian maka perlu disusun suatu strategi dan prioritas dalam pengelolaan limbah B3 dari semua sumber yang ada. | Hazardous waste | Setiyono | |
| 227 | Dasar Hukum Pengelolaan Limbah B3 | Berbagai jenis limbah industri B3 yang tidak memenuhi baku mutu yang dibuang langsung ke lingkungan merupakan sumber pencemaran dan perusakan lingkungan. Untuk menghindari kerusakan tersebut perlu dilaksanakan pembangunan berkelanjutan yang berwawasan lingkungan hidup. Salah satu komponen penting agar program tersebut dapat berjalan adalah dengan diberlakukannya peraturan perundang-undangan lingkungan hidup sebagai dasar dalam menjaga kualitas lingkungan. Dengan diberlakukannya peraturan tersebut maka hak, kewajiban dan kewenangan dalam pengelolaan limbah oleh setiap orang, badan usaha maupun organisasi kemasyarakatan dijaga dan dilindungi oleh hukum. | Limbah B3, Peraturan Pengelolaan Limbah B3. | Setiyono | |
| 228 | Emisi Karbon Lahan Basah, Pertanian, Dan Kehutanan Di Indonesia | Based on the field sampling and laboratory analysis, there were some varied results of the CH4 emission from the wetland (peatland, fresh water swamp, mangrove area) and paddy field. In the peatland area, the flooded plants of Stenochlaena palustris showed higher CH4 emission than no flooded plants. In the fresh water swamp, the highest CH4 emission was 12,184 mg/m2/hour for Cyperus elatus, then 10,957 mg/m2/hour for paddy (Oryza sativa), and 7,976 mg/m2/hour for Panicum maximum. In the mangrove areas, the plant of Avicenia marina located in the fish pond showed higher CH4 emission (0,356 mg/m2/hour) than Rhizophora mucronata (0,008 mg/m2/hour) located in the drain channel. The paddy field identified highly varied CH4 emission of 1,16 ? 11 mg/ m2/hour, of which the highest emission in the flooded area of 11 cm ? 14 cm that was possibly the optimum emission for paddy field. In the forested area, the carbon stock assessment located in the former logging estate found 113,5 ? 132,6 ton/ha (average of 120 ton/ha). Based on the reference that carbon stock of primary forest is 250 ton/ ha, so there was a carbon loss of app. 130 ton/ha (CO2 emission 764 ton/ha) when the primary forest converted to secondary forest after logging. | emisi karbon, kandungan karbon, lahan basah, hutan, padi | Seno Adi, Fadliah Salim, Tuti Suryati, Titin Handayani, Hartini, Nana Sudiana, Mubekti, ? | |
| 229 | Pemanfaatan Dan Konservasi Sumber Air Dalam Keadaan Darurat | The need of clean water availability is the basic need of human being for living. In case of emergency, the clean water availability is still needed firstly. In this situation, we have to has a practical knowledge on water resource exploration as well as exploitation effectively and efficiently in such away the water utilization are sustainable. The water availability properties such as, quality, quantity, and site are related to the technology for water conservation and exploitation. Basically, the water availability in emergency could be developed based on the hydrological and hydro geological properties of the nearest location. In situ direct water utilization with bad water quality (in case of flooding) could be handled by using tools of water survival kit such as water bag, purification tablet or powder, and purification bottle. The water utilization in short term with limited scale (in case of refugees camp) could be developed by constructing shallow well (dig well or pumping well) if the shallow aquifer are available. The water utilization in medium term could be developed by constructing water conservation and exploitation system such as mini dam, infiltration galleries, spring water conservation, water seepage, and rain water harvesting. | sumber air, darurat, hidrologi, hidrogeologi, konservasi | Seno Adi | |
| 230 | Dimensi Sistem Manajemen Lingkungan Yang Dominan Terhadap Upaya Produksi Bersih Perusahaan | This study is designed to identify dimension of environmental management system that influence of cleaner production?s strategy accept and implementation at natural rubber industry, especially in crumb rubber industry. Factor Analysis technic with Principal Component is aplicated to extract that dimension, while correlation analysis is using to inference the influence that dimension with cleaner production performance. Based of existing condition, deviation of cleaner production performance from the crumb rubber corporate?s enough big. Percentage of waste solid range 3 ? 11 %, the corporate don?t treatment that waste because almost of waste solid use for landfill. Treatment of unpleasant odour from crumb rubber industry, i.e.: with scrubber at the smokestack after drying process, reengineering of pre-drying process, spray of volatile oil, and soak bokar with liquid smoke. Alternatives for waste water treatment i.e.: activated sludge system, chemical system, and aeration system.Principal Component analysis results 13 dimension, namely: internal communication, evaluation tools, environmental benefit, employee ability, professional team, incentive system, cleaner production centre, community consultation, regulation, operational policy, environmental investment, green consumer, and environment requisite. The correlation of that dimension with cleaner production performance at natural rubber industry is not good (rs < 0,5). The dimension has significant correlation are professional team, environment requisite, internal communication, evaluation tools, regulation, incentive system, and employee ability; while the others is not significant. | Environmental Management System, Cleaner Production, and Crumb Rubber Industry | Sawarni Hasibuan | |
| 231 | Kebutuhan Air Bersih Masyarakat Di Daerah Perdesaan Nelayan Di Wilayah Pesisir Kab. Pasir, Kaltim | Coastal region is very potential area for developing in sectors of fish, low and middle business from domestic industrial such as: food and husbandary food, fish net and shipping, services, trasnportation and travel. Concerning to high conomical potency in this coastal area is expected to be supporting area for central activities. For this supporting in public facility require elictricity, road and sea transportation, telecommunication, housing, health and the important is water supply. In providing water supply infrastructure is needed good planning so that the result outcomes in right purpose and beneficial for certain community. One of the supporting in planning is to know social-economical condition of this community. This paper will show in general the result of coastal community social economy in Local Government, Pasir, East Kalimantan. | Masyarakat nelayan, perencanaan penyediaan air bersih, kondisi sosial-ekonomi penduduk pesisir | Satmoko Yudo dan Taty Hernaningsih | |
| 232 | Perencanaan Instalasi Pengolahan Limbah Domestik di Rumah Susun Karang anyar Jakarta | Karang Anyar Flat was built about 30 years ago to provide public cheap and proper housings located in the center of the town. But rightnow condition of the flat is not comfortable anymore, especially the problem on domstic waste treatment instalation. It doesn?t running well; it brings bad smell and most of the pipes broke down. It need a plan to repair the domestic waste treatment instalation and improvement in pipes network system | Rumah Susun, pencermaran lingkungan, IPAL domestic | Satmoko Yudo dan Setiyono | |
| 233 | Evaluasi Hasil Pembangunan Instalasi Pengolahan Air Limbah Domestik tipe Komunikasi di Jakarta Pusat | To overcome the problem of the high pollution caused by domestic wastewater in the region of Center Jakarta, the Local Government, DKI Jakarta, has acted as a pioneer in the program of water and wastewater sanitation for villages with applying 37 units of wastewater treatment installation. The location of them are spread out in several Kelurahan, in Kotamadya Center Jakarta. These installations were built in 2000, but not all of those might not be operated properly. Furthermore some of them are not seriously managed and the conditions are so bad that can not be operated well. Because of that, it is time to evaluate them totally. The evaluation is not only for the technical problem, but also for the feasibility factor in a certain social community. All of these have to be done in order to get the alternatives for solving this problem, especially in developing and constructing the communally domestical wastewater treatment. | domestic wastewater treatment, evaluation of developing and system technology | Satmoko Yudo dan R. Haryoto Indriatmoko | |
| 234 | Evaluasi Teknologi Air Minum Isi Ulang Di Dki Jakarta | Nowadays raw water resources for drinking water are less and less available, especially in Jakarta. For example, the condition of most rivers in Jakarta is extremely polluted by wastewaters, such as domestic and industrial wastewater. Some of industrial wastewater straightly discharged into the rivers are classified as toxic and hazardous wastewater. Therefore all rivers in Jakarta are not feasible to be used as the raw water for clean water treatment processes. Even ground water is not already safe to be used as the raw water for drinking water, because it has commonly been contaminated by seepage of septic tanks and polluted surface waters. Because of that, many people living in Jakarta tried to find other alternatives. Commercially sold mineral water is one good option for supplying drinking water need, but the prices are relatively expensive for most of people. There were more than 1,000 refill drinking water depots growing in the last ten years. They are one of the best answers to many people, but the quality of drinking water is still debatable. In other word, there is not a standard regulation for the water treatment processes, so the depots cannot guarantee that the produced water already fulfill the quality standard of drinking water. In order to give a good service for community living in Jakarta, it is very important to evaluate all aspects of technology, management and services. | Refill drinking water technology, water treatment processes | Satmoko Yudo dan P. Nugro Rahardjo | |
| 235 | Masalah Pencemaran Air Di Jakarta, Sumber Dan Alternatif Penanggulangannya | Water pollution in big cities, especially in Jakarta has become a serious problem. One of the potential reasons is home wastewater, which comes from the kitchen, bathroom, washing waste or human feaces. Limited facility for processing wastewater in the cities and bad sanitation system right now has quickens the process of water pollution, especially river and shallow underground water pollutions. For example, general septic tank system used by the people is the one, which does not fulfill technical terms. As the land become narrow, the reservoir system is not proper anymore, because wastewater penetrated through the earth still contains high concentrated pollutant. Bacteriological pollution in shallow underground water also can be potentially caused by bad human feaces waste. As the slow development of centrally processing system of home/city wastewater is a problem, the individual process home waste water (On Site Treatment) is a new way to solve it. | Pencemaran Air, Limbah Rumah Tangga, Pengolahan Limbah Rumah Tangga Secara Individual. | Satmoko Yudo dan Nusa Idaman Said | |
| 236 | Kondisi Kualitas Air Sumur Penduduk Di Wilayah Genangan Semburan Lumpur Sidoarjo | Sidoardjo mudflow has been occuring since 2006. This disaster is the first incident in Indonesia which has such a broad impact, like the settlements, fields, roads and other buildings submerged, resulting in enormous losses. Besides damaging the existing infrastructure in the area, the mud flow is also causing environmental damage, particularly contamination of ground water community. To find out how much the impact of the mud flow to the water quality community, carried out observations and surveys of well water quality conditions of the communities around the location of the mud puddles. In this paper provided an alternative drinking water treatment technology can be applied in this area. | Lapindo mud, environmental degradation, pollution of well water quality ? | Satmoko Yudo | |
| 237 | Manfaat Pemantauan Dalam Bidang Pengelolaan Iingkungan | In the next World Free Trade Era, presumably 70% industrial growth, especially in Java will be centered around the cities and this situation will increase environmental pollutions. The government continuously do the efforts to keep down the problems although there are also many pollution cases that couldn?t be completed. Because of lack in continous control and monitor by institution which handle environmental problems. This paper explains the role of monitoring environmental management, especially in monitoring environmental pollutions. As supporting data this paper discuss a case about using information technology in environmental managemnet in Japanesse Environmental Offices. This case shows that monitoring environmental pollutions, air water and others is an important job which is done by environmental departement in Japanese local government office. The environmental pollution monitoring has an important role in controling environmental pollutions. | Environmental Pollution Monitoring, Information Technology | Satmoko Yudo | |
| 238 | Kondisi Pencemaran Logam Berat Di Perairan Sungai DKI Jakarta | River is a place where people do their cleaning activities and one of drinking water source and also where we could find fish. But nowadays river condition in Jakarta area are seriously polluted. The reasons of water pollution are not only domestic waste but also from industrial waste, factories take out their waste to the river without proccessing it first. One of the pollution materials is heavy metal which could have bad effect on human body. This paper analyses every element of heavy metal contain on rivers in DKI Jakarta area. | Pencemaran, sungai, logam berat, DKI Jakarta | Satmoko Yudo | |
| 239 | Pengolahan Air Limbah Industri Kecil Pelapisan Logam | Water pollution in Jakarta area, especially river and shallow groundwater, had become a very serious problem. Pollution problem caused by small industrial activities had not been got attetion. Some activities, which often cause water pollution problem, were wastewater from electroplating small industry. This wastewater was one of the most potential pollutant sources, because it contains high concentration of heavy metal pollutant such as Fe, Ni, Zn, Cr, ect. To anticipate its negative effect to the environment and social life, it needs to provide a technical standard plan to manage wastewater treatment plant, especially of electroplating small industries. The purpose of these activities is to do the assessment and application of wastewater treatment technology of electroplating small industry. The target is to get design engineering and pilot plant of wastewater treatment technology for electroplating small industry. | Pencemaran logam berat, Pengolahan limbah cair industri kecil pelapisan logam | Satmoko Yudho dan Nusa Idaman Said | |
| 240 | Pengelolaan Air Minum Berbasis MasyarakatStudi Kasus Pembangunan Air Minum Di Desa Nelayan II | According to the result of the World Bank study, from 121 drinking water management projects in rural area, only 20 (16,6%) are very effective projects. A lot of drinking water management in developing country, including Indonesia is not running well. One of the reasons of this problem is that community did not take part in developing and managing drinking water treatment plant. A right policy and strategy could overcome the problem and give an effective and sustainable of drinking water management.This paper generally explain principles and general policy in developing the drinking water treatment plant and how to apply the strategies, therefore that it is running well and the are will being of the community sustainable.There is also an example, a case study about small-scale drinking water treatment plant in a fisherman village, Sungai Liat, Province Bangka-Belitung where the community took part in every stage of building it. | Community based of drinking water management | Satmoko Yudho |
