Kajian Pembangunan Sistem Drainase Berwawasan Lingkungan Di Kawasan Perumahan

Development will basically change the natural conditions, the establishment of residential land will make a watertight result in disruption of the hydrological balance. Increased run off due to the closing of the land by residential buildings should be designed so that the flow will not quickly disappear but could still be converted into ground water reserves. Filosopfi Green Building build inpirasi how housing can be designed environmentally friendly. Channeling rain water (drainage) environmentally sound residential area enabled it pursued a number of run-off water (run off) the dialirkannya. Pavement drains, yard, road construction and water seeped infiltration wells with RTH is a reliable means to realize an environmentally friendly housing. Hydrologic analysis is required as a basis for converting rainwater that falls in a residential area into a run-off discharge is generated. By obtaining subsequent runoff discharge channel hydraulic analysis was performed to evaluate the use of construction of water channels that qualify are eligible to do. Hydrologic analysis is also needed to calculate the number of facilities required infiltration wells. Meanwhile, to calculate RTH needs and building water passes used standards that can be applied to the residential areas

Percepatan Penerapan Teknologi Pembuangan Limbah Domestik Onsite Sistem Komunal Berbasis Partisipasi Masyarakat

Increasing population and development activities will have an impact on the quality of the environment due to the increased volume of domestic waste generated. It is a challenge to the government how waste is managed so that development is also accompanied by an increase in environmental quality improvement. In practice this will be difficult work if fully charged to the government alone. Needed a helping hand to help the public to participate in the government\u27s handling of domestic waste issues. Domestic wastewater disposal technology in local (onsite system) is one way of disposal of waste water that can be directly built community. However, in certain circumstances the onsite construction of this system was very expensive. However, the technology is very easy to apply, can be done onsite system collectively (communal). Its interesting to research is where groups of people who have the desire to build these facilities independently. Analysis of specific technical requirements, the first step to sorting areas suitable for the application of technology onsite wastewater system. After that, the analysis of other technical criteria derived characteristic that the development can be carried out onsite systems in communal. An analysis of preparedness and ability to pay will give clues about the groups of people who are ready to participate in building infrastructure ALR waste independently. Technical data processing in the city of Pekanbaru Riau showed 32 districts that have a match for the application of wastewater disposal systems locally. 13 of them have the potential to be physically constructed communally. While the processing of data from interviews with 12 people showed groups of people in the city of Pekanbaru is willing and able to build their own onsite communal system

Pengujian Kriteria Kawasan Tertentu Terhadap Kompleks Observatorium Bosscha Sebagai Dasar Penentuan Bentuk Pengelolaan Kawasan

Bosscha Observatory is one of a national asset and capital base astronomy research and education development in Indonesia and International cooperation in the field of astronomy. The existence of building construction within a radius of 2.5 km from Bosscha will heighten the intensity of the light that would reduce the quality of the astronomical telescope observations at Bosscha. Besides the threat of dust mixed roar of visitor activity and fine dust particles flying into space by the height of the recreational activity or while driving a car, it will also affect and degrade the quality of the observation telescope Bosscha. As one of the efforts to preserve, protect, and preserve the existence Bosscha, it should serve as Bosscha particular region. It is important to know beforehand whether Bosscha and the surrounding region is included in a particular region or not. Then the determination of certain types of areas are most appropriate for Bosscha, and how proper management efforts to Bosscha and the surrounding area. To determine whether Bosscha included in a particular region, then the testing criteria a particular region of the Bosscha Observatory Complex and the surrounding region with the assessment by experts, the weighting of each criterion and the classification of certain classes using classification Sturgest. In this study, the desired class is divided into two classes: suitable and unsuitable. Having obtained the results, we then re-tested every type of criteria specified by the same method to determine the type of a particular region is the most appropriate for Bosscha. Based on the analysis, it could be concluded that the Bosscha Observatory Complex and the surrounding region is included in a particular region and a particular type of area most appropriate for a specific region critical Bosscha is the result of the impact of human activity

Penentuan Lokasi Dan Jumlah Lubang Resapan Biopori Di Kawasan DAS Cikapundung Bagian Tengah

Semakin banyaknya lahan terbangun dan kurangnya Ruang Terbuka Hijau (RTH) maka akan mengakibatkan berkurangnya kawasan resapan air bagi masyarakat Bandung. untuk peresapan air ke dalam tanah diperlukan pemanfaatan lubang resapan biopori (LRB) sebagai media konservasi air tanah juga sebagai suatu upaya pelestarian air tanah dan penanganan genangan air di kawasan perkotaan. Metode pendekatan yang digunakan yaitu metode dengan teknik analisis kualitatif untuk mengidentifikasi Lubang Resapan Biopori (LRB) eksisting, serta analisis kuantitatif untuk mengidentifikasi kebutuhan Lubang Resapan Biopori yang ideal dan untuk penentuan lokasi Lubang Resapan Biopori (LRB) yang tepat

PERCEPATAN PENERAPAN TEKNOLOGI PEMBUANGAN LIMBAH DOMESTIK ONSITE SISTEM KOMUNAL BERBASIS PARTISIPASI MASYARAKAT

Increasing population and development activities will have an impact on the quality of the environment due to the increased volume of domestic waste generated. It is a challenge to the government how waste is managed so that development is also accompanied by an increase in environmental quality improvement. In practice this will be difficult work if fully charged to the government alone. Needed a helping hand to help the public to participate in the government's handling of domestic waste issues. Domestic wastewater disposal technology in local (onsite system) is one way of disposal of waste water that can be directly built community. However, in certain circumstances the onsite construction of this system was very expensive. However, the technology is very easy to apply, can be done onsite system collectively (communal). Its interesting to research is where groups of people who have the desire to build these facilities independently. Analysis of specific technical requirements, the first step to sorting areas suitable for the application of technology onsite wastewater system. After that, the analysis of other technical criteria derived characteristic that the development can be carried out onsite systems in communal. An analysis of preparedness and ability to pay will give clues about the groups of people who are ready to participate in building infrastructure ALR waste independently. Technical data processing in the city of Pekanbaru Riau showed 32 districts that have a match for the application of wastewater disposal systems locally. 13 of them have the potential to be physically constructed communally. While the processing of data from interviews with 12 people showed groups of people in the city of Pekanbaru is willing and able to build their own onsite communal system

KAJIAN PEMBANGUNAN SISTEM DRAINASE BERWAWASAN LINGKUNGAN DI KAWASAN PERUMAHAN

Development will basically change the natural conditions, the establishment of residential land will make a watertight result in disruption of the hydrological balance. Increased run off due to the closing of the land by residential buildings should be designed so that the flow will not quickly disappear but could still be converted into ground water reserves. Filosopfi Green Building build inpirasi how housing can be designed environmentally friendly. Channeling rain water (drainage) environmentally sound residential area enabled it pursued a number of run-off water (run off) the dialirkannya. Pavement drains, yard, road construction and water seeped infiltration wells with RTH is a reliable means to realize an environmentally friendly housing. Hydrologic analysis is required as a basis for converting rainwater that falls in a residential area into a run-off discharge is generated. By obtaining subsequent runoff discharge channel hydraulic analysis was performed to evaluate the use of construction of water channels that qualify are eligible to do. Hydrologic analysis is also needed to calculate the number of facilities required infiltration wells. Meanwhile, to calculate RTH needs and building water passes used standards that can be applied to the residential areas

PENENTUAN LOKASI DAN JUMLAH LUBANG RESAPAN BIOPORI DI KAWASAN DAS CIKAPUNDUNG BAGIAN TENGAH

Semakin banyaknya lahan terbangun dan kurangnya Ruang Terbuka Hijau (RTH) maka akan mengakibatkan berkurangnya kawasan resapan air bagi masyarakat Bandung. untuk peresapan air ke dalam tanah diperlukan pemanfaatan lubang resapan biopori (LRB) sebagai media konservasi air tanah juga sebagai suatu upaya pelestarian air tanah dan penanganan genangan air di kawasan perkotaan. Metode pendekatan yang digunakan yaitu metode dengan teknik analisis kualitatif untuk mengidentifikasi Lubang Resapan Biopori (LRB) eksisting, serta analisis kuantitatif untuk mengidentifikasi kebutuhan Lubang Resapan Biopori yang ideal dan untuk penentuan lokasi Lubang Resapan Biopori (LRB) yang tepat

Pentingnya Legalitas Usaha dan Sosialisasi Pembuatan NIB Bagi Pelaku UMKM Desa Karangasem Kecamatan Leuwimunding

Usaha Menengah Mikro Kecil dan Menengah mempunyai peran yang sangat penting dalam pertumbuhan pembangunan ekonomi Indonesia serta dapat mengatasi masalah pengangguran. Berkembangnya usaha mikro akan di ikuti dengan bertambahnya kesempatan kerja dan pendapatan. Perlindungan hukum bagi Usaha Menengah Mikro Kecil dan Menengah juga sangat penting untuk menjamin kelangsungan usaha mereka, oleh karena itu legalitas sangat diperlukan oleh para pelaku Usaha Menengah Mikro Kecil dan Menengah. Selain sebagai perlindungan hukum, legalitas juga bisa membantu Usaha Menengah Mikro Kecil dan Menengah untuk mempermudah dalam hal akses permodalan melalui pemberian kredit. Pada dasarnya perihal legalitas untuk usaha saat ini sudah mulai bisa diperoleh dengan prosedur yang tidak begitu sulit, tetapi sebagian besar pelaku Usaha Menengah Mikro Kecil dan Menengah enggan mengurus legalitas usahanya karena keterbatasan pengetahuan dan informasi, masih banyak pelaku Usaha Menengah Mikro Kecil dan Menengah yang berpandangan pengurusan perizinan usaha dan legalitas adalah hal yang rumit. Pengabdian masyarakat ini bertujuan untuk memberikan kepekaan dan membangun kerangka berpkir mengenai pentingnya legaliatas usaha dan memberikan pengetahuan menegenai tata cara pembuatan Nomor Induk Berusaha.

Evaluation Of Ergonomic Complaints And Stress Level Of Educational Workers At The Faculty Of Engineering, Unisba

Educational personnel has urgent role in supporting educational administration process. The number of tasks that must be completed by educational workers naturally drains the energy and mind. Change in the work system during Pandemic of Covid-19 increases work-related sitting time and screen time which also applies to the educational personnel at the Faculty of Engineering UNISBA. The main purpose of the study is to discover ergonomics factors (complaints of the body part) and work stress levels as well as the possible contribution that can be given to parties related. The method used in this study is analysis related to ergonomics aspects using Nordic Body Map and work stress levels using Visual Analogue Scale. Measurement is conducted on 27 educational workers at the Faculty of Engineering UNISBA.  Research results show that a number of complaints on body parts include back pain, waist pain, wrist pain, and neck pain as well as the average level of stress experienced that is included in the medium category. Those results show that related parties need to notice problems related to ergonomics complaints and work stress so as not to cause disease (physically or mentally) in the future

Nilai Manfaat Ekonomi dalam Pengelolaan Sumber Daya Air Lintas Wilayah Berkelanjutan

Abstract. Water resources can be a catalyst for cross-regional cooperation that is mutually beneficial for the economic development of each region. The service provider has the authority to decide on the sustainability of water resources management collaboration. The principle is that cooperation must have a positive impact on the development of water resources areas. It is necessary to calculate the extent to which the transferred water can contribute to the sharing of the cost of recovering the catchment area of the water source. The value of the economic benefits of water is one way to formulate the extent to which cooperation in managing cross-regional water resources can be developed. Through the analysis of the value of the economic benefits of water, the price of water can be predicted so that a component of the compensation costs for environmental services will have to be paid by the water user. The analysis shows that 75% of the economic benefits of water are contributed by domestic water use with compensation costs that must be paid by the beneficiary in the amount of Rp. 3,875,590,943. If converted into conservation activities, the use of compensation for environmental services will be able to rehabilitate 30% of critical forest land in the Paniis spring catchment area. Regarding the need for funds for conservation of the catchment area of the very large Paniis water source, the allocation of water for domestic needs is worth developing. Utilization of environmental service compensation funds from this commercial aspect needs to be fully promoted so that the Kuningan-Cirebon City Regency collaboration in the field of water resources can be sustained. Keywords: value of economic benefits, domestic water, catchment area, water resources management, sustainable. Abstrak. Sumber daya air merupakan katalis kerjasama lintas wilayah yang saling menguntungkan bagi pengembangan ekonomi wilayah masing-masing. Penyedia jasa memiliki kewenangan untuk memutuskan keberlanjutan kerjasama pengelolaan sumberdaya air tersebut. Prinsipnya adalah kerjasama harus memberikan dampak positif bagi pengembangan kawasan sumber air. Diperlukan perhitungan sejauhmana air yang ditrarsfer mampu memberikan kontribusi sharing biaya pemulihan kawasan catchment area sumber air. Nilai manfaat ekonomi air adalah salah satu cara untuk merumuskan sejauhmana kerjasama dalam pengelolaan sumber daya air lintas wilayah dapat dikembangkan. Melalui analisa nilai manfaat ekonomi air, harga air dapat diprediksi sehingga akan diperoleh besaran komponen biaya kompensasi jasa layanan lingkungan yang harus dibayarkan oleh pemanfaat air. Hasil analisa memperlihatkan 75% nilai manfaat ekonomi air disumbangkan oleh pemanfaatan air domestik dengan biaya kompensasi yang harus dibayarkan oleh pemanfaat sebesar Rp. 3.875.590.943. Jika dikonversikan ke dalam kegiatan konservasi, penggunaan dana kompensasi jasa lingkungan ini mampu merehabilitasi 30% lahan hutan kritis di kawasan catchment area mata air Paniis. Terkait kebutuhan dana konservasi kawasan catchment area sumber air Paniis yang sangat besar, maka alokasi air untuk kebutuhan domestik ini layak dikembangkan. Pemanfaatan dana kompensasi jasa lingkungan dari aspek komersial ini perlu digalakan sepenuhnya agar kerjasama Kabupaten Kuningan-Kota Cirebon di bidang sumberdaya air ini dapat berkelanjutan. Kata Kunci: nilai manfaat ekonomi, air domestik, catchment area, pengelolaan sumber daya air, berkelanjutan