Biopori Holes Research Articles

Pemanfaatan Lubang Biopori Sebagai Resapan Air Hujan dan Kompos Alami di Wilayah Kelurahan Pasuluhan Kecamatan Walantaka

This research aims to evaluate the effectiveness of using biopore holes in Pasuluhan Village as a means of absorbing rainwater and producing natural compost. To manage the intensity of rainwater entering the soil and processing organic waste, Pasuluhan residents can create biopore absorption holes as a simple technology that has great potential in managing the intensity of rainwater absorbing into the soil and managing organic waste. The method used includes making biopore holes in 6 strategic locations in the Pasuluhan area. Several points were used to make biopore holes, namely at the residences of Pak Sukriadi, Pak Subur and Pasuluhan Village. The research results show that biopore holes are able to increase the soil’s absorption capacity for rainwater, which has a positive impact in reducing waterlogging and flooding. Apart from that, biopore holes have also proven effective in processing organic waste into compost which is beneficial for soil fertility. Thus, it is hoped that the application of this technology can be a practical and environmentally friendly solution and can be easily applied by local residents in managing water and waste resources in the Pasuluhan area.

Improvement of Soil Pore Distribution and Soil Moisture Content using Organic Matter Addition Technology

Background: Coffee plants in Sumbermanjing Wetan are commonly cultivated on dry lands that rely solely on rainfall as the source of water input that eventually makes them susceptible to climate change. The deficiency of organic material and water availability for these plants poses a significant challenge for coffee farmers in Sumbermanjing Wetan. Therefore, a research was conducted to investigate the addition of various organic matter through biopore infiltration holes in coffee plantations with the following objectives: i) to analyze the impact of applying organic matter on the distribution of soil pores and ii) to examine the effect of organic matter application on soil moisture content. Methods: The research was carried out in the Smallholder Coffee Plantation of Argotirto Village, Sumbermanjing Wetan District, Malang Regency. A randomized block design was implemented with five treatment groups, which included the control (P1), two biopore holes + manure (P2), two biopore holes + compost (P3), two biopore holes + green manure (P4) and surface-applied manure (P5), each repeated three times. The observed variables included the percentage of soil organic matter, pore distribution, available water capacity and soil moisture content. Result: The findings indicated that addition of organic matter in biopore infiltration holes enhanced soil organic material content, where treatment P4 (two biopore holes + green manure) exhibiting the highest soil organic material values in the first and third months after the application. The application of organic matter increased soil porosity in all treatments, where treatment P4 (two biopore holes + green manure) showing the highest available water capacity. This suggests that the utilization of organic matter can improve soil aggregation, thus increasing porosity and available water capacity. Consistently, soil water content at a depth of 40-60 cm tended to increase in the third month following biopore infiltration holes application, indicating that the addition of organic matter through biopore infiltration holes can enhance soil moisture at subsoil.

Planning For Kucica Residential Drainage System in South Tangerang City Using SWMM Modelling

Planning an efficient drainage facility in residential areas is necessary to drain run-off water on the surface. To minimize the potential for inundation that can cause flooding. This research aims to design an efficient drainage system in one of the residential areas in BSD and to analyze the ability of drainage channels using the EPA SWMM 5.1 application for a 10-year return period. The results of this study for secondary channels with a maximum discharge plan of 0.101 m3/s can use a U-Ditch with dimensions of 30 cm × 40 cm, while primary channels with a maximum discharge plan of 0.288 m3/s can use a U-Ditch with dimensions of 40 cm × 60 cm. In this analysis only taking into account rainwater run-off from household sewage is not taken into account. In the main channel, using retention pond only can reduce around 12% of maximum discharge, so the alternative of flood prevention for this residential area can be implemented by using bio pore holes, which reduce 27.85% of maximum discharge. From these analyses, it can be concluded that the drainage system design can already accommodate the flood discharge, and adding retention pond does not affect decreasing flood discharge on the main channel too much.

Groundwater Management in Coastal Area of Batang Regency to Anticipate Sea Water Intrusion

Of the water sources that exist on earth, almost all of human’s daily water needs such as drinking, bathing and washing are sourced from groundwater. Uncontrolled extraction of groundwater can cause various impacts on the environment, such as lowering of the groundwater level and seawater intrusion. Efforts to manage groundwater need to be carried out so that its availability is always maintained. The initial step of this effort is to formulate a management model as a basis for policy determination. For this reason, in this study a dynamic modeling simulation was carried out using dinamic program. The results of the research show that the priority for groundwater management efforts in the coastal area of Batang Regency is to reduce the use of groundwater for the domestic sector which can be done through saving groundwater use or by increasing the capacity of the local water company. Besides that, management through artificial recharge by making infiltration wells or biopore holes is also effective in maintaining the availability of groundwater in this area.

Pembuatan Biopori sebagai Resapan di SDN II Cangkring, Krembung, Sidoarjo

Cangkring Village, Krembung, Sidoarjo, is one of the villages that is always affected by floods when the rainy season comes. One method that can be applied to reduce flooding is through biopores. The purpose of making Biopori Holes is to reduce the occurrence of waterlogging in an area and reduce the volume of organic waste that can be used as organic fertilizer. Biopori Infiltration Hole is a water infiltration facility used to overcome flooding by accelerating water absorption into the ground. Increasing the ability of the soil to absorb water can minimize the chance of surface runoff and reduce the potential for flooding. Biopori can also reduce the volume of organic waste that needs to be appropriately managed. Based on the problems in Cangkring Village, the team carried out service through socialization and training in making biopores. The target of this activity is students of grade IV and V SDN II Cangkring, Krembung, Sidoarjo. This activity aims to train students to know how to overcome waterlogging and use organic waste as fertilizer so that students care more about the surrounding environmental conditions.

Integrasi Karakter Peduli Lingkungan Dalam Program Sekolah Adiwiyata di SDN Cipondoh 5

This research aims to find out how the character of caring for the environment can be integrated into the Adiwiyata school program at SDN Cipondoh 5. This research uses a descriptive qualitative method, a case study type. Data collection uses observation; interviews with informant sources, the school principal, 2 teachers, 2 people in charge of the Adiwiyata program, and 5 students; and documentation studies. The data validity techniques used by researchers are technical triangulation and source triangulation. Data analysis techniques include data reduction, data presentation, and drawing conclusions. Based on the research results, it shows that the Adiwiyata school program can grow and improve the environmentally caring character of students at SDN Cipondoh 5 as they get used to it at school. Integration is carried out through the curriculum, development of environment-based learning tools, activities to bring your own food and drinking bottles, training to make biopore holes, clean Friday activities. The integration carried out by the school also collaborates with the school community, student parents, health centers and other related agencies. The obstacles faced are related to the lack of coordination between teachers and inadequate land in optimizing the adiwiata program. The implications are for schools in overcoming obstacles through integrating the Adiwiyata program in collaboration with environmental agencies so that they can regain the national level Adiwiyata school certificate award

The influence of eco-enzyme bioactivator addition variations on compost volume reduction using biopore infiltration holes

The issue of waste in Indonesia is a serious problem faced by the government and society. Organic waste is the largest percentage of all types of waste generated which can cause negative impacts on the environment. It is necessary to process organic waste in a short time. Eco-enzyme is an alternative in processing organic waste that can be a bioactivator in composting organic waste into compost. One of the media that can be used in composting is biopori infiltration holes. This research aims to determine the optimal dose in the addition of eco-enzyme as a bioactivator in accelerating composting. The stages carried out in this study were preparing tools and materials. Adding organic waste into biopore holes, and conducting scheduled monitoring of the decrease in organic waste in composting. The results of this study show that in Biopore Infiltration Hole 6 with a dose of 60 ml of eco-enzyme is able to decompose organic waste faster than other doses. The high dose given can accelerate the composting process, this is because eco-enzyme contains many microorganisms that can accelerate composting..

Penguatan Lingkungan Hidup Melalui Pengelolaan Sampah Rumah Tangga di Perum Bukit Pinang Bahari Rt 01 Kelurahan Gunung Panjang

Poor waste management degrades the quality of the environment. Poor waste management is partly caused by the increasing number of people accompanied by the increasing level of consumption of the population. However, this is not accompanied by an increase in the quality of waste management. This is because a good understanding of waste has not been internalised, that every living person will produce waste every day. This has become one of the focuses of work in community service activities carried out by lecturers of the environmental management study programme. Some of the work programmes carried out in order to foster an understanding of the importance of waste management include a waste sorting socialisation programme and strengthening existing waste banks, as well as a biopore hole making programme. This activity was carried out in a series of service activities for one month which took place in Gunung Panjang Village, precisely in Bukit Pinang Bahari Housing RT 01.

Training on making composters and biopore holes as a solution to the organic waste problem

Training on making composters and biopore holes as a solution to the organic waste problem

Sosialisasi Pembuatan Lubang Biopori Sebagai Upaya Pencegahan Banjir Di Kampung Rawa Mekar Jaya Kecamatan Sungai Apit

This community service program was carried out in Rawa Mekar Jaya Village, Sungai Apit District, Siak Regency. This program was implemented with the aim of providing knowledge about the benefits of making biopore holes as well as to educate and increase public understanding of biopore holes to prevent flooding. The methods used in this community service activity are lectures and discussions directly involving all the service teams and all the Rawa Mekar Jaya village officials, the Rawa Mekar Jaya community and students of the Riau University Real Work Lecture (Kukerta) Academic Year 2023. To find out understanding Participants were evaluated on the material presented by asking participants to fill out a questionnaire before and after the activity. The data obtained was analyzed descriptively. The results of this service activity show that all participants participated in the series of activities well from start to finish. Service participants can understand the material presented well. As many as 80% of participants were able to understand how to make biopore holes, 70% of participants knew that biopore holes could be used to absorb rainwater, indicated by the absence of standing water and the decomposition of waste put into the hole. All 100% participants before the service was carried out, no one had made biopore holes. This means that all new participants made biopore holes after this service activity. This service activity has gone well, marked by the participants knowing how to make biopore holes.

Upaya Pencegahan Banjir Dengan Pembuatan Biopori Sebagai Edukasi Lingkungan Dan Mitigasi Bencana

Flooding is one of the problems that occurs, the impact of flooding itself is not only on the environment but can have an impact on the surrounding community who live in the area, to overcome this problem the Biopori Absorption Hole (LRB) method is used which begins with counseling and making biopore holes in a location where flooding often occurs in Sangau village. The level of achievement obtained is how the Sangau Village Community can utilize biopores to overcome flooding problems by utilizing organic waste/waste

Analisa Kesesuaian Lubang Resapan Biopori Sebagai Pengendali Aliran Permukaan Dari Lahan Non Gedung

Indonesia has the potential for high rainfall with an average of 2000-3000 mm/year. However, the potential for rain often causes many problems, such as; runoff, inundation, erosion and flooding. Biopore infiltration holes are one of the rainwater conservation technologies that have been widely applied to reduce surface runoff and increase groundwater reserves. This study aims to analyze the suitability of biopore infiltration holes in controlling runoff from open land (non-building) in the State Polytechnic of Sriwijaya, Soil seepage ability was measured using a double ring infiltrometer and obtained a value of 0.869 m/day. Model of the biopore infiltration hole used is cylindrical, 10 cm in diameter and 0.5 - 1 m deep. Simulations were carried out per area using daily rainfall data for 12 years (2007-2018). The simulation results show that the biopore infiltration hole has a water absorption capacity of 0.00298 m3/day. The ratio of the average requirement for biopore holes for open land (non-building) is 1 biopore hole per 1 m2 land area.

Pembentukan Perilaku Peduli Lingkungan Hidup Desa Sitiaji Kabupaten Bojonegoro

Sitiaji Village is a village located far from the center of Bojonegoro City so that the village has never been socialized regarding environmental awareness by the relevant agencies. Even though currently the government of Bojonegoro Regency has implemented the "ADIBUANA" activity where Sitiaji Village is one of the villages that is required to participate in the program. This service aims to support the implementation of the "ADIBUANA" program in Bojonegoro Regency through the utilization of organic and inorganic waste. This service activity aims to analyze the needs and participation of the community with the method of applying science and technology. After socialization, the community has understood that waste can produce many benefits, for example by collecting organic waste in the surrounding environment to put it in biopore holes, which can later be used as fertilizer. Meanwhile, the use of inorganic waste, especially plastic waste, can be used as eco-bricks. After this service activity, the community is expected to be able to implement the adibuana program in the Sitiaji Village environment. Other community service activities must be carried out to strengthen people who care about the environment with joint activities such as mutual cooperation cleaning regularly, implementing better organic and inorganic waste management.

Applying Bioporic Liquid Palm Industry Waste and Effect on Palm Oil Plant Growth and Dystrudepts Soil Physical Properties

This study seeks to determine the impact of palm oil wastewater, the number of biopore holes, and their interaction on oil palm plant growth and Dystrudepts soil physical properties. This study was carried out between December 2019 and April 2019. This research was conducted using a 3x3 factorial experiment with a Randomized Block Design; each treatment was replicated three times, and each experimental unit contained three plants for 81 experimental plants. The first variable was the dosage of palm oil effluent, which consisted of 7.5 liter/plant/2 weeks, 10 liters/plant/2 weeks, and 12.5 liters/plant/2 weeks. The second factor had three levels: two biopore holes/plants, four biopore holes/plants, and six biopore holes/plants. Analysis of variance (ANOVA) was applied to the data. If the treatment is markedly different, a second test is conducted using the 5% level of the Honest Significant Difference (BNJ) test. (1) Palm oil mill effluent at a concentration of 7.5 liters/plant increased the total pore space. The effluent from a palm oil mill at a rate of 12.5 liters per plant decreases BD and PD while increasing final plant height, midrib length, leaf length, and chlorophyll content. (2) Adding two biopores per plant increased plant height, midrib length, and leaf width. The presence of four biopores per plant decreased BD and PD and increased leaf length and chlorophyll content. Six openings per plant biopores have an effect on increasing the total pore space, and (3) The interaction between LCPKS doses of 12.5 liters/plant and the number of biopores of 6 holes/plant decreases BD and increases total pore space, plant height, frond length, leaf length, and leaf breadth.

The Community Development Process in the Climate Village Programme through the Biopore Programme in Blawi Village, Lamongan

Development activities always cause environmental damage and/or pollution. This development triggers the acceleration of the phenomenon of climate change which should be a natural phenomenon. This research aims to empower the community with a community development process which consists of the stages of program planning, planning, implementation, evaluation & results of changes, and termination. The community development process was carried out using a qualitative approach and case studies in the field involving 3 informants consisting of the Blawi Village government, Karang Taruna, and the Blawi Village community who were directly involved in the Biopori Program and the Clean Village Program. The selection of informants was carried out to dig deeper into community development in the Biopori Program and the Clean Village Program. Biopori is a simple technology that can increase rainwater absorption and the amount of clean water reserves in the ground during flood control efforts. Clean Village is a simple tool to increase public awareness of the importance of clean houses for public health and flood control efforts in Blawi village. The result of this activity was the planting of biopori, the installation of 40 biopori holes in each community unit in Blawi Village was carried out as a pilot to be developed and carried out by the residents themselves.

Pengaruh Land Application Limbah Cair Pabrik Kelapa Sawit terhadap Kadar Nitrogen Dalam Tanah dan Tanaman Kelapa Sawit Menghasilkan

This study aims to determine the effect of Palm Oil Mill Effluent (POME) and NPK with various treatment doses on the content of N-total, N-NH4 +, N-NO3 -soil and N uptake of oil palm crops produced. Knowing the appropriate doses of POME and NPK and their interactions for N-total, N-NH4 +, N-NO3 -- and N uptake of oil palm crops produce. This research design used a randomized block design (RBD) factorial with 25 treatments and five replicates. The first factor, namely L (POME) consists of 5 levels of treatment, namely: L0 (0 liter of POME / biopore hole), L1 (2.5 liters of POME / biopore hole), L2 (5.0 liters of POME / biopore hole), L3 (7.5 liters of POME / biopore hole) and L4 (10.0 liters of POME / biopore hole). The second factor, namely P (NPK fertilizer 15:15:15) consists of 5 levels of treatment, namely: P0 (0 kg NPK / plant), P1 (0.5 kg NPK / plant), P2 (1.0 kg NPK / plant), P3 (1.5 kg NPK / plant) and P4 (2.0 kg NPK / plant). The results of this study showed that there was an interaction between the dose of POME and the dose of NPK on N-total soil in the oil palm plantation produced. POME self-treatment has a marked effect on the total soil and the uptake of N-producing oil palm crops. NPK self-treatment had a marked effect on the N-total soil and N uptake of oil palm crops resulted in a treatment of 10 liters of POME and 2 kg of NPK was the best treatment against the increase in total N-total, N-NH4 +, N-NO3 - soil and N uptake of plants.

Penta Helix Model Communication to Promote Appropriate and Green Technologies for Ayung River Preservation Program in Bali

The Ayung River Preservation Program in Bali involves the community and stakeholders to address the degradation of the river. This research focuses on implementing the Penthealix communication model to promote green technology and involve stakeholders in preserving the Ayung River, which is the longest river on the island. The degradation of the river watershed highlights the critical state of the water supply in Bali. Existing data shows that the decrease in river flow rates along the watersheds in Bali has reached 60%, which has the potential to cause a water crisis on the island of Bali. Using the case study method, this research uses in-depth interviews and FGDs with local communities and other stakeholders. Secondary data was also collected from reports in newspapers. The results of the study show that efforts to preserve the Ayung River are implemented in the Green Technologies Program, which includes: 1) Biopori Holes and Infiltration weels; and 2) Community-based waste management. In its implementation, a Penta-Helix collaboration model was built between 1) The Government; 2) Communities; 3) businesses; 4) Academicians; and 5) the media. This program runs the Penta-Helix partnership model, which prioritizes Attribute, communication, and Conflict Resolution Technique efforts to achieve Partnership Commitment between stakeholders.

Drainage System Planning with Eco-Drainage Concept in Bumi Serpong Damai Housing Area (BSD)

Drainage is one form of facility that must be designed as a drainage system for the flow of water for the area in order to meet the needs of the community. From a different perspective, this drainage functions to drain water from the surface to water bodies. A good drainage system needs to be provided for good surface water management, especially with changes in land use resulting in increased surface water flow. One form of drainage that can be a solution is eco-drainage. In this study, the eco-drainage concept is applied to a residential location in Bumi Serpong Damai (BSD) to see the effect of eco-drainage applications in overcoming surface water flow problems. after implementing eco-drainage, the runoff flow of water that goes directly to the drainage canal can be reduced, for comparison with using the infiltration well system accommodated about 20% and the runoff discharge leading to the canal reduced to 0.1710 m3/s and by using biopore holes accommodated approx. With total absorption capacity in channel 1 of about 0.0741 m3/s to reduce runoff to drainage by 27.85%.

Study of ecodrainage system for hydrometeorological disaster mitigation

Hydrometeorological disasters such as floods and landslides are triggered by high rainwater. The disasters often cause loss of property, loss of fertile soil layers, and loss of life. Ecodrainages such as biopore holes, silt pits, and infiltration wells are soil and water conservation technique that can be useful for reducing surface runoff and increasing infiltration so that they can be used for hydrometeorological disaster mitigation. The study was carried out in the Keduang Sub-Watershed, Wonogiri District. The purpose of the study was to calculate the volume of rainwater during the year 2017 and the volume of rainwater that could be stored. Based on the Minister of Public Works Regulation of the Republic of Indonesia No.14 / PRT / M / 2010, each person needs an average of 60 liters/day of clean water. Monthly rainwater data were obtained from the Department of Agriculture and Food Crops Wonogiri district; the population data were obtained from the Central Bureau of Statistics (BPS), and administrative and sub-watershed maps were analyzed from the Indonesia Topographic Map (RBI) scale of 1: 25,000. Total rainwater during the year 2017 was 1,027,523,049.78 m3, while the population in the year 2017 was 492,725 people. Based on the calculation, the need for clean water was 10,790,677,500 liters (10,790,677.5 m3). The average runoff coefficient in the study area was 38.57%. Therefore during 2017, there was a rainwater surplus of 631,117,906,037.99 liters (631,117,906.04 m3) in The Keduang Sub Watershed.

PENGUATAN LINGKUNGAN HIDUP MELALUI PENGELOLAAN SAMPAH RUMAH TANGGA DI DESA KERASIKAN MASJID KELURAHAN CURUG MANIS

Poor waste management makes the quality of the environment decline. One of the cause of poor waste management was the increasing number of people accompanied by the increasing level of population consumption. However, this is not accompanied by increasing in quality of waste management. This happened because there was no internalized good understanding of waste, that every resident who lives will produce waste every day. This had become one of the focuses of work in community service activities carried out by lecturers with group 5 students at Banten Jaya University. Several work programs carried out in order to foster an understanding of the importance of waste management include a socialization program for waste sorting and the establishment of a waste bank, as well as a program for making biopore holes. This activity was carried out in a series of service activities for one month which taken place in Curug Manis Village, precisely in RT.007 RW.002 Kerasikan Masjid.