Fertilizer Manufacturing Research Articles

Efficient Auxiliary Information Based Exponentially Weighted Moving Coefficient of Variation Control Chart using Hybrid Estimator : An Application to Monitor NPK Fertilizer

In this era, manufacturing sectors should ensure the quality of their production process and products. They must reduce the variability that occurs in their operation. Coefficient variation control charts have become important statistical Process Control (SPC) tools for monitoring processes when the process mean linear function with the standard deviation. In recent years, auxiliary information-based-CV control charts using memory type structure have been investigated to enhance the sensitivity of control charts. Auxiliary information is selected when the variable remains stable during the monitoring period. Nevertheless, the AIB statistic is constructed based on lognormal transformation, and no research investigated the memory type CV chart using estimator of AIB-CV from the combination of ratio and regression form called hybrid form. This research proposes a hybrid auxiliary information-based exponentially weighted moving coefficient of variation (Hybrid AIB-EWMCV) control chart for detecting small to moderate shifts in the CV process. The Average Run Length (ARL) simulation shows that increasing the level of correlation and sample sizes enhances the detection ability of the control chart. Also, the proposed chart performs well than existing chart. A real dataset from fertilizer manufacturing is implemented to explain the condition of the process by using a Hybrid AIB-EWMCV control chart.

Education and Training on Making Organic Fertilizers and Biopesticides for Cocoa Farmers in Pulukan Village, Jembrana, as an effort to increase organic cocoa production

Pulukan Village, Jembrana Regency, Bali, is one of the village center of organic cocoa production. The high demand for organic cocoa beans cannot be met because the production per hectare is still low. One of the reasons is that cocoa farmers in the village have difficulty obtaining organic fertilizers and biopesticides in sufficient quantities as recommended. This community service was carried out to improve the knowledge and skills of farmers in making organic fertilizers and biopesticides using local materials as an effort to increase the productivity of organically cultivated cocoa. The method of implementing the activities was through counseling and training on the manufacture of organic fertilizers and biopesticides, then followed by mentoring in the application of organic fertilizers and biopesticides resulting from training in Demonstration Plots. In training and mentoring participants were invited to work together and learning by doing. The implementation of counseling on the manufacture of organic fertilizers and biopesticides was very successful, indicated by 93.33% of participants stating that they understood very well the material being taught and 100% stating that the material presented was very interesting and very useful for them. Training activities for making organic fertilizers and biopesticides through hands-on practice resulted in participants being able to make organic fertilizers and biopesticides very well. The application of organic fertilizers and biopesticides as a result of training in demonstration plots can improve farmers' skills in direct application of fertilization methods and pest and disease control in organic cocoa cultivation. The results of the application of organic fertilizers and biopesticides in the demonstration plot showed that cocoa trees given organic fertilizers and sprayed with biopesticides had better growth and lower pest and disease attacks than controls. This encourages the participants to apply the best practices from the demonstration plots to be applied in their respective organic cocoa gardens.

Evaluating the Nutrient Contents and Nutritive Value of Taif’s Rose (Rosa damascena Mill var. trigintipetala) Waste to Be Used as Animal Forage or Soil Organic Fertilizers

This study aimed to evaluate the nutrient content and nutritive value of pruning waste of the Taif Damask rose for its potential use as an organic fertilizer or animal forage in the Taif region, Saudi Arabia. For this purpose, the pruning waste of Taif’s rose and soil samples supporting the plant growth at different ages were collected from four farms (F1: 4, F2: 10, F3: 12, and F4: 20 years old). The total aboveground biomass (AGB) of the plants, stems, and leaves were measured in addition to the stem height and crown diameter. The results showed that the maximum stem height and crown diameter (184.20 and 243.5 cm) were recorded in the oldest farm (F4). Moreover, the stem, leaves, and aboveground biomass (AGB) of the waste were maximal (3.91, 1.30 and 5.21 t ha−1) at F4. F1 had the highest N content (154.30 mg kg−1) in the plant leaves, while F2 had the highest stem N and P (172.33 and P 9.40 mg kg−1). Moreover, F3 had the highest concentrations of leaf P (7.17 mg kg−1), leaf and stem K (112.47 and 277.30 mg kg−1), stem Ca2+ (251.93 mg kg−1), and leaf and stem Mg2+ (122.27 and 123.57 mg kg−1). The stems had higher percentages of total proteins, fibers, ash, and NFE (total carbohydrates) than the leaves in F1 and F2, while the opposite was observed in F3 and F4. The leaves of F2 rose plants had the highest percentage of neutral detergent fibers (NDF), and their stems had the highest percentages of total proteins (10.71%). The leaves of F3 plants had the highest percentage of acid detergent lignin (ADL) and the lowest crude fibers (7.63 and 13.27%), while the stems had the highest NFE (72.71%). The plant–soil relationship expressed by the CCA biplot showed that all the measured plant parameters were at higher positions on the Mg axis, except for the plant height and crown diameter, which were at low positions on the N and NO3 axes, respectively. In contrast, Cl−, NO3−, HCO3−, and SO42− had high positive correlations with axis 1 and negative values with axis 2, while EC, the total P, and Ca2+ had high positive correlations with, and pH had high negative values in relation to, axis 2. Due to its considerable high inorganic and organic nutrient contents, Taif’s rose could be used in the manufacturing of organic fertilizer. Additionally, the analysis of the nutritive value of the pruning waste supports its use as animal forage. We strongly recommend that further studies be conducted on the application of plant waste as a soil amendment and animal forage in the field.

Hukum Pembuatan Pupuk dari Bangkai Binatang

This study aims to find out and understand what the law of making fertilizer from animal carcasses is. The problems in this research are; First, how about the law of carrion in general? Second, how is the review of Islamic law on the manufacture of fertilizer from animal carcasses? Qualitative descriptive research (non-statistical) using historical approaches and normative juridical approaches. The data used in this study are sourced from primary data and secondary data in the form of the Koran, hadith, classic and contemporary books, journals, theses, papers, and scientific literature related to the title of this research. The results of the research found are first, the law on the use of animal carcasses is okay because it is also a treasure that can be used, what is forbidden from the carcass is consuming or eating it. Second, the review of Islamic law on the manufacture of fertilizer from animal carcasses is lawful because there has been suitability of each analytical review used, such as in terms of manufacture or production, qiyās, istitālah, and maslahah.

Upaya Penataan dan Pengelolaan Masalah Sampah di Desa Ranuklindungan Melalui Program CSR SUROPATI Oleh PT Indonesia Power Grati POMU

Waste has become a serious problem for anyone in Pasuruan Regency. Waste becomes a problem when it is not managed properly. On the other hand, waste can also become people's income and fertilize plants if managed properly. PT Indonesia Power Grati POMU with a community empowerment program called SUROPATI in Ranuklindungan Village, Grati District, Pasuruan Regency. The research method used is qualitative research in Ranuklindungan Village, Grati District, Pasuruan Regency. Data collection was done by field observations, interviews and documentation. The data analysis used is interactive data analysis. The SUROPATI program in Ranuklindungan Village is an integrated waste management program. It is carried out with a social approach, a technical approach and an economic approach. This program has a positive impact on reducing the waste problem and economic impact. As the program progressed, an innovation in the manufacture of liquid organic fertilizer was born, namely Jlofer.

Greenhouse gas emissions from global production and use of nitrogen synthetic fertilisers in agriculture

The global agri-food system relies on synthetic nitrogen (N) fertilisation to increase crop yields, yet the use of synthetic N fertiliser is unsustainable. In this study we estimate global greenhouse (GHG) emissions due to synthetic N fertiliser manufacture, transportation, and field use in agricultural systems. By developing the largest field-level dataset available on N2O soil emissions we estimate national, regional and global N2O direct emission factors (EFs), while we retrieve from the literature the EFs for indirect N2O soil emissions, and for N fertiliser manufacturing and transportation. We find that the synthetic N fertiliser supply chain was responsible for estimated emissions of 1.13 GtCO2e in 2018, representing 10.6% of agricultural emissions and 2.1% of global GHG emissions. Synthetic N fertiliser production accounted for 38.8% of total synthetic N fertiliser-associated emissions, while field emissions accounted for 58.6% and transportation accounted for the remaining 2.6%. The top four emitters together, China, India, USA and EU28 accounted for 62% of the total. Historical trends reveal the great disparity in total and per capita N use in regional food production. Reducing overall production and use of synthetic N fertilisers offers large mitigation potential and in many cases realisable potential to reduce emissions.

A novel approach for removing cadmium from synthetic wet phosphoric acid using sulfide precipitation process operating in batch and continuous modes

The removal of heavy metals, especially cadmium, from wet phosphoric acid is still a challenging stage during the manufacturing of phosphate fertilizers. In this work, a novel approach was developed to improve the performance of the sulfide precipitation process as a purification technique. This is based on NaHS rather than Na2S as a precipitating agent in both batch and continuous modes for cadmium removal from synthetic wet phosphoric acid. First, the respective performance of Na2S and NaHS was compared in the batch mode. NaHS was shown to improve decadmiation in comparison to Na2S even though the same trends were observed for both precipitating agents as a function of operating conditions. An increase in Sulfur/Cd2+ molar ratio improved cadmium sulfide precipitation. Conversely, increasing temperature and phosphoric acid concentration impaired the effectiveness of cadmium removal efficiency. An apparent kinetic model was developed taking into consideration the reaction mechanisms and supersaturation to predict the residual cadmium concentration in phosphoric acid solutions. The feasibility of the continuous process based on NaHS was also assessed. The results showed that a residence time of 40 min was needed to achieve 85.6 % of Cd2+ elimination at 25 °C. As aggregation seemed to be the main mechanism governing particle size, this increased with the Sulfur/Cd2+ ratio, which could improve downstream solid separation. Eventually, these findings of this study provide useful insights into the feasibility of chemical precipitation using NaHS as a technology of phosphoric acid decadmiation in the industry.

Pelatihan Pembuatan Pupuk Kompos Kulit Kacang Tanah Pada Ibu-Ibu Anggota Dasawisma Jambu PKK Gabahan RT. 05 RW. 12 Jombor Sukoharjo

Most of the PKK dasawisma Jambu women in the hamlet of Gabahan RT 05 RW 12 are new residents with a new home environment that is in the stage of structuring new gardens and ornamental plants. And most of them work as housewives who need to get skills that can increase family income. They have never received counseling or training on making organic compost by universities or other institutions. From the results of the interview, several residents wanted counseling and training on the manufacture of organic compound fertilizer as an alternative to increase financial income. For this reason, the Abdimas Team of Biology education study program will give it to the residents of Gabahan village, RT. 05 RW. 12 Jombor about making organic compost. They want counseling with this theme because most of them do not understand how to make organic compost. The purpose of the service is 1. To provide counseling on how to make organic compost. 2. To provide training/skills in packaging organic compost fertilizers.The training was carried out for 3 times. The method used is lectures and questions and answers, as well as practical guidance on how to make and pack organic compost. The target of this counseling and training is to increase the understanding of how to make 20% organic compost among the residents of Gabahan RT. 05 RW. 12 Jombor. From the results of the training on making organic compost for the women members of the Jambu PKK dasawisma Gabahan RT 05 RW 12 Jombor, it can be concluded that there was an increase in understanding of the process of making organic compost from an average score of 56.8 to 85.5 or an increase in understanding of Rp. 33.2%. The results of the compost can be used by women as plant fertilizer, but can also be sold to increase income.

Penyuluhan dan Pelatihan Pembuatan Pupuk Kompos Organik Pada Ibu-Ibu PKK Desa Gabahan RT 05 RW 12 Jombor Sukoharjo

Residents of the village of Gabahan Rt. 05 Rw. Most of Jombor's 12 sub-districts work as farm laborers and hand laborers and desperately need additional income to meet the needs of their families. They have never received counseling or training on organic composting by universities or other institutions. From the results of the interview, several residents wanted counseling and training on the manufacture of organic compound fertilizer as an alternative to increase financial income. They want counseling with this theme because most of them do not understand how to make organic compost. The purpose of the service is 1. To provide counseling on how to make organic compost. 2. To provide training on how to make and pack organic compost. The training was carried out for 2 times. The method used is lectures and questions and answers, as well as practical guidance on how to make and pack organic compost. The target of this counseling and training is to increase the understanding of how to make 20% organic compost among the residents of Gabahan RT. 05 RW. 12 Jombor. From the results of the training in making organic compost for PKK women in the hamlet of Gabahan RT 05 RW 12 Jombor, it can be concluded that there was an increase in understanding of the process of making organic compost from an average score of 37.5 to 88.45 or an increase in understanding of 122, 4%. The results of the compost can be used by women as plant fertilizer, but can also be sold to increase income.

Penerapan Produksi Bersih pada Kelompok Tani Tunas Muda Di Desa Pudak Kecamatan Kumpeh Ulu Kabupaten Muaro Jambi

The purpose of the study was to find out the Tunas Muda farmer group applied clean production. The object of research is a member of the Tunas Muda farmer group who raises beef cattle in Pudak Village, Kumpeh Ulu District, Muaro Jambi Regency. The research method is a survey, census data collection, interviews, and direct observation. Secondary data were obtained from the Pudak village head office, the Kumpeh Ulu sub-district office, and the Muaro Jambi Livestock Service. The results showed that the Tunas Muda farmer group in Pudak Village, Kumpeh Ulu District, Muaro Jambi Regency had utilized livestock waste (clean production), including 0.5% biogas waste and 100% of the waste was used as organic fertilizer. Of the 20 members, only 1 member (5%) processes livestock manure into biogas and organic fertilizer. The average production of fresh peces is 842 kg per day and the average production of organic fertilizer is 587.9 kg per day. The conclusion is that the Tunas Muda farmer group has not optimally applied clean production, namely the manufacture of biogas and organic fertilizer. The advantage of reducing environmental pollution, can increase income and make it easier for farmers to get organic fertilizer.

Quality of Effective Microorganisms-based Liquid Fertilizer from Fermented Papaya Fruits (Carica papaya L.)

Papaya (Carica papaya L.) is one of the most popular fruits in the community and is generally only used as an ingredient for consumption in a fresh state. Papaya fruit production tends to be dynamic where sometimes the abundant amount of fruit may not necessarily be marketed directly. This causes the stock of papaya fruit during storage to rot and cannot be reused. This study aims to explore the potential of ripe papaya fruit to be processed as a substrate for the manufacture of liquid fertilizer using local microorganisms or effective microorganisms (EM). The quality of EM-based liquid fertilizer was determined based on the bacterial population density (CFU/mL) using the standard plate count (SPC) method on different growth media, then the levels of IAA and NPK in the applied fermented papaya fruit. The results showed the occurrence of nitrogen fixing bacteria, phosphate solubilizing bacteria and chitinolytic bacteria besides the cosmopolite bacteria. The optimum level of IAA in the fermented papaya fruit was EM + molasses (100%) while the NPK profile was still higher in the EM treatment without molasses.

Comparative estimation of nitrogen in urea and its derivative products using TKN, CHNS and hand-held refractometer

In this paper, a comparative analysis between the hand-held refractometer and other methods (TKN and CHNS) was accomplished for the estimation of nitrogen percentage (N%) in urea, nano urea fertilizer, and diesel exhaust fluid (DEF) solution. In order to compare the performance of all methods/devices, the detection of N% in different concentrations of urea, nano urea, and DEF were evaluated in terms of their linearity. The most important finding of this study was that the refractometer-based device revealed a good linear coefficient up to 40% urea solution (R2 = 0.99918) among other approaches, which means the estimation of N% is more close to the theoretical value. Moreover, the refractometer has detected the urea, nano urea, and DEF samples within 3 s which were quite fast as compared to other tested methods and no requirement of any chemicals during the sample preparation and analyses. Thus, the finding of this study suggests that a hand-held urea refractometer-based portable device can be used for onsite N% determination by the fertilizer and DEF manufacturing industries and their customers due to its low cost, low power requirement, reliable estimation, rapid N% detection, and its environmental suitability.

Reforming China’s fertilizer policies: implications for nitrogen pollution reduction and food security

Reactive nitrogen (N) is a requisite nutrient for agricultural production, but results in greenhouse gas and air and water pollution. The environmental and economic impacts of N fertilizer use in China are particularly relevant, as China consumes the largest amount of N fertilizer in the world to meet its soaring food demand. Here, we use an agro-economic land system model (MAgPIE) in combination with a difference-in-differences econometric model to provide a forward-looking assessment of China’s fertilizer policies in terms of removing fertilizer manufacturing subsidies and implementing measures to improve agricultural nutrient management efficiency. Our model results indicate that enhancing soil N uptake efficiency and manure recycled to soil alongside fertilizer subsidy removal can largely reduce N fertilizer use and N losses and abate N pollution in the short and long term, while food security remains largely unaffected. Enhancing soil N uptake efficiency appears to be decisive to achieving China’s national strategic target of zero growth in N fertilizer use. This study also finds that improving agricultural nutrient management efficiency contributes to higher land productivity and less cropland expansion, with substantial benefits for the environment and food security.

Application of phosphate solubilizing fungi and lime altered the soil inorganic phosphorus fractions in an Ultisol of north-eastern India

ABSTRACT The gradually dwindling reserves of rock phosphate, the primary material used in the manufacturing of phosphatic fertilizers, encourages researchers to look for ways to exploit the accumulated fixed P pool in soil. Phosphate solubilizing microorganisms (PSM) could be a viable option for addressing the problem at a lower cost. Keeping these in mind, the present study was undertaken to evaluate the changes in the distribution of P in soil as affected by P fertilization, phosphate solubilizing fungi (PSF) and liming vis-à-vis the contribution of these fractions toward P nutrition of a test crop soybean (Glycine max L.). A bulk surface soil sample (0–15 cm) was obtained from Negheriting tea estate of Golaghat district of Assam, India (Ultisol, pH = 4.23) and after processing, three levels of P [0, 50, and 100% of recommended dose of P (RDP)], two levels of lime [No lime, 1/10th of Lime Requirement (LR)] and two levels of PSF (No-PSF, PSF) were applied in a completely randomized design with three replications. Sequential P fractionation was done in the post-harvest soil. On an average, the abundance of different P fractions in the soil, expressed as % of total P, followed the order: residual P (67.5%)> Fe bound P (12.1%)> reductant soluble P (8.85%)> Al bound P (4.04%)> occluded P (3.79%)> Ca bound P (3.11%)> soluble and loosely bound P (0.46%). All the inorganic P fractions except the residual P, increased significantly with P fertilization. Either liming or PSF application significantly increased the soluble and loosely bound P fraction and decreased the Al bound and Fe bound P fractions in soil. Positive growth response of soybean was obtained due to the application of P, lime, and PSF. Liming increased the P uptake by 30.4% and dry matter yield of soybean by 18.5% over no liming. On the other hand, PSF inoculation increased the P uptake by 16.7% and dry matter yield by 7.77% over no inoculation. So, it is evident that in short term, either liming or PSF was able to solubilize the native soil P. Phosphorus×lime and lime×PSF interactions should also be exploited in future endeavors.

Perencanaan Jembatan Baja Sederhana dan Perencanaan Penahan Tanah Menggunakan Beronjong pada Areal Rumahku Hijau Sukabumi

The location of Rumahku Hijau is located in Cikaret Village, Cipedes District, Sukabumi Regency, West Java. Rumahku Hijau is engaged in plant cultivation, manufacture of organic fertilizers, manufacture of organic pesticides. Rice fields and animal cultivation areas such as birds, rabbits, goats and others. During the visit there were several problems, namely landslides and it was difficult for farmers to bring their agricultural products to the barn, because of the location of the rice fields and barns which were separated by the Cidadap river. That way, in carrying out this community service, we want to design a simple steel bridge and use gabion to overcome landslides. It is hoped that farmers will not have to go around the Cidadap river to reach the barn and be safe from landslides.

Pelatihan Pengolahan Kotoran Kambing Menjadi Pupuk Organik Cair Dengan Pemanfaatan KOHE

The majority of the people in Wonodadi Village have goat farms. The problem with goat farms that is felt by the community is the difficulty of processing goat waste. The community needs assistance to find the right solution in making efforts to process livestock waste so that it does not pollute the environment and can become a business product that is beneficial to the community. This community service aims to raise public awareness of creative living by processing animal waste into products that have economic value. The community service method is carried out with ABCD which further optimizes the potential from within and the physical assets of the environment. These potentials are agriculture and animal farms as a learning environment and environmental physical assets as learning resources. The stages in the ABCD Method are; discovery, dream, design, define, destiny, and reflection. The result of the activity is that there is an increase in the ability of goat farms as the target of activities to process goat waste into fertilizer. In conclusion, community empowerment activities through the manufacture of liquid organic fertilizer with the use of animal farms can overcome the problems faced by goat farms in processing waste which is not limited to producing fertilizer but has economic value.

Empowering Ginger Farmer Through Fostering the Production of Liquid Organic Fertilizer During the Covid-19 Pandemic

COVID-19 pandemic had several detrimental effects on the world’s economy and people around the world. Ginger farmers in Genteng Kulon village, Banyuwangi Regency, are one of the communities affected by COVID-19. Since COVID-19 came, the price of chemical fertilizers has remained expensive, and the price of ginger is very high, up to IDR 90.000 per kg, so ginger farmers need a new affordable alternative fertilizer. Fostering the manufacture of liquid organic fertilizer from banana stem waste is the right option to help ginger farmers meet their fertilizer needs and make it efficient in using available waste. The method used in this community development was through the Community Service Program consisting of various activities: training on the production of liquid organic fertilizer; packaging; labeling; and application to ginger plants. The success of this program was evidenced by the level of farmers’ understanding of the procedure being taught, which was assessed using a questionnaire. The results showed that the farmers’ understanding of the material being taught significantly increased as compared with that before they were educated. The percentages of average understanding of the training material for liquid organic fertilizer, packaging, labeling, and application were 75%, 80%, 80%, and 85% respectively. These numbers were very different from those representing the farmers’ knowledge before the training. These average percentages were 15.5%, 14%, 16.5%, and 11.5%. Therefore, this program was successful in providing new knowledge to farmers in the production of liquid organic fertilizer.

Pembuatan POC Pada Bank Sampah Pematang Pudu Bersih Kecamatan Mandau Kabupaten Bengkalis

Mandau District is one of the most densely populated districts in Bengkalis Regency, here there is a Pematang Pudu Clean Waste Bank located in Pematang Pudu village with a population of 29,986 people consisting of 17 RW and 95 RT with an area of 25 KM2. This waste bank was established in 2015 and accommodates non-organic waste such as bottles, plastic, paper, and cardboard of various types. However, organic waste that has not been maximized for processing is therefore given training on the manufacture of POC or Liquid Organic Fertilizer by involving the Adiwiyata school in Mandau District so that the benefits are felt to be wider and can be practiced at home to process organic waste.

PEMBUATAN PUPUK ORGANIK PADAT MENGGUNAKAN LIMBAH SABUT KELAPA (Cocos nucifera L.) DENGAN BIOAKTIVATOR EM4

This The background of this research is waste from coco coir with bioactivator EM4, the manufacture of solid fertilizer utilizing waste from coco coir that is not treated properly has quite an impact on environmental pollution. Solid organic fertilizer is the decomposition of organic matter by a complex compound reform process with the help of microorganisms. The purpose of this study was to measure the time of making solid organic fertilizer, to analyze the nutrient content of N, P, K, C-organic, C/N ratio and pH. The research was conducted on Jl. Samratulangi ex. Gunung Panjang, Kec. Keledang River, East Kalimantan Province. This research lasts for 2 months from January to February 2021. The results of the study, the length of time in the P1 fertilizer treatment was finished on the 16th day while the P2 fertilizer had been finished on the 21st day. Analysis of the nutrient content in the P1 treatment was N total 0.084% , P total 0.0301%, K total of 0.03994 % , C/N ratio was 52.10, and P2 treatment, namely N total 0.098 %, P total 0.0403 %, K total 0.06534 %, C/N ratio 45.9, did not meet the Quality Standards of the Regulation of the Minister of Agriculture of the compost requirements number 261/Permentan/ SR.310/4/2019, while the total P1 C-organic content was 0.44,512 %, pH was 5.38 and P2 C-organic total was 45.032 %, pH 5.74 already meets the Quality Standards of the Regulation of the Minister of Agriculture for compost requirements number 261/Permentan/SR.310/4/2019

PEMANFAATAN SAMPAH DAPUR SEBAGAI PUPUK ORGANIK CAIR UNTUK TANAMAN PEKARANGAN DAN HORTIKULTURA DI DESA ILOTIDEA KECAMATAN TILANGO KABUPATEN GORONTALO

The purpose of KKN-T community service activity is to increase the creativity of students and the community of Ilotidea Village in utilizing kitchen waste as the Liquid Organic Fertilizer (LOF) which can increase plant growth in the yardland. In Ilotidea Village, the community is very enthusiastic about utilizing yardland, unfortunately, has not managed kitchen waste as fertilizer that can add nutrients to the growth and production of plants. Benefits: 1) management of kitchen waste as an organic fertilizer manufacturing material, 2) produce LOF for cultivation crop in the yardland. Methods in the form of socialization, training, and applications of making organic fertilizers, vegetable cultivation, and simple planting pattern techniques in the yard. This activity was attended by 14 students of the Department of Agrotechnology and the village community. The results of activities: socialization of the use of kitchen waste as LOF, land use of yards, the exhibition of LOF product products in the village. Additional activities include the management of flood disasters, sports and arts development and the vaccination movement. External in the form of the publication of videos and articles.