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Dedie Tooy
Agricultural Engineering Study Program, Dept. Of Agricultural Technology, Faculty Of Agriculture, Sam Ratulangi University.
Agriculture, Biological Sciences & Forestry Biochemistry, Genetics & Molecular Biology Chemical Engineering, Chemistry & Bioengineering Chemistry Civil Engineering, Building, Construction & Architecture Computer Science & IT Economics, Econometrics & Finance Education Engineering Environmental Science Immunology & microbiology Languange, Linguistic, Communication & Media Materials Science & Nanotechnology Mathematics Medicine & Pharmacology Physics Social Sciences Transportation Other

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UJI UNJUK KERJA ALAT IRIGASI SPRINKLER TIPE GUN RAIN DN-50 DI DESA TONTALETE KECAMATAN KEMA KABUPATEN MINAHASA UTARA Meike C. Kusaly; Ruland A. Rantung; Dedie Tooy
COCOS Vol. 13 No. 4 (2021): EDISI OKTOBER-DESEMBER 2021
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v5i5.35391

Abstract

Abstract This study aims to test the performance of irrigation sprinkler type gun rain DN-50, and how to manage water efficiently and effectively through the use of pressurized irrigation technology on plantation land located in Tontalete Village. This study uses tools such as sprinklers and water pumps on soybean plantations in Tontalete Village with an area of 60m x 60m. The results of this study indicate of watering using irrigation sprinkler the type Gun Rain DN-50 at the Village Tontalete for 19 minutes with 3 rounds of sprinkler produces 3.254 l and wet land 1808.64 m2, uniformity coefficient values indicating that the level of use watering sprinkler less efficient, the low rotational value of the pump (rpm) that is not in accordance with the specifications, and the sprinkler transmission distance which only reaches 24 m. Keywords: performance test,tools of irrigation, sprinkler, water supply, coefficient uniformity.
UJI KINERJA ALAT IRIGASI SPRINKLER TIPE BIG GUN 1,25 INCI DI DESA TONTALETE KECAMATAN KEMA KABUPATEN MINAHASA UTARA Novianti Nari; Ruland A. Rantung; Dedie Tooy
COCOS Vol. 13 No. 4 (2021): EDISI OKTOBER-DESEMBER 2021
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v5i5.35470

Abstract

Abstract Sprinkler irrigation is the provision of water to crops by spraying water into the air, so that the plants get water from above like rain. The principle used by this system is to put pressure on the water in the pipe and emit it into the air so that it resembles rain and then falls on the ground. The purpose of this study is to test the performance and calculate ef iciency and uniformity of water supply by using irrigation sprinkler of the type big gun 1.25 inch. The method used is an experimental method and a descriptive analysis method, which focuses on performance testing using a irrigation unit sprinkler of type Big Gun 1.25 inch. This study uses several components of equipment such as a spinkler, water pump and hose on the plantation land of Tontalete Village with an area of 40 m x 40 m. The variables observed in this study include: water discharge, pump rotation (rpm), uniformity coef icient (CU), jet distance, and pump fuel use. The results of this study indicate that the provision of irrigation water sprinkler using a sprinkler Big Gun 1.25 inch and MGP pump 50 HD, with a round of sprinkler 3 times round the that produces a time for 12 minutes, the sprinkler can remove as much water as 77.46 l / min and irrigate the land area of 1,017 m2 with an average speed of rotation pump 2,008 rpm and spent as much as 280 ml of pump fuel/12 minutes. The farthest distance thewater sprinkler emits is 18 m. Keywords: performance test, irrigation, sprinkler, radiance, water discharge
UJI TEKNIS ALAT PEMBUATAN MINYAK DAUN CENGKEH UNTUK INDUSTRI KECIL Fidel C. A. Tendeng; Ireine A. Longdong; Dedie Tooy
COCOS Vol. 14 No. 1 (2022): EDISI JANUARI-MARET 2022
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v6i6.35576

Abstract

ABSTRACTClove oil is one type of essential oil that can be obtained from the clove plant. Clove oil can be taken fromclove flowers or leaves. The oil content in clove flowers ranges from 17-18% while in the leaves is around 2-3%.Several equipments have been made to produce clove leaf oil, therefore in this study a technical test was carriedout for making clove leaf oil. The purpose of this research is to study the process of making clove leaf essential oilusing a distillation equipment in a bengkol production house, to vary the volume of kettle water and its effect onthe preheating time to the first drop of condensate, the duration of distillation, the temperature in the distillationprocess and the volume of clove oil resulting from. It is hoped that information on how to use and the right volumeof water will be produced in the clove leaf oil making equipments and how it affects the yield of clove oil producedcan be obtained. This study used an experimental method with three (3) treatments of different volumes of water ina kettle, PA: Water 10 liter , PB: Water 12.5 liter, and PC: Water 15 liter with two (2) times replicates for eachtreatment. The observation data on the effect of water in the boiler, the oil produced, the temperature in thedistillation process and the yield are presented in the form of figures and tables. The results showed that the higherthe volume of boiler water, the preheating time until the first drop of condensate increased. The volume of 10 literboiler water takes 60 minutes, while the boiler water volume of 12.5 and 15 liters takes 70 and 85 minutes. Thevolume of essential oil produced is increasing, the volume of kettle water is 10 liters, and the essential oil producedis 3 ml, while at the volume of 12.5 liter boiler water as much as 5 ml and 15 liters of water produces 7 ml ofessential oil. The highest yield is found in the volume of 15 liter boiler water, which is 0.558%, and the volume of12.5 liter boiler water produces a yield of 0.366% and the lowest yield is found in the volume of 10 liter boilerwater with a yield of 0.217%.Keywords: essential oil, clove, small industry, technical test
RANCANG BANGUN DAN UJI TEKNIS ALAT PEMBERSIH TIPE AYAKAN DIPASANGKAN PADA MESIN PERONTOK KEDELAI MPT001 Reyfhel H. F. Tagah; Dedie Tooy; Lady C. Ch. E. Lengkey
COCOS Vol. 14 No. 1 (2022): EDISI JANUARI-MARET 2022
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v6i6.35705

Abstract

Abstract Soybean (Glycine max (L.) is a food commodity that produces vegetable protein which is very important, both because of its nutritional content, safe for consumption, and price compared to animal protein sources. Sifting is the separation of a mixture of solid particles that have various sizes of materials using a sieve. The sieving process is also used as a cleaning tool, separator of impurities whose size is different from the raw material. The purpose of the study this is the design and technical test of a sieve type cleaning device mounted on a soybean thresher machine MPT001. This research has been carried out in a home workshop and includes the manufacture of a sifter, sifting experiments and data analysis of research results. This research includes design and technical testing of cleaning equipment sieve type, Sieve device Soybeans are designed and manufactured to help farmers speed up the threshing process. Tests in the field using soybeans that are still in the stove were carried out for 3 repetitions and obtained: The average cleaning efficiency is 0.41%, and the average cleaning capacity is 33,19 kg/hour. The number of threshing results for each replication was an average of 1.7 kg. An average of 5.86 kg was wasted or other foreign objects. Reduce process chain and reduce processing time. Keywords: Tool design, swaying sieve system, tool technical test
ANALISIS TEKNIS SISTEM PERALATAN PENGOLAHAN MINYAK KELAPA SKALA KECIL UNTUK KELOMPOK TANI Silvia Lakumani; Dedie Tooy; Lady E. Ch Lengkey
COCOS Vol. 14 No. 3 (2022): EDISI JULI-SEPTEMBER 2022
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v8i8.37350

Abstract

ABSTRACT Coconut oil is one of the potential coconut processing products to increase added value for farmers in the North Sulawesi area. The processing of coconut oil has actually been done quite a lot by North Sulawesi farmers, but they still use traditional equipment. This method of processing takes a long time and is inefficient. The government has distributed mechanical equipment for smallscale coconut oil processing and socialized it to several farmer groups. The purpose of this study was to technically analyze the performance of small-scale coconut oil processing systems for 2 farmer groups. This research was conducted with an experimental method in which some of the equipment was tested for its capacity. The material used is coconuts aged 11-12 months, as many as 150 coconuts. Coconut processing on the existing equipment system was carried out in 3 (three) replications, with the number of each replication being 50 coconuts. The stages of coconut processing carried out in this study were, peeling, washing, cleaning, draining, squeezing, separating and allowed to stand for 24 hours. After 24 hours, the resulting coconut cream is put in an oil cooking machine and heated at an average temperature of 1500 C for 2 hours. The results of cooking are filtered, to take the coconut oil. The results showed that the small-scale coconut oil processing equipment system can be maximized to produce commercial coconut oil products. The performance of the tool is influenced by the existing power transmission engine, and the skill of the operator in each stage of work is very important. It is recommended for maximum use of the equipments, given special training to the operators. Keywords: Coconut Oil, Processing Equipment Systems, Farmers, Operators.
ANALISIS PENAMPILAN KERJA ALAT PENYERAT PISANG ABACA (Musa textilis Nee1) Chevin A.T Unsong; Dedie Tooy; Daniel P. M. Ludong
COCOS Vol. 14 No. 3 (2022): EDISI JULI-SEPTEMBER 2022
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v8i8.37351

Abstract

ABSTRACT The purpose of this study was to analyze the work of the abaca banana fiber which consists of the fiber capacity, the fiber efficiency and the time required for the fiber. This research was conducted to provide specific information to abaca banana farmers and the community about the work process and the use of abaca banana fiber so that in the future they can develop existing tools. Abaca fiber is very useful for future product development because of the superiority of its fiber. To develop abaca fiber, one of them must be supported by the development of fiber equipment that is capable of fiber with high capacity and good fiber yield. This fiber tool uses diesel motor power as the engine driving YANMAR TF105 working power 9.5 DK/2400 rpm maximum 10.5DK/2400rpm, The working process of this abaca banana fiber is initially the banana stem midrib is cut and split according to the size of the abaca banana stem , the average length of banana stems in Essang is 2.5 m to 3 m. then the frond that had been split was inserted between the retaining plate and the cylinder of the fiber knife, here the fibering process took place, the frond that had become fiber was then hung in the drying area. In one hour the fiber is capable of absorbing 18 kg/hour so that in one day it can absorb 144 kg, the yield is 5.2380% so that in one day the abaca banana fiber can produce 27.49 kg of dry fiber.
KAJIAN PERBANDINGAN PRODUKSI ASAP CAIR DARI TEMPURUNG SABUT KELAPA DAN TONGKOL JAGUNG1) Stefy Wagiu; Dedie Tooy; Ruland Rantung
COCOS Vol. 14 No. 4 (2022): EDISI OKTOBER-DESEMBER 2022
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v1i1.39715

Abstract

ABSTRACTThis study aims to compare the quality of liquid smoke products using three raw materials,namely shell, coconut fiber and corn cobs. This research is expected to provide informationabout the manufacture of liquid smoke that is more efficient, so that it becomes the basis for thedevelopment of a more efficient liquid smoke maker in the future. Liquid smoke is a liquidsmoke vapor condensate resulting from the pyrolysis of wood. Phenolic compounds, carbonyland organic acids contained in liquid smoke play an important role as odor removers andrepellents. Thus it can be seen that the method of fumigation with liquid smoke can be easierand cheaper in plant care.This study used an experimental method and analyzed descriptively. The materials used in theprocess of making this liquid smoke were 90 kg shell, 90 kg coconut coir and 90 kg corn cob.Each treatment in the combustion process of making liquid smoke as much as 30 kg.Observations in this study were carried out from the comparison of raw materials to achieve thedesired liquid smoke results.From the results of the research, the yield of liquid smoke from the shell was 6.027 % 2. withthe performance of the tool 66.96%. The yield of corn cobs was 3,458% with the performanceof the tool 49.4 and the yield of the coconut coir was 2.964% with the performance of the tool49.4%. 3. With 30 kg of raw material for each shell, coconut coir and corn cobs require differentproduction times. The shell takes 9 hours, coconut coir 6 hours and corn cobs 7 hours.
KAJIAN PROSES PRODUKSI MINYAK KELAPA DENGAN MENGGUNAKAN ALAT DAN MESIN PENGOLAHAN KELAPA SKALA INDUSTRI KECIL Defly I. C. Hansang; Dedie Tooy; Daniel P.M. Ludong
COCOS Vol. 14 No. 4 (2022): EDISI OKTOBER-DESEMBER 2022
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v1i1.39730

Abstract

ABSTRACT Coconut oil is one of the potential coconut processing products to increase the added value for farmers in North Sulawesi. Actually, quite a lot of coconut oil processing has been done by North Sulawesi farmers, but the manufacturing process still uses a lot of traditional equipment. So the processing is less efficient and takes a long time. In an effort to increase coconut oil productivity, the government has provided assistance with small industrial scale coconut oil processing equipment to several farmer groups in the community and socialized how to process coconut oil from input to output. The purpose of this research is to examine the coconut oil production process using small industrial scale coconut processing tools and machines. This research was conducted with an experimental method in which several equipments were tested . The materials used were hybrid coconut and coconut in mapanget aged 11-12 months and also KOH and bentonite, as many as 750 coconuts each. Coconut processing on the existing equipment system carried out in this study is, peeling, washing, cleaning, draining, squeezing, separating and left for 24 hours. After 24 hours, the resulting coconut cream is cooked using a frying pan with the same stove for cooking the coconut cream then heated for 1/2 hour at a controlled temperature. The results of cooking are continued using a mixer, vacuum, filtering, packaging. The performance of the tool is influenced by the existing power transmission engine, and the skill of the operator in each stage of work is very important. It is recommended for maximum use of the tool, given special training to the operator.
UJI TEKNIS ALAT PENYULING DAUN CENGKEH METODE UAP SKALA KECIL Diana Marice Jitmau; Dedie Tooy; Ireine A. Longdong
COCOS Vol. 15 No. 1 (2023): EDISI JANUARI-MARET 20223
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v1i1.42999

Abstract

ABSTRACT Clove plants contain essential oils found in flowers (10-20%), stalks (5-10%), leaves (1-4%). In many places, the clove leaf is not used optimally. This can be seen in clove plantations where the fallen leaves are left alone in the garden. Clove leaf processing equipment into essential oil is relatively limited, therefore a clove leaf distiller was designed the steam method. The yield and performance of the tool need to be measured, to find out the performance of the tool design that has been made. For this reason, this study aims to conduct a technical test of the tool with variations in the volume of water that will be vaporized differently by measuring the temperature of the kettle and the time the first drop of condensate occurs, the volume of oil, the temperature of the condenser, the yield and the 2 color of the oil. This study used an experimental method by conducting 3 (three) experiments with different boiler water volumes, P1: 15 liters of water, P2: 35 liters of water, and P3: 45 liters of water with 3 (three) replications in each experiment. The research data are presented in the form of graphs and tables. The results showed that the higher the volume of boiler water, the longer the time the first droplet of condensate occurred. At a boiler water volume of 15 liters, the first droplet of condensate occurs at a boiler temperature of 82.56 °C and the time of the first droplet of condensate occurs at the 95th minute, while the volume of boiler water is 35 liters and 45 liters occurs the first droplet of condensate at a boiler temperature of 66.33 °C and 91.33 °C and the time of the first droplet of condensate in the 100 minute and 110 minute. The volume of clove essential oil produced is increasing at a volume of 45 liters of boiler water as much as 6 ml, while the volume of 35 liters of boiler water is 5.3 ml and the volume of boiler water is 15 liters as much as 3 ml. The condenser temperature produced in all three boiler water volume experiments was 10 °C. The highest amendment was found in the volume of boiler water of 45 liters, which was 0.848%, in the volume of boiler water of 35 liters, which was 0.646% and the volume of boiler water of 15 liters, which was 0.621%. The color of the resulting oil is dark brown. Keywords : Essential oil, Clove leaf, Technical test, Steam method
UJI KUALITAS BRIKET SABUT KELAPA SEBAGAI SUMBER ENERGI BIOAMASSA ALTERNATIF E. Kambey; D. Tooy; D. Rumambi
COCOS Vol. 15 No. 1 (2023): EDISI JANUARI-MARET 20223
Publisher : Universitas Sam Ratulangi

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.35791/cocos.v1i1.43000

Abstract

ABSTRACT Indonesia has the potential of abundant natural resources in agriculture such as coconut plantations. The area of coconut plantations in Indonesia reaches 3,728,600 ha. Currently, Indonesian agricultural commodities are well known and their demand is increasing from various countries such as technological developments. Indonesia is able to produce 18.3 million tons of coconut in a year this number can increase from year to year so that Indonesia becomes the largest producer in this industry. In North Sulawesi, coconut yields in 2021 will reach 265,761 tons. North Sulawesi produces a lot of coconut, mostly in the form of copra. Coconut coir is used as a raw material for making charcoal briquettes that are environmentally friendly, easy to obtain and have high economic value. Based on the above, it is felt necessary to conduct research on coco briquettes by looking at the effect of mixing adhesives on the quality of briquettes. So the purpose of testing the water content, calorific value, rate of combustion and flame test of coconut fiber briquettes and starch as adhesives. The lowest air content is in the percentage of 95%: 5%, which is 18.97%, while the highest air content is in the mixing proportion of 90%: 10%, which is 19.56%. The results of the average briquette test showed that the lowest calorific value was 2244,614 cal/g using 5% adhesive, while the highest calorific value was 3225,8648% using 7.5% adhesive. The fastest average burning rate was in the 5% treatment with a time of 0.00126140 (g/s) and the longest burning rate was in the 7.5% treatment with a time of 0.001702662 (g/s). The fastest Self Burning Time is at a mixing proportion of 90%:10% with an initial ignition time of 05 minutes 10 seconds, while the longest Self Burning Time is at a percentage of 95%:5% with an initial ignition time of 06 minutes 08 seconds. The results of the test for boiling 1 liter of water, the sample mixture of 95% coconut coir briquettes: 5% starch takes a long time to boil 1 liter of water, which is 27 minutes 45 seconds. For 90% coconut coir briquette mixture: 10% starch, it takes a little faster, namely 25 minutes 33 seconds. Keywords: Charcoal briquettes, Coco coir, Initial ignition time, Biomass energy
Co-Authors A.A. Ketut Agung Cahyawan W Adhiyanto D. Sinadia Amelia, Putri Arthur G. Pinaria Assa, Jan Rudolf Balikan, Chikita M. Bobby Polii Budiman, Glenn Chevin A.T Unsong Christian M. Sumampouw Christine F Mamuaja Christine Mamuaja D. Ludong D. Pangkerego D. Rumambi Daniel P. M. Ludong Daniel P. M. Ludong Daniel P.M. Ludong David P Rumambi David P. Rumambi David Paul Rumambi Defly I. C. Hansang Deisy Pakiti Denny Saroinsong Dewinta Lantang Diana Marice Jitmau E. Kambey Elsje Pauline Manginsela Eva M. R. Mukuan Fidel C. A. Tendeng Fiyoliyandi Djangu Frangky J. Paat Frans Wenur Freeke Pangkerego Gerson Wohon Grentino Marcelo Durand Handry Rawung Herry F Pinatik Herry F. Pinatik Herry F. Pinatik Herry Frits Pinatik Ireine A. Longdong Ireine A. Longdong Ireine Adriana Longdong Ireine Adriana Longdong Ireine Longdong Islam, Noorul Jantje Pongoh Jeanne Martje Paulus, Jeanne Martje Jhiro Christian Mailool Johanes F. X. Rogi Johanes F. X. Rogi, Johanes F. X. Kahar Drakel Koapaha, T. Koibur, Mayko Edison Kusuma, Samuel D. A. Lady C. Ch. E. Lengkey Lady E. Ch Lengkey Lady Lengkey Laleleh, Sherina Lantang, Dewinta Lengkey, Lady E.Ch. Leo Kalesaran Liwu, Suzanne L. Longdong, Ireine Adriana Lucia Cecilia Mandey Ludong, D. Luther A. Latumakulita Luther Latumakulita Lynda H. Sue Mamuaja, Christine F Mandagi, Franklin Manoppo, Yesica Febriani Maya H. Montolalu, Maya H. Meike C. Kusaly Merywati Maku, Merywati Meylan Kowimbin Mikhael Farly Gahung Mochtar, Juventus Yoel Mona, Frits Montolalu, Maya Montolalu, Maya Hendrietta Mukhlis Mukhlis Nofri Abdul Azis Amiri Nordy Fritsgerald Lucky Waney Novianti Nari Oessoe, Yoakhim Y.E. Paat, Frangky J Paat, Frangky Jessy Pakiti, Deisy Pangkerego Freeke Pangkerego, D. Pinatik, Herry F Pinatik, Herry Frits Pioh, Diane Rantung, Ruland A Rantung, Ruland Aswin Renaldy S Mamangkey Reyfhel H. F. Tagah Rinny Mamarimbing Rinny Mamarimbing Rizaldi Akbar Kaplale Robert Molenaar Ruland A. Rantung Ruland Aswin Rantung Ruland Rantung Rumambi, David P Rumambi, David Paul Samuel D. A. Kusuma Sandra E. Pakasi Sandra Pakasi Sandra Pakasi Selvie Tumbelaka Silvia Lakumani Sofia Wantasen Stefy Wagiu Suzanne L. Liwu Tangkeallo, Sindy C. T. Telinus Yigibalom Teltje Koapaha Tenda, Edwin Tineke Langi Tineke M. Langi Verby N.D. Rumintjap Verby N.D. Rumintjap, Verby N.D. Walangitan, Khesilya E. Waney, Nordy Fritsgerald Lucky Wangko Iwan Marchel Yoakhim Y.E. Oessoe Yosua Kawung