Javascript must be enabled to continue!
Characteristics Of Corn Drying Using Small Scale Dome Type Dryer
View through CrossRef
This study aims to measure drying temperature, relative humidity (RH), moisture content, and drying rate versus time in small-scale dome-type dryers. The results of research on drying corn using a small-scale dome-type dryer The average air temperature on the first day of the experiment was 43.7⁰C, and on the second day was 42.8⁰C. First 2 days experiment 34⁰C, the second day 37.4⁰C third day 42.1⁰C. The average air humidity on the first 1-day experiment was 38%, and the second day was 41%. On the first 2 days of the experiment, the average air humidity was 38%, on the second day was 38%, and on the third day was 36%. The water content during the drying process of corn without husks and corn husks in experiment 1 averaged the initial moisture content of corn without husks at 22.7% and corn husks at 22.5%. Experiment 2 averaged the initial moisture content of corn without husks at 29.7% and corn husks at 30.5%. Experiment 1 with a drying time of 16 hours and experiment 2 20 hours with an average final content of 13-14%. The average drying rate in experiment 1 of corn without husk was 1.46%/hour, corn with husk was 1.15%/hour, and in the second experiment the average drying rate of corn without husk was 1.08%/hour, corn with husk was 1.00%/hour.
Keywords: Corn Drying, Small Scale Dome.
Abstrak
Penelitian ini bertujuan untuk mengukur suhu pengeringan, kelembaban relative (RH), kadar air, serta laju pengeringan terhadap waktu pada alat pengering tipe dome skala kecil. Hasil dari penelitian pengeringan jagung menggunakan alat pengering tipe dome skala kecil Suhu udara alat rata-rata pada percobaan 1 hari pertama 43,7⁰C, hari kedua 42,8⁰C. Percobaan 2 hari pertama 34⁰C, hari kedua 37,4⁰C hari ketiga 42,1⁰C. Kelembaban udara rata-rata pada percobaan 1 hari pertama 38%, hari kedua 41%. Percobaan 2 hari pertama kelembaban udara rata-rata 38%, hari kedua 38%, dan hari ketiga 36%. Kadar air selama proses pengeringan jagung tanpa klobot dan jagung klobot percobaan 1 rata-rata kadar air awal jagung tanpa klobot 22,7% dan jagung klobot 22.5%. Percobaan 2 rata-rata kadar air awal jagung tanpa klobot 29,7% dan jagung klobot 30,5%. Percobaan 1 dengan lama pengeringan 16 jam dan percobaan 2 20 jam dengan rata-rata kadar akhir 13-14%. Laju pengeringan rata-rata pada percobaan 1 jagung tanpa klobot sebesar 1,46%/jam, jagung klobot 1,15%/jam, dan percobaan kedua rata-rata laju pengeringan jagung tanpa klobot yaitu 1,08%/jam, jagung klobot yaitu 1,00%/jam.
Kata Kunci : Pengeringan Jagung, Dome Skala Kecil
Universitas Sam Ratulangi
Title: Characteristics Of Corn Drying Using Small Scale Dome Type Dryer
Description:
This study aims to measure drying temperature, relative humidity (RH), moisture content, and drying rate versus time in small-scale dome-type dryers.
The results of research on drying corn using a small-scale dome-type dryer The average air temperature on the first day of the experiment was 43.
7⁰C, and on the second day was 42.
8⁰C.
First 2 days experiment 34⁰C, the second day 37.
4⁰C third day 42.
1⁰C.
The average air humidity on the first 1-day experiment was 38%, and the second day was 41%.
On the first 2 days of the experiment, the average air humidity was 38%, on the second day was 38%, and on the third day was 36%.
The water content during the drying process of corn without husks and corn husks in experiment 1 averaged the initial moisture content of corn without husks at 22.
7% and corn husks at 22.
5%.
Experiment 2 averaged the initial moisture content of corn without husks at 29.
7% and corn husks at 30.
5%.
Experiment 1 with a drying time of 16 hours and experiment 2 20 hours with an average final content of 13-14%.
The average drying rate in experiment 1 of corn without husk was 1.
46%/hour, corn with husk was 1.
15%/hour, and in the second experiment the average drying rate of corn without husk was 1.
08%/hour, corn with husk was 1.
00%/hour.
Keywords: Corn Drying, Small Scale Dome.
Abstrak
Penelitian ini bertujuan untuk mengukur suhu pengeringan, kelembaban relative (RH), kadar air, serta laju pengeringan terhadap waktu pada alat pengering tipe dome skala kecil.
Hasil dari penelitian pengeringan jagung menggunakan alat pengering tipe dome skala kecil Suhu udara alat rata-rata pada percobaan 1 hari pertama 43,7⁰C, hari kedua 42,8⁰C.
Percobaan 2 hari pertama 34⁰C, hari kedua 37,4⁰C hari ketiga 42,1⁰C.
Kelembaban udara rata-rata pada percobaan 1 hari pertama 38%, hari kedua 41%.
Percobaan 2 hari pertama kelembaban udara rata-rata 38%, hari kedua 38%, dan hari ketiga 36%.
Kadar air selama proses pengeringan jagung tanpa klobot dan jagung klobot percobaan 1 rata-rata kadar air awal jagung tanpa klobot 22,7% dan jagung klobot 22.
5%.
Percobaan 2 rata-rata kadar air awal jagung tanpa klobot 29,7% dan jagung klobot 30,5%.
Percobaan 1 dengan lama pengeringan 16 jam dan percobaan 2 20 jam dengan rata-rata kadar akhir 13-14%.
Laju pengeringan rata-rata pada percobaan 1 jagung tanpa klobot sebesar 1,46%/jam, jagung klobot 1,15%/jam, dan percobaan kedua rata-rata laju pengeringan jagung tanpa klobot yaitu 1,08%/jam, jagung klobot yaitu 1,00%/jam.
Kata Kunci : Pengeringan Jagung, Dome Skala Kecil.
Related Results
Development and improvement of artificial diets for larvae of Diabrotica species using multidimensional design space techniques
Development and improvement of artificial diets for larvae of Diabrotica species using multidimensional design space techniques
The western corn rootworm (Coleoptera: Chrysomelidae; Diabrotica virgifera virgifera LeConte) and the northern corn rootworm (Coleoptera: Chrysomelidae; Diabrotica barberi Smith an...
KARAKTERISTIK PENGERINGAN BIJI PINANG MENGGUNAKAN EXPERIMENTAL DRYER
KARAKTERISTIK PENGERINGAN BIJI PINANG MENGGUNAKAN EXPERIMENTAL DRYER
Abstract
Areca nut seeds at harvest generally have a high water content, so to reduce the water content of betel nuts, namely drying or drying the betel nuts, they must be dr...
Recent developments in tomato drying techniques: A comprehensive review
Recent developments in tomato drying techniques: A comprehensive review
AbstractTomatoes, a highly perishable agricultural product, are commonly dried to extend their shelf life. They serve as raw materials in various domains, including direct consumpt...
Tephra deposits associated with silicic domes and lava flows
Tephra deposits associated with silicic domes and lava flows
Most phases of silicic lava dome growth have some associated explosive activity. Tephra produced during this activity have depositional characteristics, grain sizes, and grain shap...
Design, Development and Evaluation of Seaweed Drying Technology for Village Level Operation
Design, Development and Evaluation of Seaweed Drying Technology for Village Level Operation
A solar-type seaweed dryer was designed and developed to answer the needs of Filipino seaweed farmers for efficient and reliable drying technology. Through extensive baseline commu...
Modifikasi Model Rak Alat Pengering Tipe Hybrid Pada Pengeringan Ikan Keumamah
Modifikasi Model Rak Alat Pengering Tipe Hybrid Pada Pengeringan Ikan Keumamah
Abstrak. Pengeringan hybrid merupakan pengeringan yang menggunakan dua atau lebih sumber energi untuk proses penguapan air. Teknologi ini merupakan alternatif teknologi untuk penge...
Association between low drying temperature and ozonation process to control pest and preserve the maize quality
Association between low drying temperature and ozonation process to control pest and preserve the maize quality
Maize is one of the cereals major produced for its nutritional and energy characteristics and that has become one of the most cultivated crop in the world. To maintain high quality...
Continuous process wood veneer dryer
Continuous process wood veneer dryer
To study the effects and relations of parameters to the drying rate of veneer to be dried by continuous dryer and also to study the advantages of continuous dryer over the conventi...

