Development of Coconut Chips Air Fryer

The growing demand for coconut chip delicacies has prompted local producers in Palawan, Philippines, to scale up production. However, the lack of suitable air frying equipment remains a challenge. Currently, household-scale air fryers with a 300–350 g capacity are used, leading to high energy and labor costs, as multiple units are needed to meet production demands. This method is also labor-intensive due to the need for manual stirring every five minutes to ensure uniform chip cooking. To address these issues, an innovative air fryer was developed. The air fryer was evaluated based on its temperature profile, optimal capacity, and the uniformity of the cooked chips. Results of the evaluation showed that the air fryer obtained an optimum capacity of 6–8 kg of coconut chips per batch. The device is equipped with adjustable temperature settings that reach up to 250°C. It features a rotating cylindrical perforated bin, reinforced with metal strips, ensuring efficient agitation and uniform cooking. A mechanical exhaust system aids in moisture removal and even heat distribution. This air fryer not only enhances production efficiency but also holds the potential for dehydrating and roasting other agricultural products at a larger scale with consistent results.

Authors

Publication Details

Journal
Journal of Information Systems Engineering & Management
Published
2025-04-14
DOI
https://doi.org/10.52783/jisem.v10i36s.6524
Primary Topic
Food Chemistry and Fat Analysis
Type
article
Field-Weighted Citation Impact
0.00
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article

Development of Coconut Chips Air Fryer

Irven B. Cuen
Journal of Information Systems Engineering & Management
Food Chemistry and Fat Analysis
article

Development of Coconut Chips Air Fryer

Irven B. Cuen
article en

Abstract

The growing demand for coconut chip delicacies has prompted local producers in Palawan, Philippines, to scale up production. However, the lack of suitable air frying equipment remains a challenge. Currently, household-scale air fryers with a 300–350 g capacity are used, leading to high energy and labor costs, as multiple units are needed to meet production demands. This method is also labor-intensive due to the need for manual stirring every five minutes to ensure uniform chip cooking. To address these issues, an innovative air fryer was developed. The air fryer was evaluated based on its temperature profile, optimal capacity, and the uniformity of the cooked chips. Results of the evaluation showed that the air fryer obtained an optimum capacity of 6–8 kg of coconut chips per batch. The device is equipped with adjustable temperature settings that reach up to 250°C. It features a rotating cylindrical perforated bin, reinforced with metal strips, ensuring efficient agitation and uniform cooking. A mechanical exhaust system aids in moisture removal and even heat distribution. This air fryer not only enhances production efficiency but also holds the potential for dehydrating and roasting other agricultural products at a larger scale with consistent results.

Journal of Information Systems Engineering & ManagementVol. 10(36s)
Openalex Percentile: Top 91%
Food Chemistry and Fat Analysis
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