This technology involves drying minced garlic, onion, and red pepper, then processing them through coarse, fine, and ultra-fine grinding to reach a particle size of 20μm or less. The resulting powder is sifted, stirred, and mixed with sugar, water, and soy sauce. The three powders are blended in a weight ratio of 1:0.5–2:0.5–2.
Marinades for grilled or stir-fried meats typically contain red pepper, onion, and garlic. Large particles of these ingredients burn easily during cooking, ruining the dish's appearance and creating harmful substances. Benzopyrene, in particular, is a Group 1 carcinogen classified by the IARC. Previous efforts to address this have been limited, focusing mostly on passive measures like low-temperature cooking rather than reducing the charring of the sauce itself.
This technology uses a multi-stage process: drying ingredients to under 10% moisture, coarse grinding to over 100μm, fine grinding to 20–100μm using a high-speed centrifugal mill, and ultra-fine grinding to 20μm or less via jet mill. Smaller particles ensure even heat distribution, significantly reducing charring compared to sauces with standard powders. Applicable to BBQ marinades, HMR stir-fry sauces, and franchise standards, it prevents blackening, preserves the dish's color, and lowers concerns regarding carcinogens from burnt sauce.
This invention was developed with support from the Ministry of SMEs and Startups for the development of high-value seafood sauces using microbiome analysis-based customized natural antimicrobial materials and ultra-fine flavor materials.
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