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The Simple Guide on How to Clean Oven and Grill

The Simple Guide on How to Clean Oven and Grill

This article emphasizes the importance of regular cleaning and maintenance of commercial ovens and grills in restaurant kitchens to prevent issues such as flavor contamination, performance inefficiencies, and fire hazards. It discusses common problems like grease build-up, carbonized stains, and persistent odors. The article highlights important features to consider in oven and grill cleaners, such as the ability to derust, decarbonize, degrease, and remove protein-based soils. Additionally, it provides a thorough cleaning guide, detailing daily and periodic tasks to maintain these appliances, including specific types of ovens and necessary steps to manage spills and perform detailed cleaning tasks.

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Understanding Alkaline Cleaners Their Function and Effectiveness

Understanding Alkaline Cleaners: Their Function and Effectiveness

Alkaline cleaners, which are formulated with bases such as potassium hydroxide and sodium hydroxide, effectively break down fats, oils, grease, and protein-based deposits. They work through mechanisms such as saponification, emulsification, and solvent action, using components such as phosphates, silicates, and caustic compounds. These cleaners are ideal for heavy-duty industrial cleaning due to their high pH, cost-effectiveness, and environmental friendliness. They also include dispersing agents to prevent redeposition and are compatible with various cleaning equipment and processes.

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Caustic and Non Caustic Alkalis in Industry An Overview

Caustic and Non Caustic Alkalis in Industry: An Overview

Alkalis are solutions that are alkaline or basic in nature. “Caustic” means “able to burn or corrode tissue by chemical action.” By this definition, you can understand that caustic alkalis are stronger. On the contrary, non-caustic alkalis have the same alkaline properties but at a much lower intensity. Because of the difference in intensity between caustic and non-caustic alkalis, they have different applications and uses. Learn to differentiate between them with examples and develop a deeper understanding of their applications.

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understanding the formation of carcinogens in foods

Understanding Formation of Carcinogens In Foods

The heat applied during cooking gives rise to the formation of carcinogens, including Heterocyclic Amines (HCAs), Polycyclic Aromatic Hydrocarbons (PAHs), Advanced Glycation End products (AGEs), and Acrylamides, which have been associated with increased risk of cancer.

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