Alergia ao cacau e sustentabilidade: explorando alternativas na produção de chocolate

Abstract

Traditional chocolate production relies heavily on cocoa, a widely consumed ingredient that presents challenges such as food allergies, environmental impacts, and social issues related to its cultivation. Cocoa allergy, although rare, can cause serious adverse reactions, limiting the consumption of chocolate by people who are sensitive to the compound. In addition, cocoa production faces challenges such as deforestation, labor exploitation, and price fluctuations due to high demand and climate vulnerability. Given this scenario, there is a growing need for alternatives that guarantee a safe product for allergy sufferers, while reducing environmental impacts and promoting greater accessibility to chocolate. The main objective of this study is to analyze the feasibility of replacing cocoa in chocolate production with alternative raw materials that allow consumption by people with allergies. In addition, it seeks to evaluate how these alternatives can maintain the sensory, nutritional, and physical-chemical characteristics of traditional chocolate, ensuring a quality product without compromising its acceptance by the consumer. The research adopts a literature review approach, analyzing academic and scientific studies available in databases such as SciELO and Google Scholar. Articles published in the last ten years that deal with the replacement of cocoa and cocoa butter with alternative ingredients were selected. The inclusion criteria considered research that addressed the nutritional composition, physical-chemical properties, sensory acceptance and environmental impacts of cocoa substitutes. The review identified several ingredients that can replace cocoa in the production of chocolates. Carob has a flavor and color similar to cocoa, in addition to not containing caffeine and theobromine, potentially allergenic substances. When roasted, jackfruit seeds release volatile compounds that imitate the aroma of chocolate, making them a viable alternative for flavoring. Mango seed fat has physical-chemical properties similar to those of cocoa butter, ensuring an adequate texture and consistency for chocolate. In addition, the study points out that the consumption of traditional chocolate can bring nutritional challenges, such as high sugar and fat content, which reinforces the need for healthier alternatives. The research also highlights that replacing cocoa can reduce pressure on intensive cultivation of the plant, promoting more sustainable and fair practices in the chocolate production chain. The analysis suggests that replacing cocoa in chocolate production is viable from a nutritional, environmental and economic point of view. The substitutes analyzed have compatible sensory characteristics, making it possible to formulate cocoa-free chocolates that meet the needs of allergy sufferers and contribute to more sustainable production. However, challenges such as consumer acceptance and economic viability still require further research. The adoption of sensory tests and market studies can help improve formulations and consolidate these alternatives in the sector. Thus, the production of cocoa-free chocolates emerges as an innovative and necessary solution, capable of serving a specific audience and promoting positive impacts for the industry and the environment.