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"Cocoa butter substitute (CBS) merupakan pengganti lemak kakao. Penelitian ini dilakukan untuk memformulasi cokelat dark dan cokelat white berbahan CBS. Formulasi cokelat dark dilakukan dengan memvariasikan CBS (25, 30, 35, 40%), gula (39,8; 44,8; 49,8; 54,8%) dan kakao bubuk (10, 20, 30, 40%). Formulasi cokelat white dilakukan dengan memvariasikan CBS (25, 30, 35, 40%), gula (29,8; 34,8; 39,8; 44,8%) dan susu (20, 25, 30, 35%). Cokelat dianalisa kadar air, kadar lemak, titik leleh, komposisi asam lemak, kandungan lemak padat dan uji organoleptik. Kadar air dan titik leleh lemak tidak berbeda nyata pada setiap formula cokelat dark, hal yang sama pada cokelat white. Kadar lemak pada cokelat meningkat seiring peningkatan jumlah CBS dan susu. Semakin banyak CBS meningkatkan asam laurat dan miristat sedangkan asam palmitat, stearat dan oleat menurun. Perbedaan komposisi asam lemak menyebabkan kandungan lemak padat juga berbeda. Formula terbaik pembuatan cokelat dark adalah CBS 40 %, gula 29,8 %, dan kakao bubuk 30 %, sedangkan cokelat white adalah CBS 35%, gula 34,8 %, dan susu 30%. Pada formula-formula tersebut, cokelat disukai oleh panelis."

"Palm oil is produced from the mesocarp part of the oil palm fruit (Elaeis guineensis Jacq.), contains balanced saturated fatty acids (47.8-55.2%) and unsaturated fatty acids (43.1-53.8%), and is semi-solid at room temperature with a melting point of 33.0-39.0 °C. About 80%, palm oil is applied to food products. In food products, palm oil needs to be purified through a refining process to remove free fatty acids, water, and impurities. Palm oil can be fractionated based on differences in melting points to produce palm olein fraction and palm stearin fraction with yields of about 70- 80% and 20-30%, respectively. Food products produced from palm oil and its fractions include cooking oil, vanaspati, shortening, margarine, cocoa butter equivalent, and human milk fat substitute. These food products are produced by modifying the physicochemical characteristics of palm oil and its fractions through blending, hydrogenation, and interesterification processes. The challenge for the palm oil industry in the future is to produce products that are low in contaminants such as 3- monochloropropane-1,2-diol and glycidyl esters, trans-fat free, and products that have high functional and nutritional value, such as structured lipids. Improving the quality and developing diversification of palm oil-based food products will encourage the sustainability of the palm oil industry in Indonesia"