In high-volume frying operations, oil performance directly determines product consistency, operating cost and production stability. When oil quality fluctuates, cook times drift, color becomes uneven, flavors degrade, and teams are forced into reactive decisions that disrupt schedules and increase waste. Maintaining consistent oil chemistry at scale has long been one of the most persistent operational challenges for food processors. DALSORB^® addresses this challenge by treating frying oil not as a consumable that eventually fails, but as a managed system that can be stabilized, measured and controlled over time. Rather than relying solely on mechanical filtration to remove particles, DALSORB^® targets the dissolved degradation compounds that drive oil breakdown, including oxidation byproducts, free fatty acids and polar compounds. By removing these soluble contaminants during filtration, oil chemistry remains stable for longer, preserving frying performance across shifts and production cycles. The impact of this system-level approach is operational consistency. With oil maintained within defined performance ranges, processors experience more predictable heat transfer, uniform cook times, stable color and repeatable flavor profiles. Fewer emergency oil changeouts, less downtime, and reduced variability allow teams to operate with greater control, even in high-throughput environments. This shift from reactive oil replacement to proactive oil management forms the foundation of DALSORB^®’s value to food processors. Extending Oil Life and Improving Efficiency In a busy kitchen or production facility, consistent oil quality means every batch of food cooks evenly, shift after shift. Cooking times stay on track, product appearance remains uniform, and flavor profiles are preserved. When oil begins to degrade, these fundamentals quickly erode, leading to longer cook times, uneven color and compromised taste. DALSORB^® helps prevent this decline by maintaining oil condition as a controlled input to the frying process rather than an unpredictable variable.

As the demand for protein continues to accelerate across the U.S. market, one reality has become clear: it doesn’t matter whether the source is plant-based or animal-based—consumers want more protein. Protein inclusion is now visible across virtually every category, from beverages and snacks to dairy-free alternatives and hybrid meat products. Within this broader protein movement, one crop is emerging as a critical component in the future of food: fava bean. Its ability to improve amino acid profiles in hybrid meat and dairy products makes fava beans an invaluable asset for producers seeking to create more balanced and nutritious options. Importantly, the conversation is shifting from “plant-based protein” to added protein — and from “plant-based dairy” to dairy-free products that deliver comparable protein performance. For U.S. consumers, the benefit is what matters: higher protein content, improved nutrition, better texture, and clean taste. Meelunie, a seasoned supplier of plant-based ingredients, supports this shift by providing manufacturers with consistent access to high-functionality ingredients and dependable supply execution. “With its neutral taste and high versatility, fava bean protein isolate is being integrated into everything from meat substitutes to dairy alternatives and sports nutrition,” says Jan van Vilsteren, Vice President. Expanding Protein Inclusion Across Categories As protein fortification becomes mainstream, fava protein is increasingly being selected not simply because it is plant-based, but because it performs. Its ability to enhance amino acid balance in hybrid meat and dairy-free products makes it particularly valuable in applications where nutritional improvement is the priority. In blended meat systems, fava protein supports stronger protein claims while maintaining desirable texture and moisture retention. In dairy-free yogurts and beverages, it allows manufacturers to increase protein content while p.