Formulation Of Grower-Stage Broiler Chicken Feeds From Locally Available Materials Via Linear Programming Approach

Abstract

Introduction: The poultry industry plays a vital role in fulfilling global protein demands, particularly through broiler chicken production.

Objectives: This study focuses on optimizing the formulation of grower-stage chicken feeds using linear programming techniques.

Methods: The goal is to maximize nutritional content while minimizing costs, emphasizing the use of locally available materials near Jasaan, Misamis Oriental. This approach illustrates the effective utilization of local resources to create a cost-efficient and nutritionally balanced feed, crucial for sustainable chicken production.

Results: Fourteen local feed ingredients were identified for the formulation. Using Excel Solver, the study determined an optimal feed composition that costs Php 28.19 per kilogram, consisting of 0.58 yellow maize, 0.024 snail shell, 0.08 molasses, 0.184 rice bran, and 0.163 potatoes per kilogram.

Conclusion: The findings underscore the importance of strategic ingredient selection. Future research should explore additional local ingredients and consider factors such as feed palatability, broiler weight, health status, and production goals to further diversify poultry feed options.