Hafiz Feed is a feed product produced through product probiotic fermentation of organic agricultural waste. The research and development of this product were done by Universiti Malaysia Sabah, and it has been shown to provide nutritional benefits for ruminants, ultimately increasing meat production in Sabah. Overall, hafiz Feed has the potential to be a game-changer in the livestock industry by providing a sustainable and efficient source of feed for ruminants.
Meat shortages are a significant problem in many rgions, including Sabah. Hafiz Feed can address this problem. However, its adoption may be hindered by lack of awareness of its potential to recycle agricultural waste.
1) Probiotic Fermentation Process
The probiotic fermentation process used to produce Hafiz Feed involves beneficial microorganisms breaking down organic agricultural waste into nutrient-rich feed for livestock, using a bioreactor for optimal growth conditions. hafiz Feed is a high-quality feed that's nutrient-rich and contains beneficial microorganisms, making it an ideal choice for improving ruminants' health and productivity.
2) Nutrient Content Probiotic
Fermentation of organic agricultural waste produces feed products rich in nutrients that are easily absorbed by ruminants. hafiz Feed is an example of such feed and has high protein, fiber, and other essential nutrients that improve the overall health and productivity of the animals.
3) Sustainability Feed
Products produced through probiotic fermentation of organic agricultural waste are sustainable and offer environmental benefits by recycling waste into valuable feed, reducing waste production and environmental impact of lifestock farming. probiotic microorganisms in the fermentation process improve soil health and reduce the need for chemical fertilizers, enhancing the sustainability of this technology.
Hafiz Feez offers a sustainable and efficient source of feed for ruminants with high nutrient content, appetizing smeel, and improved digestibility. Its production process recycles agricultural waste, reduces environmental impact, and enhances soil health, providing a competitive advantage over traditional feed sources.