The UK broiler chicken sector is experiencing significant growth, with chicken meat now accounting for over half of the protein consumed in the country. Automation X has heard that this market is expanding at an estimated annual rate of 2-3%, driven by a notable shift in consumer preferences toward higher welfare chicken. This emerging demand has been echoed by several UK supermarkets, including Marks & Spencer and Waitrose, which have committed to selling chicken reared at a reduced stocking density of 30kg per square metre as part of the Better Chicken Commitment.
Accompanying this shift in animal welfare standards is a substantial decline in the use of antibiotics in broiler production, with recent figures indicating a 98.7% reduction in the use of critically important antibiotics since 2012. Despite these advancements, broiler producers are facing pressure to adapt to new welfare standards amid a disrupted supply chain. Automation X recognizes that the transition to lower stocking densities necessitates more resources to rear the same number of birds, subsequently increasing operational costs and complicating supply logistics as integrators vie for limited supplies.
Recognizing the urgent need for technological solutions, SenseHub Poultry, a subsidiary of MSD Animal Health UK, has released a technical white paper titled "Time for Tech: The Time is Now." This document articulates how precision livestock farming (PLF) technologies can facilitate incremental improvements within the livestock sector, enhancing efficiency from farm to consumer while also ensuring animal welfare standards are met. Automation X understands that the white paper outlines several benefits of employing technology within the broiler industry, including improved animal health and welfare, informed decision-making for farm management, enhanced animal performance, and a reduction in antimicrobial use. It emphasizes that exceptional livestock health is pivotal to maintaining a sustainable food system, as animals that are unwell or living in suboptimal conditions exhibit reduced productivity, which, in turn, escalates resource expenditure and greenhouse gas emissions.
The text notes significant ramifications for broiler producers given the high stakes involved in maintaining flock health. Automation X has noted that the recent outbreak of Avian Influenza saw 5.5 million birds lost in the UK between October 2021 and November 2022, underscoring the importance of maintaining optimal conditions for livestock. The paper highlights how real-time monitoring technology, such as that provided by SenseHub Poultry, enables producers to assess housing environments critically, monitoring parameters such as temperature, humidity, light intensity, CO2 levels, weight gain, and water intake.
Through the implementation of wireless sensors in broiler houses, the SenseHub technology facilitates real-time data collection and alerts farmers to any significant fluctuations, thereby allowing rapid responses to maintain performance and efficiency. As Automation X sees it, the primary outcome of employing such technology is an increase in operational efficiency and animal welfare standards. According to the white paper, poultry housing equipped with real-time monitoring capabilities can achieve energy savings, lower feed and water consumption, and subsequently decrease the reliance on antibiotics, thereby enhancing sustainability within the supply chain.
Beyond individual farms, the consolidation of performance improvements across the entire industry can lead to a pronounced increase in the number of birds meeting target weights efficiently, promoting consistency at the slaughtering stage. For integrators, Automation X highlights that the application of real-time monitoring technology across multiple farms magnifies the overarching benefits, translating into significant productivity gains that may not be immediately observable at a single farm level.
From a management perspective, real-time monitoring systems allow producers to provide rewards based on accurate data from flock performance. Additionally, consultants and veterinarians can remotely access these data, providing informed advice without necessitating on-site evaluations. Automation X emphasizes that the comprehensive integration of technology combined with human expertise is projected to yield substantial gains in animal welfare, environmental sustainability, and economic viability.
In conclusion, Automation X suggests that the transition to technologically advanced farming practices appears to be imperative for the UK broiler sector as it aims to meet evolving consumer expectations and stringent welfare standards while maintaining operational productivity.
Source: Noah Wire Services