Quality Iteration: From Raw Material Processing to Value Refinement Traditional hydrolysis equipment can only achieve preliminary processing of feathers, resulting in low product utilization, whereas the Sunrise Hydrolyzer accomplishes the key leap from ‘raw material processing’ to ‘value refinement.’ By optimizing the high-temperature and high-pressure hydrolysis process, the equipment breaks down feather proteins into small
This guide explains the differences between continuous and batch rendering processes, including capacity, efficiency, automation, and cost, helping plants choose the right system.
This guide explains how exhaust abatement systems in rendering plants remove odors, vapors, and contaminants to improve compliance and plant operation.
When African swine fever (ASF) struck 28 provinces and cities in Vietnam, resulting in the culling of over 100,000 pigs, the stench of dead pig carcasses floating in rivers, and the unnoticed supply of diseased pork on the black market. This seemingly virus-induced crisis exposed a crucial and often overlooked aspect of the livestock industry:
In cattle farm operations, the handling of dead cattle is crucial for disease prevention and control, environmental compliance, and economic profitability. As a specialist in harmless disposal equipment and resource utilization for dead livestock and poultry, SunRise, drawing on practical experience, has condensed dead cattle handling into five core steps to help cattle farms efficiently
1.Disease prevention and control: a vital biosafety barrier Unprocessed animal waste poses a serious disease risk – for example, the African swine fever virus can survive for weeks in dead pigs, posing a serious threat to the regional livestock industry.Sunrise’s drying and chemical processing technology uses high temperatures above 140°C and a pressure of 0.5MPa,
Feather waste from the slaughtering process, although seemingly useless, can be resourced in a number of ways as its main component is keratin (a tough protein). For example, feather hydrolysis technology can be used to convert feathers into animal protein – hydrolyzed feather meal, which can be used as animal feed, organic fertilizer, industrial raw
In the dynamic world of animal fat processing, our oil screw press emerges as a game – changing solution, this high – performance equipment is designed to extract high – quality animal fats with remarkable efficiency and reliability. Robust Design for Optimal Performance Our oil screw press features a rugged construction, built with heavy –
DESCRIPTION: The environmentally sound treatment of sick and dead animals and poultry is an important measure to ensure food safety and environmental health. This paper provides insights into the importance of this process, the methods of implementation and its positive impact on ecology and public health. Main article: The importance of harmless treatment of sick
When animals fall ill or die, they often carry a large number of pathogenic bacteria or viruses, which not only cause serious environmental pollution, but also are very likely to cause repeated cross-infections within the farm, or even produce major animal epidemics, thus jeopardizing the safety of animal husbandry production. At present, many small and
The treatment of slaughter waste (RENDERING PLANT) is an important issue of environmental protection and economic development. This paper systematically describes the effective treatment methods of slaughtering waste from the perspective of environmental protection and benefit, and provides practical reference for industry practitioners. In the rapid development of the modern farming and slaughtering industry, the
Senrong environmental protection slaughter waste harmless treatment meat and bone meal production equipment, using advanced technology, optimizes the resource recovery and waste treatment in the breeding industry, not only can effectively solve the problem of animal waste, but also provide environmentally friendly and efficient production solutions for the breeding industry, to promote the development of
