French fries production line

HOW TO MAKE SUGARCANE BAGASSE PELLETS What is Sugarcane Bagasse? Bagassse is a tree-free, renewable resource made from sugarcane fiber left after juice is extracted.  A typical chemical analysis on a washed and dried basis of bagasse might be: Cellulose 45–55% Hemicellulose 20–25% Lignin 18–24% Ash 1–4% Waxes <1% sugar-cane-bagasse Why Use Sugarcane Bagasse Pellets? There are a lot of sugar factories in southeast Asia, plenty of sugarcane are produced after being extracted. For each 10 tonnes of sugarcane crushed, a sugar factory produces nearly 3 tonnes of wet bagasse. Most of the factories have no idea with how to deal with the material, massive waste materials take space of the plant. Few factories burn the bagasse fiber as fuel, when burned in quantity, it produces sufficient heat energy to supply all the needs of a typical sugar factory. The rest of the bagasse can be processed to biomass pellets and exported to other countries as fuel, which bring the factor

Market Demand for Rice Husk Pellets is Increasing Rice husk pellet is a kind of biomass material pellet. It is made of rice husk or rice hull, which is the outer layer of the paddy grain. Rice husk is with deficiencies of soft, light and low in caloricity. After pressed by the biofuel pellet mill, rice husk has become the high caloricity biofuel pellets -- rice husk pellets. Vietnam and Malaysia are famous for the planting of rice. Rice husk is the main by-products for rice processing industries. With the increasing demand for alternative fuel resources, rice husk pellets is on hot sale in southeast Asia now. rice-husk-pellets-processing General Specifications of Rice Husk Pellets Total moisture=10% max Ash content=13.0% max Sulfur content=0.05% max Diameter of product=8 - 10mm Length of product=10 - 50mm Gross calorific value=4108kcal/kg Broad Application for Rice Husk Pellets *coal-fuel power plant *biomass power plant *industrial boiler *animal bedding *home heati

Hot selling cattle rabbit pig chicken feed pellet making machine for sale rabbit feed pellet machine  of SZLH series is your best choice for processing such kinds of cereals as corn, wheat, soybean and coarse fiber materials as grass, crop stalk, peanut shell and grass etc as well as some additives as molasses, vegetable oil and vitamins etc into all kinds of feed pellets for livestock, poultry and aquatic animals. The pellets are nutritional and easy to store and transport which greatly improve the efficiency of the cultivation industry. rabbit feed pellet machine is patented products with unique design by Shandong Double Crane Machinery Manufacturer Co., Ltd.. It’s die mold is made of stainless steel or alloy steel for your choice. It has the characteristics of low cost, reasonable structure, compact layout, reliable performance and easy maintenance. 1.Features and Advantages 1). Driven by variable frequency motor, the feeder can be adjusted automatically within a certain scop

Pelleting is one of the most important impacting factors to pellet appearance performance. In fact, it is the configuration, installation and operation of main working parts that influence the appearance characters. Here we bring some experiences and suggestions abstracted from successful production practices in our customers' feed mills on the dies, rolls and cutters for shrimp feed pelleting. Ring dies specialized for shrimp feed production usually made with φ1.6 or φ1.8 holes and a compression ratio of 1:20~25. The larger the compression ratio, the better the pellet appearance, bulk density, hardness and water stability. However, it also consumes more power and brings the risk of machine blockage. Some shrimp feed formula may include corrosive ingredients if conditioned under high temperature, so it is better to employ ring dies made of stainless steel. In the manufacturing of ring die, it is inevitable that burr and oxide layer exist on the inner surface of the thin die holes

How Pellet Mill Affects Your Feed Quality Pelleting has a long history since it was introduced into feed processing, which could be dated back to 1920. Today, feed pelletizing is widely used for its nutritional benefits and physical benefits such as, easy handling, ingredient segregation reduction, feed wastage reduction, and high bulk density. According to C.R. Strark’s study, the influence of the mentioned factors are feed ingredient formulation, particle size, conditioning and die specifications are the main factors that influence feed pellets quality, shown in percentage in the following picture. According to his study, it is known that feed pellet quality is largely affected by formulation 25%, conditioning 15%, particle size 20%, cooling 5%, die specification and throughput 20%. Among them, factors concerning feed mill are condition, particle size, cooling, and die specification and throughput which take about 75 % all together. Therefore, how a feed pellet mill affect y