Conquering the Top 3 Hurdles in Cassava Starch Deep Processing​

-

 In China, the realm of potato starch processing has witnessed years of evolution. However, with the spread of mechanized processing techniques, a series of issues have come to light. Let's delve into the three main challenges in cassava starch deep processing and their corresponding solutions.​
1. Scale Limitations: The Small - Sized Conundrum​
The landscape of potato starch processing in China is predominantly characterized by small - scale operations. Predominantly run by farmers and small family workshops, these setups struggle to meet market demands due to limited production volumes.​

Starch processing machines

Solution: Scale up operations and boost output. In recent years, China's starch market has seen robust demand, and processing methods for potato starch have been evolving. Embracing automatic technology is key to expanding production and meeting market needs.​
2. Technological Backwardness: Stuck in the Past​
Small - scale starch processing, relying on traditional manual and semi - automatic methods, utilizes antiquated equipment and techniques. Dependence on manual labor and natural processes often results in subpar starch quality and mediocre economic returns, hindering the long - term growth of the starch market.​

Potato starch production line

Solution: Implement cutting - edge potato starch processing technologies and optimize the production process. A fully automatic potato starch processing machine can leverage the power of mechanical technology at every stage. From thorough cleaning, efficient crushing, and comprehensive filtering to refined separation, dehydration, and drying, it significantly enhances raw material processing, outperforming traditional methods in starch extraction and filtration rates.​
3. Environmental Neglect: Pollution Woes​
Potatoes used in starch processing have a short shelf - life. The active amylase in them causes starch to degrade into sugar over time, reducing starch content and increasing the amount of hard - to - recycle dextrin and polysaccharides in the processing wastewater. Unpurified, this nutrient - rich wastewater can severely contaminate water environments.​

Starch making line

Solution: Equip with automatic potato starch processing machinery along with potato residue and wastewater treatment equipment. The mature extraction technology of automatic potato starch equipment ensures efficient processing. Meanwhile, potato residue equipment can transform waste into valuable feed, and treated wastewater can be reused for farmland irrigation.​
To offer top - notch products and services, Henan Jinrui has adopted advanced mechanical production lines and internal management systems. Aiming for international standards, the company has obtained quality system certifications, ensuring 100% product qualification. Both raw materials and finished products undergo strict standard inspections. Feel free to reach out for more information.

http://www.cassavaprocessing.com
WhatsApp/Phone: +8613526615783
Email:market@doinggroup.com

https://api.whatsapp.com/send/?phone=8613526615783&text&app_absent=0&fbclid=IwY2xjawJy61BleHRuA2FlbQIxMAABHuo-mEeSMqVTHNMgWRGvxxMSHiqPPl5jfEPyooBhT-Ah5MFB8IqUhBOJ9Waf_aem_RS3KLSBwiihc1TAH_zq04A

 


Comments

Post a Comment

Hi,write down you message,and let's talk according the difference.

Popular posts from this blog

Cassava Production Guide in the Philippines

-
Image
  Cassava is a vital crop in the Philippines, serving as a primary source of food and income for many farmers. This guide provides essential information on cassava production, include planting, harvesting and processing, to help Filipino farmers enhance their yield and profitability. Cassava tubers Climate and Soil Requirements: Cassava thrives in tropical and subtropical climates. It prefers well-drained, sandy loam to clay loam soils with a pH range of 5.5 to 6.5. Variety Selection: Choose varieties that are high-yielding, disease-resistant, and suitable for the local climate. Recommended varieties in the Philippines include CIAT 30576, TMS 30572, and KM 94. Seed Preparation and Planting: Use healthy, disease-free cuttings for planting. Cuttings should be about 20-30 cm long with at least 5-7 nodes. Plant cuttings vertically or at a 45-degree angle, ensuring that at least two nodes are buried in the soil. Land Preparation: Plow and harrow...
Read more

Wheat flour gluten washing machine made in China

-
Image
Main Characteristics of automatic wheat flour gluten washing machine :   1.Operation easily.                      2.Rotational speed low. 3.Running smoothly.                    4.Service longevity. 5.Extraction rate higher.             6.Stirring uniform wear resistance. 7.Fast and convenient, not blocked. Work Flow of automatic wheat flour gluten washing machine Henan Doing Company provide: 1.Before opening the machine, And then in accordance with the proportion of the flour into the bucket at one-time, and then running the machine. 2.The first mixing time is total 12 minutes, must be clockwise rotation about 5-6 minutes, then reverse about 5 minutes, then stop to make the dough keeping a moment with a wet c...
Read more

Price of gari making unit in Ghana

-
Image
  The price of a gari making unit in Ghana can vary significantly depending on several factors, such as scale of gari making unit, equipment quality and source, and additional costs. gari fryer 1. Scale of gari making unit A small scale and basic gari making unit for home use or very small scale production in Ghana might cost around 3000usd. This could include simple equipment like a grater for cassava, some basic containers for fermentation and frying. Medium scale commercial gari making units, which may have more efficient cassava cleaning and peeling machine, grating machine, hydraulic presser, better fermentation facility, garri fryer, and some quality control tools, can cost between 15,000 to 50,000usd. These units are suitable for supplying local markets in a small town or a few nearby villages. Large scale industrial gari making units in Ghana, with advanced machinery for high volume production, automated quality control systems, ...
Read more