The starch industry is expanding beyond conventional food and industrial applications into higher-value sectors such as bio-based materials, functional carbohydrates, and precision nutrition. However, for many starch processors, upgrading production capabilities remains a challenge. As end-product requirements evolve, outdated processing equipment and inflexible production lines can limit efficiency, product quality, and the ability to enter new markets.

In an increasingly competitive market where capacity alone is no longer a decisive advantage, manufacturers must focus on reducing overall production costs, improving extraction efficiency and product purity, and building the flexibility to accommodate new product requirements.

This raises an important question: What should manufacturers look for when selecting a starch processing equipment supplier?

With more than 20 years of engineering experience in starch processing and its derivatives, Myande Group provides integrated engineering solutions designed to improve production efficiency, support technological advancement, and enhance long-term operational performance.

Integrated Engineering Solutions: From Process Design to Plant Operation

For starch processors, building or upgrading a production line involves much more than purchasing individual machines. It requires coordinated process engineering, equipment manufacturing, installation, commissioning, and long-term operational support.

Common challenges include coordination among multiple suppliers, incompatibility between process design and equipment performance, and insufficient technical support after commissioning. These issues can create operational inefficiencies, increase project risks, and affect overall plant performance.

Myande addresses these challenges through integrated, turnkey engineering services. From initial consultation and project planning to customized process design, equipment manufacturing, installation, operator training, and after-sales support, Myande provides a single point of responsibility throughout the project lifecycle.

A key advantage of this approach is its in-house equipment design and manufacturing capability.

Myande independently designs and manufactures major equipment used throughout the starch processing line, including:

🔸Degerminating Mills and Pin Mills: For raw material size reduction and particle processing.

🔸Disc Centrifuges and Washing Hydrocyclones: For starch separation, purification, and washing.

🔸Tube Bundle Dryers: For efficient drying of starch and other process materials.

By controlling the design and manufacturing of these key machines, Myande ensures better compatibility between individual equipment and the overall process configuration, reducing potential performance gaps and system inefficiencies.

Beyond equipment integration, Myande applies 3D process simulation to evaluate production line configurations before implementation. Combined with DCS/PLC automation systems and remote operation and maintenance platforms, these capabilities enable data-driven process control and more efficient plant management.

The result is an integrated production system designed for stable operation, predictable energy consumption, and improved investment returns.

Technology Innovation: Building Production Lines for Future Industry Requirements

In an industry where processing technologies and product requirements continue to evolve, advanced equipment must deliver more than immediate production efficiency. It should also provide the flexibility to accommodate future process improvements and new product applications.

To strengthen its technological capabilities, Myande has established strategic research collaborations with leading academic teams.

In March 2025, Myande inaugurated the Academician Collaborative Innovation Center for Grain and Oil Deep Processing, led by the team of Academician Jin Zhengyu of the Chinese Academy of Engineering. The center focuses on addressing industrialization challenges in the production of starch derivatives, including modified starch and starch-based sweeteners.

Myande has also established the Joint Research Center for Biomanufacturing Technology and Equipment with the team of Academician Chen Jian from Jiangnan University. The collaboration focuses on bringing advanced technologies, including synthetic biology and enzyme engineering, into practical industrial applications.

img src="https://shopsource.singoo.cc/890/general/zKHdSzAxFFYSTsdF/DJI_0696.MP4_20250219_172519.737_720x400.webp" width="800" height="444" alt="Innovation research center for Grain and Oil Deep Processing and Biomanufacturing Technology">

These research partnerships strengthen the technological foundation of Myande's starch processing solutions and support developments in several emerging areas, including:

🔸Starch-Based Sustainable Materials: Developing starch-based materials for environmentally friendly applications.

🔸Low-Glycemic-Index Foods: Supporting the development of staple foods with improved nutritional properties.

🔸Functional Carbohydrates: Advancing the biomanufacturing of functional carbohydrate products through innovative processing technologies.

For starch manufacturers, working with an equipment supplier that maintains close connections with leading research institutions provides access to evolving technologies and industrial expertise.

More importantly, it creates opportunities to upgrade existing production capabilities and expand into higher-value product segments without limiting future development to current processing requirements.

Sustainable Processing: Turning Resource Efficiency into Economic Value

With increasingly stringent environmental regulations and rising resource costs, sustainable production has become an essential consideration for starch manufacturers. Efficient water management, lower energy consumption, reduced wastewater discharge, and by-product utilization all contribute to long-term production competitiveness.

Myande incorporates resource efficiency into its starch processing solutions through optimized process configurations and integrated by-product recovery systems.

Water Recycling in Corn Wet Milling

In conventional corn wet milling, water consumption and wastewater generation can significantly affect operating costs and environmental performance.

Myande's process design incorporates a closed-loop process water circulation system, with fresh water primarily introduced at the final starch milk washing stage. This reduces fresh water demand and lowers the wastewater treatment load while maintaining effective starch washing performance.

Efficient Separation in Wheat Starch Processing

For wheat starch production, Myande applies three-phase decanter centrifuge technology to improve the separation and recovery of process components.

The technology helps increase overall dry matter recovery while reducing energy and water consumption, contributing to improved resource utilization and production efficiency.

By-Product Recovery and Value Creation

Sustainable starch processing also requires effective utilization of raw materials and process by-products.

In corn processing, valuable co-products such as corn gluten, fiber, and bran can be recovered and converted into animal feed ingredients or substrates for industrial fermentation, depending on their characteristics and intended applications.

By integrating by-product recovery into the overall process design, Myande helps manufacturers maximize raw material utilization, reduce waste generation, and create additional revenue opportunities.

These solutions demonstrate how environmental performance and economic efficiency can be improved through the same engineering approach.

Proven Engineering Experience and Quality Assurance

Selecting a starch processing equipment supplier also requires confidence in its engineering capabilities, manufacturing standards, and project delivery experience.

With more than 20 years of experience in global engineering projects, Myande has delivered solutions across more than 80 countries and regions, including Southeast Asia, Africa, South America, and the Middle East.

Its international project experience demonstrates its ability to serve customers with different production requirements, raw material characteristics, and operating conditions.

Further recognition came with the 2025 Jiangsu Provincial Governor Quality Award, acknowledging Myande's commitment to quality management, manufacturing excellence, and technological innovation.

This recognition reinforces the quality standards and engineering capabilities that underpin Myande's solutions for customers worldwide.

Building More Efficient and Future-Ready Starch Processing Plants

Choosing the right starch processing equipment is a long-term investment in production efficiency, product quality, and business competitiveness.

From integrated process engineering and in-house equipment manufacturing to advanced research collaborations and resource-efficient processing technologies, Myande provides comprehensive starch processing solutions designed to address both current production challenges and future industry requirements.

As the starch industry continues to move towards higher-value applications, intelligent manufacturing, and sustainable production, Myande remains committed to helping customers build efficient, reliable, and adaptable processing facilities.