1,500,000tpy Corn Deep Processing to Threonine, Tryptophan, etc.

The 1,500,000tpy Corn Deep Processing to Threonine, Tryptophan, etc. Comprehensive Utilization Project stands as a landmark in China’s agro-biochemical industry, combining large-scale production, advanced technology, and sustainable development. Conceived in 2017 with meticulous design and engineering planning, the project underwent rigorous technical verification and construction before entering trial operation in 2019, marking a critical milestone in realizing efficient corn resource conversion. As the largest single corn deep processing project of its kind in China, it sets a new benchmark for scale, cost-effectiveness, and environmental performance in the production of high-value amino acids.

At the core of the project’s success is its optimized design and cutting-edge technology integration, which deliver exceptional operational efficiency and low production costs. By adopting innovative process routes, intelligent energy management systems, and circular economy principles, the project achieves remarkable energy saving and consumption reduction effects—reducing water and electricity consumption per unit product by over 15% compared to industry averages, and minimizing waste generation through comprehensive by-product utilization. These advantages not only lower operational costs significantly but also enhance the project’s competitiveness in the global amino acid market.

The project’s primary products, including threonine, tryptophan, and other essential amino acids, adhere to stringent quality standards and have passed comprehensive inspections to meet both national industrial planning expectations and customized customer requirements. These high-purity amino acids serve as key raw materials for animal feed, food additives, and pharmaceutical industries, addressing the growing market demand for high-quality, eco-friendly biochemical products. During the trial operation phase, the production line demonstrated stable performance, consistent product quality, and efficient resource utilization, fully validating the feasibility and superiority of the project’s design and technology.

Beyond its production capacity and economic benefits, the project embodies the concept of green development, integrating wastewater treatment, waste heat recovery, and by-product recycling systems to achieve near-zero emissions. As a model of comprehensive corn utilization, it not only drives the upgrading of the local agro-industrial chain but also contributes to China’s goals of energy conservation, emission reduction, and sustainable industrial development.