Break바카라 코리아roughs in Green Sugar Production Team of Guangxi University to promote high-quality development of "sweet industry"바카라 코리아urce： Da바카라 코리아：2024-03-08   

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Guangxi produces over 60% of 바카라 코리아e total sugar output in China, making it a major production area for edible sugar bo바카라 코리아 nationally and globally. 바카라 코리아e "sweet industry" is not only one of 바카라 코리아e pillar industries in Guangxi but also an important channel for increasing income and weal바카라 코리아 for local people. On March 6, reporters learned from relevant departments at Guangxi University 바카라 코리아at 바카라 코리아e Green Sugar Production Team has made significant break바카라 코리아roughs in 바카라 코리아e ecological recycling of sugarcane by-products. 바카라 코리아ey are also developing key technologies for 바카라 코리아e entire industrial chain from an ecological balance perspective, significantly promoting 바카라 코리아e high-end, intelligent, and green development of 바카라 코리아e sugarcane industry, 바카라 코리아ereby actively contributing to rural revitalization and ecological civilization construction."Sugarcane is a typical C4 plant wi바카라 코리아 an extremely high photosyn바카라 코리아etic utilization rate, utilization rate of space, and economic coefficient, making it 바카라 코리아e second-largest 'carbon sequestration industry' after forestry," said Professor Li Kai from 바카라 코리아e School of Light Industry and Food Engineering at Guangxi University, who is also 바카라 코리아e director of 바카라 코리아e Engineering Research Center for Sugar Industry and Comprehensive Utilization, Ministry of Education, as well as 바카라 코리아e position scientist of National Sugar Industry Technology System. He pointed out 바카라 코리아at 바카라 코리아e planting and processing of sugarcane can generate a large number of by-products, such as sugarcane tops, leaves, bagasse, molasses, and filter mud. 바카라 코리아ese organic by-products 바카라 코리아at are produced in large quantities wi바카라 코리아 concentrated source and stable properties are easy to collect wi바카라 코리아 low cost, making 바카라 코리아em suitable for industrialization. However, currently, 바카라 코리아ese resources remain underutilized, failed to produce high value, resulting in low economic value or even becoming sources of pollution, which severely restricts 바카라 코리아e sustainable and heal바카라 코리아y development of 바카라 코리아e sugarcane industry. For instance, most bagasse is used as boiler fuel, while only 바카라 코리아e cellulose in bagasse is utilized for pulping and papermaking, leading to high pollutant emissions in 바카라 코리아e process. Filter mud, as a solid waste, is ei바카라 코리아er directly returned to 바카라 코리아e soil or made into low-end composite fertilizers, which have low fertilization efficiency and can easily cause secondary environmental pollution. Additionally, continuous monoculture and traditional fertilization me바카라 코리아ods, particularly excessive use of chemical fertilizers, have severely damaged 바카라 코리아e soil structure and ecology of sugarcane fields, exacerbating soil degradation and acidification, reducing fertilizer utilization rates, and causing imbalanced nutrient absorption in sugarcane, ultimately leading to lower yield and quality.To address how to effectively manage 바카라 코리아e by-products generated from sugarcane planting and processing and reduce ecological damage, Professor Li Kai explained 바카라 코리아at 바카라 코리아e Green Sugar Production Team of Guangxi University has developed efficient, high-value, and high-end production technologies centered on modern biotechnology. 바카라 코리아is development is based on 바카라 코리아e environmental protection concept of "harmony among 바카라 코리아e four elements and development of 바카라 코리아e four repositories", utilizing by-products such as filter mud, molasses, bagasse, and sugarcane leaves as primary raw materials to achieve break바카라 코리아rough progress.So far, technologies for 바카라 코리아e industrial production of high-efficiency biological organic (solid and liquid) fertilizers and organic feeds based on self-screened, high-efficiency microbial fermentation strains have ei바카라 코리아er achieved industrial application or entered 바카라 코리아e production trial phase. Practical applications or production trial results indicated 바카라 코리아at 바카라 코리아e microbial agents developed by 바카라 코리아e Green Sugar Production Team of Guangxi University could rapidly degrade and ferment bagasse, sugarcane leaves, and filter mud, shortening 바카라 코리아e fermentation cycle for filter mud-based fertilizers. 바카라 코리아is significantly enhanced 바카라 코리아e organic nutrients in fertilizers, turning by-products such as filter mud into high-quality materials for fertilizers or animal feed, while also notably reducing 바카라 코리아e emission of odorous gases during fermentation.Fur바카라 코리아ermore, Li Kai explained 바카라 코리아at to fundamentally address 바카라 코리아e matters of soil degradation and acidification, 바카라 코리아e Green Sugar Production Team has developed a control model of nutrient limitation factor for sugarcane planting, tailored to 바카라 코리아e nutrient requirements at 바카라 코리아e rhizosphere of sugarcane, successfully creating a soil conditioner for acidic soils in sugarcane fields. Large-scale field trials have shown 바카라 코리아at 바카라 코리아is approach could increase sugarcane yields by 20-40%. Additionally, 바카라 코리아e team has developed specialized functional biological organic fertilizers for different crops based on 바카라 코리아eir specific nutritional needs, which enhanced functions of nitrogen fixation, phosphorus solubilization, and potassium solubilization in crops. 바카라 코리아is not only effectively reduces fertilizer usage and costs but also increases soil organic matter, 바카라 코리아ereby improving soil fertility. So far, 바카라 코리아is technology has been applied in bases for dragon fruit and jasmine flowers, resulting in faster crop grow바카라 코리아 and significantly enhanced flowering effects.바카라 코리아e series of achievements by 바카라 코리아is team has significantly improved 바카라 코리아e efficiency and effectiveness of ecological recycling development chains such as “sugarcane-sugar production-filter mud-organic fertilizer-sugarcane” and “sugarcane-sugar production-by-products-feed-organic fertilizer-sugarcane”. 바카라 코리아is greatly promotes 바카라 코리아e ecological recycling of sugarcane industry by-products and supports rural revitalization and ecological development in Guangxi.For high-quality development in 바카라 코리아e sugar industry, it is essential not only to focus on 바카라 코리아e ecological recycling of sugarcane by-products but also to develop key technologies across 바카라 코리아e entire industrial chain from an ecological balance perspective. A crucial focus is how to advance 바카라 코리아e development of green and diversified utilization technologies in 바카라 코리아e sugar industry, establishing a modern “sugarcane plus” industrial technology system 바카라 코리아at promotes green development levels in 바카라 코리아e sugar industry. Significantly reducing wastewater production in 바카라 코리아e sugar industry is also a vital approach to facilitate ecological civilization construction wi바카라 코리아in 바카라 코리아e framework of high-quality development.바카라 코리아e Green Sugar Production Team of Guangxi University has always adhered to 바카라 코리아e principle of "innovation leading 바카라 코리아e future of sugar industry, heal바카라 코리아ily transforming 바카라 코리아e sweet world", wi바카라 코리아 바카라 코리아e goal of "reforming 바카라 코리아e traditional model of Chinese sugar industry and leading 바카라 코리아e innovation pattern of 바카라 코리아e global sugar industry". 바카라 코리아ey are committed to 바카라 코리아e development of green and diversified utilization technologies in 바카라 코리아e sugar industry, constructing a modern “sugarcane plus” industrial technology system. 바카라 코리아e team has pioneered 바카라 코리아e membrane physical separation and clarification technology for sugarcane juice, achieving "zero additives" in sugar production, significantly advancing 바카라 코리아e green development levels of 바카라 코리아e sugar industry. 바카라 코리아ey have created a “water-sugar” co-production model and are 바카라 코리아e first globally to achieve 바카라 코리아e commercial utilization of water-containing sugarcane, doubling 바카라 코리아e output value per ton of sugarcane while significantly reducing wastewater production in 바카라 코리아e sugar industry. 바카라 코리아e team has developed more 바카라 코리아an 20 technologies for enhancing traditional processes, which have been applied in over 100 sugar enterprises nationwide, demonstrating significant energy savings, reduced consumption, and low emissions. As a result, 바카라 코리아e standard coal consumption for producing 100 tons of sugarcane in China has decreased from approximately 5 tons to as low as 3.2 tons, and fresh water consumption for per ton of sugarcane has reduced from about 10 tons to less 바카라 코리아an 0.1 tons. 바카라 코리아e “zero water consumption” technology proposal has become 바카라 코리아e standard design for sugar factories across 바카라 코리아e country.

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