The lignosulfonate additive specially used for wet-process granulated carbon black has been carefully developed for the carbon black industry through years of in-depth research and by applying advanced biomass refining technology.
Whole Crop Stalks (CSs) tissue paper, a kind of paper “grown” from nature
Choosing Whole CSs tissue paper represents a modern consumption concept and the pursuit of a higher quality lifestyle
Not just a sweetener and additive, in some ways, it is a cure
L-Arabinose is a naturally occurring pentose sugar, which was initially isolated from gum arabic. It exists in the peel and shell of fruits and coarse grains in nature.
In the biomass refining intergrated platform, the hemicellulose is extracted using ternary separation method and used as a raw material for the production of arabinose.
As a key player in the global bio-economy, SUNASWAN has dedicated over a decade to establishing itself as a premier supplier of biomass refining products. Through innovations like catalyst-containing composite organic solvent systems and advanced technologies for separating and extracting biomass organic components, we can effectively isolate and utilize cellulose, hemi-cellulose, and lignin with added value. This invention significantly accelerates the industrial advancement of integrated biomass refining.
Biomass refinery integrated technology - Convert low-value feedstocks into high-value sustainable chemicals and degradable materials .This new technology innovatively uses new biological solvents to carry out selective physical dissolution and separation operations on biomass raw materials.
Deep within the cell walls of every plant, there is a powerful substance, which provides the second largest source of renewable carbon on Earth. As a renewable material, we believe that lignin will eventually replace fossil materials and completely transform the way we use natural resources to produce products.
In the treasure trove of natural substances, cellulose holds a unique and crucial position. At the microscopic level, cellulose is a large-molecule polysaccharide formed by the linkage of glucose molecules. It has a "aloof" nature, being insoluble in water and not readily interacting with common organic solvents.
Hemicellulose, as a kind of biopolymer, is a mixture of highly branched low-molecular-weight homopolymers and heteropolymers. It is widely distributed in plants, accounting for about 15% - 20% in coniferous wood, and 15% - 35% in broad-leaved wood and gramineous grasses. It coexists with cellulose in the plant cell wall.
In the era of energy transition and sustainable development, biomass refining is gradually becoming a key force. Biomass refining uses various renewable biomass resources, such as agricultural and forestry wastes and energy crops, as raw materials. Through advanced technologies, these resources are converted into high-value-added products, covering biofuels, bio-based materials, chemical products, and so on. This process not only reduces the dependence on fossil resources and lowers carbon emissions but also finds a new value outlet for waste and alleviates the environmental burden. From the straws in the fields to the environmentally friendly materials in the factories, biomass refining has opened up a green chain from resources to products....
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Against the backdrop of policies such as the plastic ban, carbon peak and carbon neutrality goals, the trend of "replacing plastics with paper" has become an industry development trend. Our company closely follows the trend of "energy conservation, carbon reduction, and green environmental protection".
Scientists from Stockholm University in Sweden have published a groundbreaking research achievement in the journal Science Advances. They have discovered a fully bio-based hair conditioner based on lignin gel emulsion, which can effectively address the issues of excessive chemical components and sustainability in traditional hair care products, providing new ideas for the development of environmentally friendly hair care products.
Silicon-based anodes are regarded as the next-generation ideal anode materials. Their theoretical specific capacity is as high as 4200mAh/g, which is 10 times that of traditional graphite materials.
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