Humic acid is used as a binder for briquettes
Anthracite coal ，around 10% sodium humic acid or ammonium humate. Through mixing, pressing and drying ，make a certain strength and thermal stability of briquette. 70 s ~ 80 s many chemical fertilizer factories in guangdong and other places make it popularization and application in the gasification furnace. Because it does not increase coal ash content, low cost, the less pollution than coke asphalt binder. Obtains the good economic benefit.In recent years, its water resistance has been improved. And it is widely used in various industrial agglomerating molding processes. Our company’s researchers investigated the influence of polyacrylamide, glucose, kaolin, aluminum chloride, sodium humate, water-soluble phenol-formaldehyde resin and self-made water-soluble resin A (resin A for short) on the modification of water glass.The results showed that resin A improved the strength of raw and dry pellets.
Humic acid as extender for lead electrode of storage battery
The storage battery needs to use the humic acid with high purity and high carboxyl content. Not only to remove the inorganic mineral impurities, but also to remove the resin, asphalt and wax-like organic matter in the humic acid. The production procedure is complicated and difficult, but the economic value is also high. The invention is applied to the expansion agent of the lead electrode of thestorage battery and the filling agent in the hard rubber. And it has the advantages of preventing the electrode plate from cracking. Preventing the working substance from hardening and losing the porosity. Improving the low-temperature starting performance and prolonging the continuous discharging time.
The effects of humic acid, sodium lignosulfonate and new expanding agent on the electrochemical behavior of lead electrode and the discharge performance of the plate were studied. And the mechanism of the same and different action of humic acid and sodium lignosulfonate was analyzed. The same point is the same as the chemical behavior of the lead electrode. The difference is that the humic acid mainly prevents the negative electrode from contracting by the adsorption, and the sodium lignosulfonate is mainly used for preventing the negative electrode from contracting by the pore-making.