China New Product Direct Rotary Dryer - Dealing with the new process of furfural waste water closed evaporation circulation – Jinta
China New Product Direct Rotary Dryer - Dealing with the new process of furfural waste water closed evaporation circulation – Jinta Detail:
National invention patent
The characteristics and treatment method of furfural wastewater: It has strong acidity. The bottom wastewater contains 1.2%~2.5% acetic acid, which is turbid, khaki, light transmittance <60%. In addition to water and acetic acid, it also contains extremely A small amount of furfural, other trace organic acids, ketones, etc. The COD in the wastewater is about 15000～20000mg/L, BOD is about 5000mg/L, SS is about 250mg/L, and the temperature is about 100℃. If the waste water is not treated and discharged directly, the water quality will inevitably be seriously polluted and the structure of the ecological environment will be destroyed. The general treatment methods mainly include: chemical method, biological method (upstream aerobic reaction, filtered aerobic reaction, etc.), aerobic treatment process (SBR reaction, contact oxidation reaction), among which aerobic treatment is another after anaerobic treatment A treatment process, in order to ensure the standard of effluent water quality, is an indispensable treatment process in the treatment of furfural wastewater. However, in the project commissioning stage, aerobic commissioning will waste a lot of time and money, which will increase the cost of water treatment projects, such as commissioning. If it is not good, it will make the overall process unable to run, so aerobic debugging is very important to the overall project, but nutrients are essential in aerobic debugging.
Waste water produced by furfural is belong to Complex organic wastewater, which contain cetic acid, furfural and alcohols, aldehydes, ketones, esters, organic acids and many kinds of organics, PH is 2-3, high concentration in COD,and bad in biodegradability.
The process regard saturated steam as heat source, evaporation system make.
Waste water vaporized, boost pressure to reach production requirement, recycle the furfural and heat from the waste water to realize waste water recycle in production process. The device adopt automatic program to control.
Product detail pictures:
Related Product Guide:
We've got quite possibly the most state-of-the-art production gear, experienced and qualified engineers and workers, acknowledged top quality handle systems along with a friendly expert gross sales group pre/after-sales support for China New Product Direct Rotary Dryer - Dealing with the new process of furfural waste water closed evaporation circulation – Jinta , The product will supply to all over the world, such as: Munich, Iraq, Comoros, We have been persisting in the business essence "Quality First, Honoring Contracts and Standing by Reputations, providing customers with satisfying goods and service. " Friends both at home and abroad are warmly welcome to establish everlasting business relations with us.
By Julie from Singapore - 2017.05.02 11:33
In China, we have purchased many times, this time is the most successful and most satisfactory, a sincere and realiable Chinese manufacturer!
By Meroy from Hungary - 2018.11.02 11:11
Related products
-
100% Original Shell Side And Tube Side Of Heat ...
National invention patent The characteristics and treatment method of furfural wastewater: It has strong acidity. The bottom wastewater contains 1.2%~2.5% acetic acid, which is turbid, khaki, light transmittance <60%. In addition to water and acetic acid, it also contains extremely A small amount of furfural, other trace organic acids, ketones, etc. The COD in the wastewater is about 15000～20000mg/L, BOD is about 5000mg/L, SS is about 250mg/L, and the temperature is about 100℃. If the was...
-
Factory Free sample Tray And Packed Column - F...
Summary The containing Pentosan plant fiber materials (like Corn cob, peanut shells, cotton seed hulls, rice hulls, sawdust, cotton wood) will hydrolysis into pentose in the fluence of the certain temperature and catalyst, Pentoses leave off three water molecules to form furfural The corn cob is used by the materials usually, and after a series of process that include Purification, crushing, with acid hydrolysis, mash distillation, neutralization, dewatering, refining get the qualified f...
-
Lowest Price for Mechanical Vapor Recompression...
Summary The containing Pentosan plant fiber materials (like Corn cob, peanut shells, cotton seed hulls, rice hulls, sawdust, cotton wood) will hydrolysis into pentose in the fluence of the certain temperature and catalyst, Pentoses leave off three water molecules to form furfural The corn cob is used by the materials usually, and after a series of process that include Purification, crushing, with acid hydrolysis, mash distillation, neutralization, dewatering, refining get the qualified f...
-
China New Product Spiral Heat Exchanger Industr...
Summary The containing Pentosan plant fiber materials (like Corn cob, peanut shells, cotton seed hulls, rice hulls, sawdust, cotton wood) will hydrolysis into pentose in the fluence of the certain temperature and catalyst, Pentoses leave off three water molecules to form furfural The corn cob is used by the materials usually, and after a series of process that include Purification, crushing, with acid hydrolysis, mash distillation, neutralization, dewatering, refining get the qualified f...
-
Super Purchasing for Home Alcohol Making Machin...
Molasses alcohol waste liquid five-effect evaporation device Overview Source, characteristics and harm of molasses alcohol wastewater Molasses alcohol wastewater is high-concentration and high-color organic wastewater discharged from the alcohol workshop of the sugar factory to produce alcohol after the fermentation of molasses. It is rich in protein and other organic matter, and also contains more inorganic salts such as Ca and Mg and higher concentrations. SO2 and so on. Normally, the ...
-
Factory best selling Alcohol Distiller Column -...
Overview It provides an apparatus and method for forming on a substrate a crystalline semiconductor layer. The semiconductor layer is formed by vapor deposition. Executive pulsed laser melting / recrystallization processes to the semiconductor layer into crystalline layers. The laser or other pulsed electromagnetic radiation bursts and is formed as a uniformly distributed over the treatment zone, and continuously exposed to the processing region adjacent the said burst, to progressively ...
