The processes in the manufacturing of biogas require the digester to be heated. In order to maintain the ideal temperature for the bacteria to work. Moreover, pre-heating the feedstock before putting it in the digester can lower the amount of heat that is required. In order, to enhance the efficiency of this process. A common issue in the production plants is the need to heat large tanks of water. The static mixer ability of these devices has made them a preferred solution in many industrial processes.
Their efficiency is well regarded in water treatment plants as well as in the bio-fuel industry. The equipment having no moving parts makes it even easier to deal with.
What any company looks in equipment is the convenience of use and the maximum efficiency one could get with it.
Digester heating is an integral part of a number of processes. With direct injection steam heater, the process is simplified to a great extent. These come with threaded pipe connections for the steam inlet and have all sizes flanged connections.
So, how does it work? When you insert it into a tank filled with liquid. Generating a vacuum effect. By using the momentum of the steam leaving the scepter.
The liquid which surrounds the system is pulled into the equalizer. And with this; divided are the water and steam. Then combined by the elements of the equipment in the module chambers.
The process continues as they exit as co-rotating vortexes. Eventually, the steam comes into contact with the material. Without producing any noise or vibrations while being heated.
Industrial manufacturers are always seeking for the key qualities to look in a static mixer. They keep searching for the next generation designs and the right material to reduce their costs and also achieve the end products in a shorter period to boost their profits.
Considering the pressure on the plant owners and their needs for perfect solution and ease of installation. The triple action static mixer has truly become a blessing.
Cross-current mixing with two-by-two division has made mixing more effective than it ever was. Also achieved is an optimum level of back-mixing. Due to orbiting in the vortex.