Help solutions
Thread Content
In the workshop, barrels are loaded into the reactor, with a viscosity of 10,000 At present, 200KG barrels of materials are manually poured into the mixing trough, and then sent into the reaction kettle using a gear pump in the pump pit. Each time hundreds of barrels of materials are poured into the mixing trough, the workload is large and it is easy to pollute the ground hygiene. Currently, a Q3YB-50 pneumatic diaphragm pump is used to pump the material into the mixing trough. The pumping is very slow. Is there a more suitable pump to use, or is there a good solution that can be provided? We think of replacing the 200KG packaging barrel with a ton barrel, and we still need to pour it into the mixing trough. Do any experts and craftsmen have any good methods or equipment to provide? feel
:(For a product with high viscosity like yours, can the viscosity be reduced in advance? Warming up? Isn't it much better to pour materials into a ton barrel than a 200-ton barrel? If not, just use a tank truck, wouldn't storage tank insulation or the like also work? Or is it difficult to get a slot car?
I still don't understand your question. Why don't you use tank trucks for transportation? Is it better to consider using transportation pipes for reverse transportation? Two tank storage platforms are built near the guide trough, and a mobile electric hoist crane is equipped with a spreader. This can solve your problem, but there should be such shipping conditions. If it is barreled, you can also consider making a fuss about it on a forklift. Total reference.
Storage tanks and tank trucks were considered, but could not be implemented due to other reasons
Our 200KG barrels have to heat up, so the viscosity will be around 10,000. The tonnage barrels are not easy to heat up, and the problems with tankers and storage tanks are difficult to achieve due to other reasons.
Storage tanks can be used for storage, and gear pumps + pipelines [heat tracing (jacketed)] can be used for transportation. Judging from the on-site pictures, it does not meet the requirements of safety, environmental protection, and occupational health and health.
Find a machinery factory to design a water pouring machine, cover the bucket, lift it up, and tilt it to pour the material. It can be safe and leak-free, and it also eliminates the need for heating.
I have the same request. I have several materials here that not only have high viscosity, but also require precise measurement. I have thought of several solutions, all of which have disadvantages. Let’s discuss them.
Consider flexitank packaging, a bag of more than ten tons. The bag mouth is connected to the feeding chute for discharge.