This is a game changer for the industry! Not only does it improve transformer reliability, but it's also saving on costs. It's nice to see a solution that considers both performance and the environment.
Really amazed by the dual functionality of this system, both as a regeneration unit and an inhibitor additive injection device. GlobeCore has really brought in some innovative technology here.
A truly impressive technology! Not only does it have a direct benefit in terms of reducing operational costs, it also contributes to environmental sustainability. This is the type of technology we should invest in.
Thank you for the interesting video. As it seems to me, here is important factor - no waste that needs to be disposed of or stored in a special way. The CMM-12R plant is fully consistent with the Zero waste concept.
Very interesting video. Many years ago we tried to regenerate oil with help of sulfur acid. This technology is easier, more practical and more environmentally friendly.
It's impressive how the CMM-12R makes the oil almost new again. The shift in color from dark brown to light yellow clearly signifies the effectiveness of the system.
The capability to regenerate oil without switching off the transformer is a big plus point! The operational efficiency and cost savings are considerable.
This seems like a major advancement in transformer maintenance, especially considering the fact that this method doesn't produce by-products that are hard to dispose of.
I wonder if the same regeneration technology can be applied to other types of industrial oils. This could revolutionize the entire oil industry, not just the transformer sector.
It is dependant from initial oil acid number. For an acid number of 0.25 mg KOH/g, the ratio is valid at which 4 liters of oil can be regenerated using 1 kg of sorbent. After that we have standart mathematic - 4*150*12*500 = 3600000 liters.
Yes,it is possible. But when processing viscous oils we need to consider that at negative temperatures the viscosity increases and it passes through the sorbent worse.
More information: globecore.com/products/oil-regeneration/cmm-r-oil-regeneration-systems.
This is a game changer for the industry! Not only does it improve transformer reliability, but it's also saving on costs. It's nice to see a solution that considers both performance and the environment.
It's wonderful that the used sorbent can be utilized in construction or agriculture. This type of recycling and reuse is so important for our planet!
Really amazed by the dual functionality of this system, both as a regeneration unit and an inhibitor additive injection device. GlobeCore has really brought in some innovative technology here.
A truly impressive technology! Not only does it have a direct benefit in terms of reducing operational costs, it also contributes to environmental sustainability. This is the type of technology we should invest in.
Thank you for the interesting video. As it seems to me, here is important factor - no waste that needs to be disposed of or stored in a special way. The CMM-12R plant is fully consistent with the Zero waste concept.
Very interesting video. Many years ago we tried to regenerate oil with help of sulfur acid. This technology is easier, more practical and more environmentally friendly.
It's impressive how the CMM-12R makes the oil almost new again. The shift in color from dark brown to light yellow clearly signifies the effectiveness of the system.
I'd love to see a follow-up video showing the regeneration process in action. It's so fascinating to see technology like this at work.
The capability to regenerate oil without switching off the transformer is a big plus point! The operational efficiency and cost savings are considerable.
It's interesting to see the visual control of oil color before and after regeneration. The whole process is made transparent and accessible.
This seems like a major advancement in transformer maintenance, especially considering the fact that this method doesn't produce by-products that are hard to dispose of.
I wonder if the same regeneration technology can be applied to other types of industrial oils. This could revolutionize the entire oil industry, not just the transformer sector.
Can someone explain to me more about the oil resistance to oxidation that the inhibitor provides? Sounds interesting!
It is said in the video that sorbent can be reactivated up to 500 times. How much oil can I purify with so many reactivations?
It is dependant from initial oil acid number. For an acid number of 0.25 mg KOH/g, the ratio is valid at which 4 liters of oil can be regenerated using 1 kg of sorbent. After that we have standart mathematic - 4*150*12*500 = 3600000 liters.
Can mineral oil with viscosity up to 100 cSt?
Yes,it is possible. But when processing viscous oils we need to consider that at negative temperatures the viscosity increases and it passes through the sorbent worse.
I am curious how effective this unit is for removing sulfurous compounds from transformer oil? Can anyone share their experience?
What a helpful video!
I have a question is what inhibitor additive do you use? is it DBPC?
Hi, thank you. We use butylated hydroxytoluene (BHT). But you can use other inhibitors in this equipment.