Finepac Structure Blog's

Finepac has excelled in the static mixer field for more than 20 years and has built a solid reputation as an international supplier of high quality mixers. Over the years, we have built comprehensive technical expertise in the field of static mixing to enable us to provide you with the best mixer for your application. Finepac is your trusted and experienced partner for all your static mixing requirements. We offer a variety of blending solutions for the oil and gas refineries, chemical and food processing industries. You benefit from our experience when you need mixers for high viscosity mixing and dispersion, gas-liquid contact, washing etc. Learn more at  Static Mixers

  Finepac in association with Kirk Process Solutions (UK) provides comprehensive expertise in designing, selection and supply of internals for knockout drums and three phase separators. These internals are designed for maximising the capacity and increasing the efficiency of a separator to ensure an optimised separator performance. Learn more at  Separator Internals

  The petrochemical industry cannot do without critical components for their distillation unit like distillation column and related distillation equipment. It is one of the many reasons why entrepreneurs associated with the petrochemical industry are always on the lookout for reliable technological partners as well as solutions providers. If a company is looking for reasonably priced, high performance, durable  distillation equipment  essential for maximizing production capabilities, it is best that they get in touch with Finepac Structures. We always make sure that they are treading the extra mile so that their actions are adding value to their services and products. We have a dedicated R&D wing which makes them capable of coming up with new product ideas. On top of that, they also ensure their existing line of products is thoroughly tested before the same reaches the consumers. It allows the company to ensure that all of their products are free from production flaws...

  Pall rings well developed by BASF AG around 1940’s based on the raschig ring. They are still widely used in the industry owing to their good capacity characteristics at low- pressure drops. Punched windows on the outside facilitate better vapour flow and increase capacity as compared to raschig rings.

Finepac has excelled in the field of Static mixing for more than 20 years and has built up a reputation as an international supplier of top quality mixers. Over the years we have achieved comprehensive technical expertise in the field of static mixing to enable us to provide you the best mixer for your application. Delivering Performance by Design At Finepac we have a strong belief that maximum performance in a process can only be achieved with the right design. Owing to our vast experience and technical expertise in the field of mixing technology we carefully consider the parameters and pre-conditions before developing the best mixer to suit your application. Learn more at  Static Mixers

  In any column system, packings can give an optimum performance only when complemented with appropriately designed tower distributors, collectors, supports and other column internals for optimum liquid – vapour distribution to the packed beds. Many years of experience in design and construction of high performance column internals , enables us to offer you the best combination of column internals for your application.

Well, there are practically many. But let us look at five standard techniques of oil and water separation. 1.      Heat Separation Heat separation is one of the most common techniques used in oil and water separation. As the name suggests, it involves the application of heating the mixture to a specific temperature to enhance separation. When the temperature of the mixture increases, the viscosity of the oil decreases. Such a lowered viscosity enables the easy release of gas and water. Further, heating oil emulsions also augments the density between oil and water. 2.      Agitation A production fluid gets agitated when it hits the diverter plate at the vessel’s inlet. Such a sudden impact on the plate leads to a rapid change in direction and velocity that helps break the surface tension of the liquids and initiates the separation process. There exist several types of inlet diverters in separators, and the selections are made based on the a...