We people are about to experience the next-gen of industrial revolution “Industry 4.0”. But, we failed to control the waste generated from the industries. A positive Displacement Pump is the best choice for any firm to treat wastewater.
No product is developed without waste consumption. It is a major fact and companies use it as a trump card to discharge the wastewater without any safety measures.
“Waste is Gold”
Waste management has a great scope in the near future. The word “green” is creating an impact on industrial practices. Firms and organizations are forced by the regularity boards to follow strict norms in dispensing the waste that a firm generates.
Water is still the main resource to develop a product in major industries. The concentrated wastewater impacts the environment and thus leads to the major cause of mishandling.
In this current situation, many industrial firms started to install and implement wastewater treatment plants.
Change in Preferences
The change in management practices is highly welcomed and appreciated. Adding extra machinery to the factory is insufficient to get the best out of it. Wastewater is generated at different stages of the product life cycle.
Thereby the type and chemical properties of the wastewater differ. A positive displacement pump is widely used as it is suitable for pumping waste generated at different stages.
Firms failed to select the pump which suits their actual requirement.
Pressure meets Efficiency
Generally, the viscosity of wastewater is high. Hence, it is practically not possible to transfer high viscous fluid within a short time.
The pump provides the maximum threshold for transferring the fluid to the desired location. Positive Displacement Pump works on the principle of “pressure”.
Pressure is created in the pipeline and the wastewater is transferred.
Abrasion Free Fluid Transfer
The pH in the wastewater is comparatively high, due to the abrasion and toxic substances present in the fluid.
The components in the non-potable water increase the thickness of the fluid. As the thickness level increases, so do the time incurred during the process.
Displacement Pumps are suitable for transferring fluids consisting of high abrasion. The PD Pump develops uniform pressure to push the wastewater completely.
Is Centrifugal Pump a Better Choice?
Choosing a centrifugal pump for transferring wastewater is the worst decision.
Generally, these centrifugal pumps are recommended for transferring low viscosity fluids.
Using a centrifugal pump for a high viscous fluid leads to low efficiency and pump failure.
PD Pump enhances Uninterrupted Fluid Transfer
Wastewater is a high viscosity liquid and thus it makes the pumping more difficult. The pressure created in the pipeline ensures the complete transfer of fluids.
The chance of leftovers after the fluid transfer is less. The development of an airlock during the wastewater transfer is significantly minimized by a positive displacement pump.
As the pressure is applied continuously, the wastewater develops a void that leads to an uninterrupted flow.
A sitemap is not an Issue
The outlay and the sitemap of the factory pipeline differ from firm to firm. The sitemap of the pipeline may consist of heights and downs. Thus, the pumps used should be potential enough to transfer without any performance drop.
PD Pumps are suitable to pump wastewater irrespective of the pipeline system. The transfer of high viscosity fluids is complex as the fluid components possess a heavy load.
Pumps are highly efficient in pumping heavy loads. In most cases, the Progressive Cavity Pump is chosen among the PD Pump.
As the thickness of the wastewater is high, the chance of developing pump vibration during the transfer is possible.
When the vibration prevails for a long period of time, the shelf life of the pump is reduced.
Vibration Free Transfer of Heavy Duty Fluids
Positive Displacement Pump develops reduced vibration throughout the product transfer. This is due to the higher pumping efficiency and potential enough to handle heavy-duty loads of wastewater.
Backflow of the pumping solution generally occurs when the operation of the pump is stopped. Due to this, the transfer of high viscous fluid becomes incomplete.
The incomplete transfer of fluids leads to the high maintenance of the pump and the pipeline system. Thereby the idle time of the pump is comparatively high which leads to the decrease in ROI.
Positive Displacement Pump reduces these sorts of complications. The displacement pump greatly avoids the backflow of the pumping solution. Hence, the complete transfer of wastewater is ensured every time.
Using these kinds of pumps helps the firm in saving more costs involved in maintenance.
Ensure NO Clog Formations
As these pumps are highly potential for complete transfer, there is no chance for the formation of clogs due to wastewater.
The left clogs in the system lead to high pressure and blockage of the fluids. Positive pumping solutions ensure there is no clog formation.
Hence seamless and consistent high viscosity fluid transfer is achieved.
The Bottom Line
PD Pump accelerates the flow rate of the wastewater. Thus, the overall operational time is reduced and the efficiency is greatly increased to the maximum level.
The complete transfer of high viscosity fluids is short and thus the pump enables higher turnover.
Firms installing Positive Displacement Pumps at the wastewater treatment plant can increase ROI up to 2x times.
