Demand for the beverage and water industry has doubled in recent years. Water is required for many jobs in local and commercial companies. Buying your own well can provide low-cost alternatives. To provide good drilling services, many good drilling contractors work in the field, but most drilling contractors do not work geologically. To provide low quality, low TDS water and achieve individual value in this area, Ultra Marine Tech has created a new trend among all domestic well drilling contractors and introduced a new drilling technology, the AHS underground separation method.
BNB is looking at the Karachi industrial area for good water knowledge, noting that most industries have shallow, highly contaminated shallow TDS, which has been drilled and designed by trained untrained contractors.
The newly introduced Ultra Marine Tech SOP for drilling tube wells, by studying electrical resistance, is a specific function that only some good drilling contractors can perform. BNB explains the copywriting aquifer. In the AHS method, Ultra Marine Tech drilled deep wells, preventing several aquifer horizons according to the interpretation of logs and geophysical rocks. To eliminate low TDS groundwater with significant emission, Ultra Marine Tech proposes to close the upper aquifer horizon, which pollutes the groundwater. Moving forward, Ultra Marine Tech is adopting standard practices for drilling industrial water wells and introducing them into their marketing strategies.
Ultra Marine Tech has also urged the industry to stop its failed attempt with unprofessional drilling contractors, which has caused huge capital losses and valuable efforts with local drilling contractors to achieve what they cannot. Promise me. The industry should have qualified drilling contractors with a team of qualified geologists and hydrologists to ensure 100 percent capital and time decisions.
The reverse osmosis plant (RO Plant) system requires a lot of energy. However, while improving RO performance, the operating pressure in the system can be reduced and eventually it will consume less power. Separation of the RO system also leads to an increase in the rate of dehydration, which is equivalent to the reduction in the total amount of feed water entering the system.
