IDE Technologies products

The primary purpose of a seawater intake system is to draw the required amount of seawater and transport it to the sump on land for further pumping. However, the seawater intake system involves two common environmental impacts on marine organisms due to impingement and entrainment.

MLD (Minimal Liquid Discharge) and ZLD (Zero Liquid Discharge) are advanced high recovery water treatment solutions designed to minimize or eliminate wastewater discharge from industrial processes. MLD systems aim to significantly reduce the volume of liquid waste, typically achieving a reduction of 90-95%. This is accomplished through various technology steps such as membrane filtration, evaporation, or other methods. The goal of MLD is to minimize the environmental impact of wastewater disposal and reduce the need for fresh water by enabling the recycling of treated water back into the industrial processes.

Industries rely on deionized water (DI water) for a variety of applications due to their high purity. DI water is commonly used as feed water for boilers, process water, and other applications that require demineralized water. In wastewater treatment, the deionization process is typically implemented downstream of a  reverse osmosis system. To maximize water recovery from the waste stream, IDE’s unique high-recovery solutions including MaxH2O, are often installed prior to the deionization stage.

Brackish water is water with high enough salinity, that makes it not suitable for human consumption and requires treatment. Groundwater and surface water sometimes classify as brackish and will require advanced treatment solutions to make them suitable for such usages. Water treatment requires physical, chemical, and, in some cases, biological treatment. 

The MED units is based on the same horizontal ‘falling film’  evaporator and utilise the thermal desalination technologies and know-how developed by IDE to achieve exceptional thermal efficiency and reliability. The  underlying concept is a multi-effect process in which seawater is  repeatedly evaporated and then condensated in the following stage , each stage at a lower temperature and pressure. This highly efficient process multiplies the quantity of distilled water that can be produced using a given quantity of energy, resulting in a significant reduction in cost.

IDE’s self-contained MVC units are a reliable thermal desalination solution for refineries, process industries and power plants, suitable when distilled water is required for industrial processes and as part of a ZLD application . Dozens of industrial companies with a critical need for stable and reliable sources of process and boiler feed water have deployed the MVC as an affordable, low-maintenance thermal solution.

IDE’s chemical-free desalination technology is designed to produce clean water from standard seawater without the use of any chemicals. This technology is based on two concepts: Contact Media Coagulation and Direct Osmosis Cleaning.

Patented Direct Osmosis Cleaning (DOC) system. Energy-efficient high pressure pumps with (frequency converter (VFD). State-of-the-art, highly efficient energy recovery system. End-to-end modular PLC with 15` touch screen. Remote performance monitoring.

Patented Direct Osmosis Cleaning (DOC) system. Energy-efficient high pressure pumps with (frequency converter (VFD). State-of-the-art, highly efficient energy recovery system. End-to-end modular PLC with 15` touch screen. Remote performance monitoring.

Patented Direct Osmosis Cleaning (DOC) system. Energy-efficient high pressure pumps with frequency converter (VFD). State-of-the-art, highly efficient energy recovery system. End-to-end modular PLC with 15` touch screen. Remote performance monitoring.