Industrial wastewater treatment

. MOTIVA’s advanced catalytic oxidation technology uses various active metal oxides and elemental metals within

MOTIVA delivers advanced catalytic oxidation solutions for purifying wastewater from waste incineration systems. The process

MOTIVA's high-efficiency catalyst is composed of various active metal oxides and elemental metals. Using advanced

MOTIVA provides advanced catalytic oxidation technologies for refinery wastewater treatment, effectively reducing COD and ensuring

MOTIVA’s high-efficiency catalyst combines multiple active metal oxides and elemental metals as core materials. Using

Efficient catalytic process for spray coating wastewater. Cost-effective, improves biodegradability, and meets China’s Class I

MOTIVA offers a proven “artificial kidney system” solution using catalytic oxidation and advanced treatment units, effectively

MOTIVA provides advanced non-membrane solutions for coking wastewater. Efficient pollutant removal, low operating costs, and

Using MOTIVA’s high-efficiency catalysts, optimize dyeing wastewater treatment to effectively remove COD and color, ensure

MOTIVA’s patented catalytic materials break down complexed heavy metals in electroplating wastewater under low-cost, high-efficiency

Advanced catalytic technology enables efficient removal of organics and heavy metals in pesticide wastewater, ensuring

Wastewater Characteristics & Challenges   Wastewater from wet scrubbing of MDF flue gas contains high

Conventional methods such as coagulation, electrochemical treatment, ion exchange, and membrane separation are costly, unstable,

Current Situation of RO Brine Treatment   RO brine, primarily generated from reverse osmosis systems, contains

MOTIVA’s high-performance catalyst utilizes active metal oxides and elemental metals in a 3D structural framework.

What is Zero Liquid Discharge (ZLD)?   ZLD means that wastewater generated in the production