The SEAENERGE Research Center is guided by a research philosophy rooted in respect for nature. Drawing inspiration from the wisdom and principles of Traditional Chinese Medicine (TCM), our research integrates the concepts of ÖKO-HITECH, an ecological high-tech approach that emphasizes respect for the environment and harmony with nature, with BIO-ENERGY research and advanced automated production technologies from Germany.

Through this multidisciplinary approach, abundant mineral elements sourced from the ocean and the earth are carefully combined with selected botanical extracts to create an integrated formulation designed to fully harness the properties of Ion Mineral Particle Wave Energy*.

Following extensive and repeated testing and verification by the SEAENERGE research team, SEAENERGE Bioactive Mineral Elements were successfully developed—an innovative achievement born from the convergence of nature, scientific research, and human ingenuity.

*The research findings were presented at the 19th World Congress of the World Federation of Public Health Associations (WFPHA) in 2000, where the project received certification and was officially registered.

Principles of the Cleaning Mechanism

SEAENERGE products utilize natural mineral elements and their ionized properties to achieve a physical cleaning action.

  • Ionization Function: The particle wave energy released by the product acts to rapidly dissociate the molecular chains and covalent bonds of dirt and grease, thereby achieving a cleaning effect.
  • Ionized Charge Effect: Utilizing the negatively charged properties of its mildly alkaline (negative ion) characteristics, the product helps draw out positively charged dirt and impurities.

A distinctive breakthrough of this research is that effective cleaning can be achieved without the use of petrochemical surfactants or organic solvents to produce an emulsifying action. SEAENERGE Bioactive Mineral Elements utilize the physical properties of naturally derived ionized minerals. Through technological processes, their molecules are systematically reorganized and arranged, enabling the released "Particle Wave Energy" to produce a dissociative effect on non-native covalent bonds.

During soaking and cleaning, this action helps break down the sources of grease, dirt, and odors while disrupting their molecular bonding structures, thereby achieving the effects of removing dirt and odors and breaking down grease. Its key characteristics include being non-corrosive to textile fibers, helping reduce environmental pollution, supporting environmental purification, and minimizing ecological impact while contributing to ecological preservation.