As industrialization of the world increases exponentially, the human race is struggling to address the concomitant degradation of natural resources and its impact on the environment.
One of the most critical natural resource challenges is water. If we do not urgently take remedial measures, future generations will not have enough of this precious natural resource in a usable form.
Every drop saved counts.
Of the 50 million tonnes of e-waste (electronic waste) generated worldwide in 2016, only 6.5 million tonnes were officially recycled. Around 3 million tonnes of toxins were generated from unrecycled e-waste in the form of hazardous wastes and toxic gases, polluting air, water, and soil, and threatening human health.
Through comprehensive and scientific disposal of e-waste, toxins that endanger the environment and human health could be prevented optimally.
Additionally, metals and rare earths contained in e-waste can be recovered and reused, contributing to resource conservation.
Every ounce of toxin release prevented and every gram of metal recovered matters.
Conduct continual and intensive research and development oriented toward optimal water conservation, reclamation, and utilization.
View ‘treating water’ as effectively ‘creating water’ and strive to discover and add new values and functions to water, thus making the maximum possible use of this limited resource.
Develop processes, products, technologies, and services in e-waste recycling that are user-friendly, easy to install, and optimal in toxin control.
Help prevent toxicity in the ecosystem, promote awareness, and foster environmental consciousness in whatever form possible, on whichever platform is available.
It makes good future sense only if businesses achieve good growth in a good environment, where people in good health live and thrive.