Collective Efforts Towards a Water-Secure World
Collective Efforts Towards
A Water-Secure World
Our Impact
Water Crisis
Over 2 billion people live in water-stressed regions, exacerbated in some regions as result of climate change, exploitation of resources and population growth.
Expected 60% Deterioration of Raw Water Quality by 2050
The lack of clean water is exacerbated by the growing contamination of global water resources. Traditional chemical treatment methods are ineffective in removing harmful contaminants such as arsenic, pharmaceuticals, PFASs, and microbial compounds, posing serious challenges to water safety.
High Price Point of Advanced Water Treatment
Advanced water treatment technologies are essential for removing numerous harmful contaminants but remain costly for many developing regions. Membrane technology, an effective and scalable solution, is about 50% more expensive than traditional methods, posing a significant financial barrier to widespread adoption.
Environmental Impact of Conventional Membrane Manufacturing
Conventional membrane manufacturing involves hazardous solvents and generates large volumes of toxic wastewater, raising sustainability and environmental concerns. The environmental impact of these manufacturing practices is significant, highlighting the need for more eco-friendly solutions.
Expected 60% Deterioration of Raw Water Quality by 2050
As global water resources face increasing contamination, the scarcity of clean water is becoming more pronounced. Traditional treatment systems, such as coagulation and sand filtration, are often ineffective in removing harmful contaminants like arsenic, fluoride, pharmaceuticals, per- and polyfluoroalkyl substances (PFASs), and microbial compounds. These pollutants pose significant challenges to ensuring safe and clean water, highlighting the urgent need for advanced treatment solutions.
High Price Point of Advanced Water Treatment
The effective removal of numerous contaminants necessitates advanced water treatment technologies, which often remain prohibitively expensive for many developing regions. Membrane technology, one of the most scalable advanced treatment methods, typically costs approximately 50% more than traditional treatment methods, creating a significant financial barrier to widespread adoption.
Environmental Impact of Conventional Membrane Manufacturing
The production of conventional membranes typically require the use of hazardous solvents and result in the generation of significant volumes of toxic wastewater, containing unknown quantities of per- and polyfluoroalkyl substances (PFAS). This raises concerns about the sustainability and environmental impact of these manufacturing practices.
For every 100,000m3/day water treatment facility adopting our sustainable
membrane solutions, every year we can eliminate
2 million kg of CO2
70,000 tons of toxic wastewater
14 tons of solid waste
Rising Amounts of PFAS
2 million kg of CO2
70,000 tons of toxic wastewater
14 tons of solid waste
Rising Amounts of PFAS