Creating a New Global Industry
To Prevent a Water Crisis – One Drop at a Time
Water Crises
The Global Water Crisis
The global water crisis worsens yearly due to drought, pollution, and scarcity. Purifying water is costly and inefficient, and the need for alternative solutions grows rapidly.
Summary
Freshwater reserves have been heavily polluted and depleted over the past 50 years. The demand for freshwater is outpacing supply, making scarcity one of the most significant global challenges. In recent decades, generating water from the atmosphere (AWG) has emerged as a solution. This review outlines AWG technologies and materials, focusing on hybrid systems using solar, wind, and kinetic energy for efficient water production.
Water scarcity is one of the world’s most critical challenges. Although water covers 70% of the earth, only 2.5% is freshwater, supporting a growing population. By 2050, water demand will rise dramatically, while climate change will continue to reduce freshwater availability.
Traditional water sources such as rainwater and fog collection face limitations, and seawater desalination is only cost-effective on a large scale. Additionally, desalination removes essential minerals and contributes to ocean pollution.
Atmospheric Resources
Efforts to extract moisture from the air have gained momentum. The atmosphere holds more water than all of Earth’s rivers and lakes combined. Even if we provided 50 litres of water daily to every person on Earth, only 0.003% of the atmospheric moisture would be used.
Energy consumption is key in converting atmospheric moisture into water, and factors such as temperature and humidity affect the efficiency of AWG systems. With rising energy costs and limited electricity access in many areas, renewable energy options like solar, wind, and kinetic generators are increasingly important.
Recent Developments
Many recent studies focus on hybrid AWG systems that combine cooling approaches to boost water production. These systems use off-grid energy sources, making water generation more cost-effective, especially in remote areas. This review highlights portable AWG systems capable of 24/7 water production.
Solving the Water Crisis – One Drop at a Time
AWG technology is the future of fresh, clean, and plastic-free drinking water. WOSP360 AWG WATER aims to create a new global industry by producing bottled water and other beverages using AWG technology. These solutions create local jobs and stimulate economic growth.
Strategic Location
AWG systems thrive in different climates. WOSP360 uses meteorological data to identify prime locations for maximum water production. This approach helps in technology development, environmental services, and sustainability assessments.
Sustainability at the Core
WOSP360 is committed to sustainability, using solar, wind, and kinetic energy alongside diesel generators and hydropower. Their solutions help address water and environmental crises, creating opportunities in renewable energy and sustainable technology.
The Future of Tech-Powered Solutions
WOSP360’s AWG systems offer AI-driven real-time management, remote operation, and advanced packaging solutions. Their eco-friendly and cost-effective packaging options, including recyclable bottles and biodegradable containers, provide scalable solutions for global water needs.
Environmental, Climate, Health & Cleantech Solutions
WOSP360 focuses on providing clean water to areas with high scarcity or polluted sources. Their low-energy, emission-free technology addresses high-volume and high-quality markets, especially in the hospitality and health industries.
Mobility for Success
WOSP360’s portable AWG units are easy to deploy, connect, and operate in 30 minutes. These units are ideal for emergencies and can run on various energy sources, ensuring independence and flexibility in critical environments.
