Global H20 Aid
What are the top solutions for the global water crisis?
The most immediate way to aid the world water crisis is to provide filters to people who lack clean water, primarily to the 3rd world and low-income people of the world. This takes relief funds, and relief organizations, both established by governments and by private charities. In addition to water filters, here are a few other strategies that need to be implemented worldwide to aid the world water crisis.
How important are clean drinking and safe potable water for household use? 1/3 of the world’s population doesn’t have access to clean drinking water. The water used for cooking, cleaning, and bathing must be safe, in addition to clean drinking water. Many diseases (especially in developing countries) are water-borne diseases; from bacteria, viruses, or other hazardous microorganisms in unclean water.
In fact, over 10% of the world’s population doesn’t even have access to clean, sanitary potable water for any type of household use.
Meanwhile, over 70% of the earth is covered in water.
Here, we discuss several of the most effective means to tackle the world water crisis and provide readily available solutions.
1(a). Established commercial water filter technologies range from activated charcoal (or other carbon-based materials), to microfiltration, to ultrafiltration, to new water filtration nanotechnologies, to reverse osmosis. Reverse osmosis is considered the most effective widely-used water purification technology available today, even more effective than nanofiltration. However, other water filtration technologies prove to be cheaper and more widely accessible than reverse osmosis technologies.
There are many small-scale, portable water purification technologies, such as LifeStraw, as just one example. "LifeStraw technology was originally introduced in 2005 as an emergency response tool to filter water..." - (lifestraw). Lifestraw uses microscopic hollow fiber membrane technology. More water purification technologies/ water filters are described here.
Microfiltration uses organic materials, such as polymer-based membranes, or inorganic materials, such as metals or porous alumina. These materials are made into microscopic filtration membranes; essentially screens made with microscopic filtration holes.
Similar to microfiltration, ultrafiltration purifies water as it passes through a semi-permeable membrane (but with smaller pores than in microfiltration). Nanofiltration uses membranes with nanoscale pores, smaller than the pores in ultrafiltration, which are smaller than those in microfiltration.
There are a variety of promising and emerging uses of nanomaterials including nanocarbon filters and graphene filters. Here is a video featuring water filtration using graphene filters, and a video on nanocarbon filters, and other nanomaterials for water purification>>>
Here is an article on the use of graphene in water filters from the World Economic Forum - (can-graphene-make-the-worlds-water-clean). Another great example of the use of graphene in micro-filter water systems comes from the company Evove.
1(b). Tied for the #1 way to aid the world water crisis is - to develop more water treatment plants (sewage water treatment, stormwater, river/ stream/ lake water, industrial use water treatment) - please see waterworld.com/waste-water/treatment.
Other H20 Solutions
2. Improve and create new rainwater collection systems such as the ones found in this link: (rainharvest.com).
3. Water reclamation systems such as the ones found in this link: (waterworld.com/waste-water/reuse-recycling).
4. Develop more desalination plants...please see the desalination article on our website: greencitytimes.com/Sustainability-News/water-desalination-clean-water-for-a-thirsty-world and also see theguardian.com/desalination-quest-quench-worlds-thirst-water.
5. Improve water infrastructure (reservoirs, aqueducts, piping networks…).
6. Utilities (especially in 3rd world countries) to further develop the use of micro-payments (for clean water wells, renewable energy microgrid + water treatment facilities) via mobile/ smartphones (also great for remote rural solar electricity, in addition to clean water services).
Please also read: Water desalination- Clean water for a thirsty world
GCT Featured Articles
Sustainable cities, like San Diego, have eco-city designs that prioritize consideration of social, economic, and environmental...Read Post
First of many US offshore wind farms | The United States' 1st operational offshore wind farm is the Block Island...Read Post
Kamuthi Solar Project, Bhadla Solar Park; and the largest solar PV farms in India, China, and other countries
Featuring over 2.5 million individual solar PV modules, and on 2,500 acres, in the town of Kamuthi in the Ramanathapuram...Read Post
Effective waste management strategies for cities include citywide recycling programs, circular economy strategies, as...Read Post
Strategies for mitigating climate change | What are the best strategies for mitigating global warming? How is the...Read Post
GREEN Tech for Healthy Air | Article by Jane Marsh | Cities are the heart of every global region. They are headquarters...Read Post
Nationally Determined Contributions | As part of the ongoing global battle against climate change, almost 200 countries...Read Post
Solar - the most abundant renewable energy on the planet | Recently there have been dramatic breakthroughs in solar...Read Post
Decarbonizing the Transportation Sector with E-mobility | It's no secret that transportation is a major source of...Read Post
Defining effective carbon taxes | A carbon tax is a levy in countries and regions on: fossil fuel power plants, oil...Read Post
Learning From California's Struggle to Balance Decarbonization With Energy Resilience | Since California passed the...Read Post