Clean drinking water is something that many of us take for granted. We turn on our faucets, and clean water flows freely, ready for us to use in a variety of ways. However, for countless people worldwide, clean drinking water is a luxury they can only dream of. Imagine for a moment going into your kitchen and turning on your faucet, only to have nothing come out from the spigot. How would the loss of this common-day convenience affect your life?
Helios Energy Worldwide (HEW) is a Social Enterprise organization created to provide clean drinking water to pregnant mothers and infants in Cambodia.
Clean water remains scarce in Cambodian’s rural areas, where about 77% of the country's total population of 16.4 million people live. They face immense challenges as they struggle to access clean, drinkable water, significantly impacting their daily lives. Forty Thousand households across 54 villages in the Kampong Speu Province, do not have a faucet in their homes and rely on trips to the nearby lake to acquire water. Once at Lake Tanuon, villagers must gather the water themselves, and forego the worry about the possible contaminants left by missiles and rockets from the Vietnam War.
HEW brings in an environmental solution that allows water filtration completely independent of the electrical grid. Working with their engineers and manufacturers, HEW can provide an opportunity to produce clean drinking water, eradicate access to the digital divide, produce affordable energy efficiency, and provide self-sufficiency for many citizens in that country.
Now, you can also help the citizens of Cambodia, by providing them with clean safe drinking water through your support of Restore H2O. With your donation, you will be a part of this life-altering project! Your contribution will allow infants and their pregnant mothers a life-changing opportunity that many of us may take for granted.
| $ 38 / Monthly | $ 48 / Monthly | $ 258 | $ 498 | Monthly Newsletter
| Monthly Newsletter and Podcast
| Monthly Newsletter and Podcast Helios Hat (one-time)
| Monthly Newsletter and Podcast Helios Hat & Hoodie (one-time)
|
About Restore H2O
Clean drinking water and sanitation services remain scarce in Cambodia's rural areas, which hold about 77% of the country's total population of 16.4 Million Cambodians. Before COVID-19, Cambodia was one of the fastest-growing economies in the Association of Southeast Asian Nations (ASEAN), but access to clean drinking water and sanitation remains a major barrier for families to have in their households.
For close to two decades, Vichetr Uon has been working on bringing clean drinking water to the Kampong Speu Province in Cambodia. Vichetr has created various water-cleaning filters. During that time he went up against COVID-19 and human trafficking. For the 40,000 households that are reliant on clean drinking water, they rely on Vichetr to provide it.
In 2020, Vichetr first met Steve Bateman, a partner with Restore H20. It was their connection, and the introduction of Steve's business partner, Dan Jones, that brought about the realization that the people of Cambodia needed help from outside their own country, bringing this issue to the global forefront. This led to the creation of Restore H2O and the mission to provide clean drinking water through the use of sustainable solar energy . With the rising cost of electricity, off-grid energy costs have become more appealing, especially for those with limited financial resources.
Together we can all create a more sustainable place to safely live for the +40,000 households of Cambodian's Kampong Speu Province with Restore H2O.
Steve Bateman
Steve is a seasoned professional with more than 20 years of experience in non-profit work and capital raises, successfully securing over $50 million to support various causes. In addition to his impressive fundraising skills, he has overseen the management of off-grid energy solutions across the globe. Steve's firm belief in the power of a strong network shines through his work, recognizing the importance of collaboration and connections in driving success for major projects. His commitment to making a meaningful impact is evident in his dedication to leveraging his expertise and relationships to create positive change.
Daniel Jones
Dan is a resource developer with a remarkable track record of spearheading green technology projects across the United States. Before this role, he honed his skills through extensive experience in devising innovative projects aimed at bridging the digital divide. His strategic approach and commitment to creating impactful solutions have not only transformed the technological landscape but also contributed significantly to fostering a more inclusive society. Dan's expertise, coupled with his passion for sustainability and technological advancement, reinforces his reputation as a visionary leader in the field of resource development.
Vichetr Uon
Vichetr's dedication to developing off-grid clean-water solutions showcases his unwavering commitment to positively impacting society. His involvement as a key figure in global relations for Cambodia demonstrates his profound understanding of the importance of fostering relationships on an international scale. Vichetr's deep-rooted belief in supporting his country and driving growth for Cambodia globally highlights his patriotic spirit and ambitious vision for a prosperous future. His relentless efforts testify to his passion for creating meaningful change and leaving a lasting legacy in Cambodia.
John Kaczowka
John is a current engineering student at the University of Illinois, focusing on electrical engineering and aerospace engineering.
Restore H2O Project
With the rising cost of electricity, running off-grid power to the water filtration plant is more cost-effective. This crowdfunding platform will remain open through the four stages of Restore H2O.
4 Stages of Restore H2O
- Pilot with solar/storage (1MW) - $3-6 Million
- Solar farm buildout - $10 Million
- Building of water filtration plant - $25 Million
- Distributing the water and energy to the homes. - $10 Million
TTL 50 Million
