In an era where water scarcity is becoming an increasingly critical issue, Hydraloop presents a ground-breaking solution with its graywater recycling devices, designed to significantly reduce potable water usage in homes. Leveraging advanced technology, the Hydraloop calculator assesses potential water savings by analyzing daily household activities, such as shower lengths, frequency, and water volume, as well as the number toilet flushes, and laundry loads. The more individuals living in the home, the more graywater produced. This innovative approach not only optimizes water reuse for gardening, laundry, and toilet flushing, but also showcases substantial annual water savings, making it a compelling choice for environmentally conscious builders. By integrating a graywater recycling device, households can play a pivotal role in sustainable water management, ensuring a greener future with each drop of water saved. In this scenario piece, we are diving into the potential water savings for two different household sizes.
Residential Application: 3-person home, 2000 sq ft, 2 showers, 2 toilets, 1 washing machine, 1 garden/pool.
Assumptions for a Family of 3 people:
- Average shower time of 10 minutes
- Flow of shower head: 2.5 USGPM x 10 minutes = 25 gallons of water
- Number of showers per day: 3 showers/day x 25 gallons/shower = 75 gallons/day
- Number of flushes/person/days: 4 flushes x 3 people = 12 flushes
- Low flow toilets: 2 gallons per flush; 2 gallons x 12 flushes = 24 gallons of water/day
- Loading washing machine: 15 gallons per load x 2 load per day = 30 gallons of water/day
OUTCOME PROPOSAL:
· Best Hydraloop option for install: H300 Device
· Potential POTABLE water savings per year: 18,700 gallons
This data illustrates the significant impact that implementing a graywater recycling device can have on household water conservation. With potential annual savings of over 18,700 gallons for an average family of three, these devices prove to be a vital tool in reducing water consumption. Such savings are not only beneficial for the environment but are also economically advantageous by reducing stress on water and wastewater treatment plants and infrastructure.
Residential Application: 6-person home, 2000 sq ft, 2 showers, 3 toilets, 1 washing machine, 1 garden/pool.
Assumptions for a Family of 6 people:
- Average shower time of 10 minutes
- Flow of shower head: 2.5 USGPM x 10 minutes = 25 gallons of water
- Number of showers per day: 7 showers/day x 25 gallons/shower = 175 gallons/day
- Number of flushes/person/days: 4 flushes x 6 people = 24 flushes
- Low flow toilets: 2 gallons per flush; 2 gallons x 24 flushes = 48 gallons of water/day
- Loading washing machine: 15 gallons per load x
2 load per day = 30 gallons of water/day
OUTCOME PROPOSAL:
· Best Hydraloop option for install: H600 Device
· Potential POTABLE water savings per year: 30,000 gallons**
The projected water savings for a household of six, as shown by the data, are substantial, with the potential to conserve around 30,000 gallons per year through graywater recycling. This significant reduction in water usage not only exemplifies environmental responsibility but also emphasizes the long-term sustainability that can be achieved. The figures highlight the importance of adopting such devices in larger households, where the water savings are even more pronounced, reinforcing the need for widespread implementation of graywater recycling in residential design. These findings are a compelling argument for the integration of graywater devices as a standard in home construction and renovation.
** A higher volume of water savings is achievable provided that the homeowners are cognizant of their water use.
How do these numbers benefit you, as a builder?
Residential graywater recycling applications in North America are growing due to ongoing water scarcity issues across the continent. In 2023, Arizona’s governor, Katie Hobbs, declared the dire need for state-wide water conservation due to a lack of groundwater. This ongoing issue halted the distribution of building permits in specific areas of Arizona, and many other states alike. Density credits are often allotted to builders for larger subdivision developments, because of the annual water savings from incorporating graywater recycling devices into homes.
The Florida Keys' approach to building permits, mandating "green points" for sustainable features like graywater recycling, is a forward-thinking model for future construction. This requirement underscores the urgency of integrating environmental sustainability into every aspect of new developments and sets a benchmark for how communities can incentivize green practices. It's a clear signal that the era of passive construction is opening doors to a more responsible, eco-conscious era of building design and urban planning.
Los Angeles County is setting the precedent for how home infrastructures should be aligned with conserving water. Within the county, it is required that sites with over 500 square feet of landscape area install alternate piping for the future implementation of a graywater recycling device. Recognizing and adapting to these evolving standards is crucial for builders, ensuring they are not only compliant but also contributors to a sustainable future.
Embracing graywater recycling technology, triggers a paradigm shift in sustainable living, offering a robust solution to the global water crisis. By adopting these devices, homeowners and developers not only contribute to significant water conservation efforts, but also enjoy the benefits of enhanced green building credentials. Graywater recycling technology proves the importance of innovative water management strategies in combating water scarcity. As we look to the future, the integration of graywater recycling devices represent a critical step towards achieving water sustainability, ensuring that we leave a legacy of resourcefulness and resilience for generations to come.
Hydraloop devices are available for decentralized residential, multi-res and commercial applications. Reach out to us for more information - https://www.hydraloop.com/contact