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SolarBee
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Applications
Models
Case Studies
Gallery
Quotations
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SolarBee has pioneered the patented near-laminar radial flow technology that provides high-flow, long-distance
circulation (LDC) in water reservoirs. Today SolarBee is using LDC to solve water quality problems in fresh water
lakes and reservoirs, potable water tanks and reservoirs, wastewater ponds and lagoons, and estuarine
environments in over 14 countries around the globe – providing significant energy savings while relying on solar
power and reducing the need for toxic chemicals. SolarBee is truly "Circulating the World's Water."
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Applications:
- Freshwater Lakes
- Drinking Water Reservoirs
- Stormwater Detention Ponds
- Parks & Golf Course Ponds
- High Value Property Areas
- Sport Fishing Lakes
- Fish Hatchery & Culture Ponds
- Estuaries
- Potable Water Tanks
- Potable Water Reservoirs
- Wastewater Ponds/Lagoons
- Effluent Storage Ponds
- Sludge Storage Basins
- Industrial Waste Ponds
- Power Plant Cooling Lakes
- Leachate Ponds
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Features:
- Solar powered (photovoltaic panels),
no energy costs
- Operates day and night on solar power
- Near-laminar flow impacts up to 35
surface acres (14 ha) per unit
- Intake designs available from 1 to
100+ ft (30+ m) depths
- Stainless steel and corrosion-
resistant polymer construction
- Low maintenance, designed for a 25+
year life
- Simple installation, factory installed
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Environmentally Responsible:
Energy savings: Each solar-powered SolarBee unit can displace the mixing energy of about 30 horsepower of
conventional grid-connected mixing equipment in wastewater treatment ponds, and can displace high
horsepower aeration/mixing equipment in freshwater reservoirs and other water bodies. The energy savings
from each unit is the equivalent to about 220,000 kW hrs per year, or the annual energy requirements for about
20 homes or 25 passenger cars, thereby reducing equivalent carbon dioxide emissions (the leading
Greenhouse Gas, GHG) by about 150 tons per year.
Chemical savings: The high efficiency and completeness of SolarBee circulation can reduce up to 80% of the
chemical requirements in potable water systems. In freshwater lakes and reservoirs, chemical savings
include
reducing or eliminating the need for algaecides and herbicides, as well as phosphorus-binding compounds
such as alum. Municipal raw water storage reservoirs can benefit from greatly reduced powdered activated
carbon (PAC) requirements. Reducing chemical usage benefits both the environment and economics.
The SolarBee represents the most innovative, energy efficient and environmentally friendly technology on Earth
for providing beneficial, long-distance water circulation™. Throughout the world, SolarBees are providing
quality water, naturally.
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