RAIN BARREL
TIP SHEET
What Is a Rain Barrel?
A rain barrel is a system that collects and stores rainwater from
your roof that would otherwise run off and be diverted to storm drains, streams,
and rivers. It is composed of a 55 gallon drum (plastic or wooden), a vinyl
hose, PVC
couplings, a screen grate to keep debris and insects out, and other common
items. A rain barrel is relatively simple and inexpensive to construct and can
sit conveniently under a residential gutter downspout.
What Are the Advantages of a Rain Barrel?
Lawn and
garden watering make up nearly 40% of total household water use during the
summer. A rain barrel collects water and stores it for when you need it most -
during periods of drought - to water plants, wash your car, or top a swimming
pool. It
provides an ample supply of free soft water to homeowners, containing no
chlorine, lime or calcium. This makes it ideal for gardens, flower pots, and
car and window washing.
A rain barrel
will save most
homeowners about 1,300 gallons of water during peak summer months. Saving water
not only helps protect the environment, it saves you money and energy (decreased
demand for treated tap water). Diverting water from storm drains also decreases
the impact of runoff to streams and rivers. Therefore, a rain barrel is an easy
way for you to help protect our
watersheds and have a consistent supply of clean, fresh water for
outdoor use, for FREE!
Benefits:
Reduces runoff volumes, conserves water for reuse, provides irrigation water
during watering restrictions, saves money and energy, protects watersheds, it's
clean and fresh & it's FREE
Commercial Rain Barrel Systems:
The
Spigot Irrigation System
is a kit comprised of a
standard hose fitting on a 25 long, 3/4 poly-hose. The kit comes with a 1/16
drill bit for creating holes in the hose where needed. The
Overflow Irrigation System
is a kit that contains a single 50 long 3/4 poly-hose, a T-connector, and the
appropriate fittings and stainless steel clamps. This system is fed by the 1.25
overflow outlet that goes into a T-connector supplying two 25 long hose
sections that are able to then distribute water through 1/16 holes. 