Join Industry Water Filtration to Save Water.mp4 (5m 31s) 1 speaker (Dr.
Richard Y.)

[0:00:01] Dr. Richard Y.: I'm Dr. Richard Yonda, president of Industry Water
Filtration and the inventor of our patented water filtration technology. We are
in the last 30 days of our funding drive using equity crowd funding through
wefunder.com. Get all the details about our company at
wefunder.com/industrywaterfiltration. I'll bet the first question that pops
into your mind is, why did I bother inventing a water filtration machine? There
are tons of excellent pieces of equipment in the industry already that are used
all over the world. How could I possibly improve on it? I think the old ways of
water filtration need a shake up. A truly disruptive innovation. The growing
water crisis has caused water purity regulations to be tightened every year,
more and more. The filter technology that is available now was either developed
decades ago, or is an expensive upgrade of old legacy technology. New
regulations are not satisfied using the old technology or are handled using
very expensive adaptations of antique tech. What's the problem with the old
tech? It won't efficiently remove small enough particulates from high volumes
of water at a low enough cost. The industry water filtration technology was
precisely designed to satisfy these rigorous new requirements at the lowest
possible cost per gallon of water filtered. Our production machine filters one
half million gallons per day. An important surprise benefit is that in many
industries, water filtered through our fine filters can be reused, greatly
reducing overall water consumption. The frequency of droughts raises
conservation concerns. We are all about conservation of water. Five prototype
machines have been built and tested over the years. This is prototype number
five. It has been taken to a number of potential customer sites and has allowed
us to perfect the design. Customer have told us what their needs are, and we
have improved our design to fit their needs. What's a good target particle size
for particle removal? US Navy provides a good tip. They use reverse osmosis for
producing drinking water. The pre-filter for reverse osmosis membranes must
remove particles that are five microns or more in diameter. So the filter
pores must be five microns or less in diameter, which is the standard
particle filtration size for Industry Water Filtration machinery. We will
enthusiastically market to the US military. The food processing industry is
another very important market. The US and Canada have strict guidelines on
all aspects of water use. Pre-washed water for incoming produce often cannot
be reused without expensive purification. We have worked with a tomato
processor in California who uses four million gallons per day during their
processing season. We could reclaim in excess of 90% of that water for reuse.
Also, wastewater must be processed before being released into streams or
water tables. Five micron filters often satisfy these requirements without
further expensive processing. The IWF technology is well suited to the fish
farming industry. Limiting water use is a high priority for them. Flushing
with clean water is necessary to reduce contaminant concentrations, if tank
water is not effectively filtered. Our technology will constantly remove
contaminants and save water. There are many applications for this technology.
Being able to process high volumes of water continuously through five micron
filters is the IWF advantage. Doing so at a comparatively low cost is a game
changer. It's time for us to bring this technology to the market. Join us in
conserving water. You can help us bring this new technology to the
marketplace, you can invest in us through the end of June. Get all the
details at the crowd funding site, wefunder.com/industrywaterfiltration, and
see our website at industrywaterfiltration.com.  [0:05:31]