|
- SEE
BROWN'S GAS
- DRILL
ASBESTOS
|
- EXAMPLE
#1: Reduce Costs - significantly
-
- A company makes quartz
ware with diatomic hydrogen and oxygen because this is
the only gas mixture previously known to have the proper
characteristics to work quartz.
-
- The hydrogen and oxygen
are transported to the factory and stored in liquid form
(which requires cryogenic temperatures.) Not only is the
hydrogen and oxygen expensive, in this form, it's
dangerous to transport, and the storage costs are high
too. The fuel costs were over $100,000 per
month.
-
- Switching to Brown's Gas
allows the use of a 'friendly' flame that has 1.9 times
higher energy potential, per litre. More work gets done,
in less time, with less fuel.
-
- The company can continue
to use all their original equipment (except the cryogenic
tanks). The BG is generated 'on demand' from ordinary
distilled water. The monthly 'fuel' bill drops to below
$20,000.
-
-
- EXAMPLE #2:
Simplify & Speed up
Production
-
- A fabrication company
using $8000 worth of acetylene a day, to cut steel,
converts to Brown's Gas with these
advantages:
- Fuel cost is only 20%
for the same work done.
- Productivity is
increased because of faster cuts (up to 30%).
- Less torch maintenance
(tips stay cool and clean).
- Operator illness is
reduced because the 'exhaust' is fresh water.
- There is no
transportation, storage or rental costs of combustible
gas bottles.
- Brown's Gas is produced
'on demand' from water; so no bottle exchanges in the
middle of a job.
- The flame produces
precision cuts that require less (or no) preparation
before welding. Often machining costs can be
eliminated.
- The flame is forgiving -
allowing a missed cut to be started again without having
to cut into fresh metal.
-
- EXAMPLE #3:
Increase Safety
-
- An 'exhaust system'
franchise converts to Brown's Gas. (These shops use
torches to cut off the old exhaust system before
installing the new one.)
-
- BG's clean, cool,
laser-like flame cuts dirty metal easily, with minimal
popping and spitting. Minimal flame flare-out allows
safer torch operation under an automobile, where
combustibles like oil, grease, undercoating, fuel lines,
plastic, rubber and electrical wiring could
ignite.
|
