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Dynamic
Eco-Descaler Biodegradeable |
Why use DYNAMIC ECO-DESCALER?
Before |
After |
It is a safe non-toxic,
biodegradable chemical to be used on the waterside of heat transfer
equipment.
You do not have
to heat DYNAMIC ECO-DESCALER.
DYNAMIC ECO-DESCALER
is safer for the employees to use than other acid products.
Your equipment will
be cleaned in only hours without disassembling any part of the
equipment. Equipment can also be cleaned without any down time
(cleaning on the run).
Cleans down to the
original surface without pitting.
DYNAMIC ECO-DESCALER
is safe on copper, copper-nickel, bronze, brass, iron and rubber.
DYNAMIC ECO-DESCALER
will extend the usable life of your equipment, especially when
used as a part of a regularly scheduled preventative maintenance
program.
Removing the scale
build up allows your equipment to operate more efficiently with
less down time.
DYNAMIC ECO-DESCALER
is used buy Ford Motor Company, General Motors, Rubbermaid,
Dow Chemical, USX, Dayton Tire, Baker Hugh, Kennametal, Allegheny
Power Systems and many others in the U.S. and worldwide.
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Industry
Use Of DYNAMIC ECO-DESCALER |
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Automotive
Closed Circuit Cooling, Dynamometers, Extruders, Molders and Radiators
Bottling
CO2 Generators, Heaters, Exchangers, Rinse Tanks, Sterilizers
and Washers
Chemicals
Dryers, Extruders, Kettles, Mixers, Reactors, Scrubbers and
Vacuum Pumps
Food
Condensers, Ice Machines, Kathabars, Refrigeration Equipment,
Steam Tables
Manufacturing
Chillers, Compressors, Furnaces, Quenchers and Vacuum Pumps
Metals
Bearings, Conveyors, Filters, Presses, Process Lines and Radiators
Mining
Bearings, Conveyors, Filters, Presses, Process Lines, Radiators
Paper
Calendar Mill Rolls, Caustic Lines, Scrubbers, Compressors, Liquor
Tanks, Pulverizers and Vacuum Pumps
Pharmaceutical
Exchangers, Loop Systems, Kathabars, Pumps, Reactors, Stills,
Sterilizers
Refinery
Compressors, Converters, Crackers, Exchangers, Piping and Pumps
Rubber
& Plastics
Banbury Mixers, Calendar & Mill Rolls, Extruders, Injection
Molders, Molds, Temperature Control Units. Throat Coolers, Towers
and Tubers
Steel
Bearings, ConCast Units, Generators, Hearths, Spangle Units and
Furnaces
Textile
Air Washers, Compressors, Condensers, Exchangers, Extruders and
Towers
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Air
Compressors |
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A Reciprocating Compressor
is normally a heavy-duty, continuous-service compressor. Cylinder
construction usually incorporates a water jacketed cylinder and
water jacketed heads to remove some of the heat of compression
and also to improve the lubrication and reduce carbonization of
valve parts. Water jacketing around valve and packing is essential,
since these are points of localized heating.
As time goes on, you will have lime, water scale and rust accumulation
inside the water jackets, which in time, will overheat the air
compressor. This will also occur in the intercooler and aftercooler.
With DYNAMIC ECO-DESCALER you can clean these vital parts, without
disassembling the cylinders, aftercooler, and the intercooler.
Just simply remove the water in/out connection from each part
and circulate DYNAMIC ECO-DESCALER for the recommended amount of time.
After the circulation, flush with water and connect the water
in/out connections back to the proper location.
If your compressor is running off a closed loop water system or
a cooling tower, you may want to pour the DYNAMIC ECO-DESCALER into
one of these systems. This will eliminate the down time in your
plant operation verses disconnecting your in/out connections from
each vital part. Before you proceed with these operations contact
the nearest distributor in your area, so they may be of assistance
to you.
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Vacuum
Pumps |
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In order to remove
the water scale, lime, mud, and rust from the casting, rotor,
hub, cones and associated piping of your equipment, the following
instructions should be used.
1. Write down the
"before" amperage readings, cfm at vacuum capacity and
the vacuum in inches of mercury.
2. Take unit out of service.
3. Remove the bottom
drain plug and allow all water to drain from pump casing.
Replace bottom plug after the unit is drained.
4. Break seal on water
piping and attach a pumping discharge hose.
5. Remove top plug
and attach return hose between there and the recirculating
bucket.
6. Insert "blanks"
in flanges of discharge and suction piping.
7. Add prescribed
quantity of DYNAMIC ECO-DESCALER into the circulation loop.
8. In some instances,
additional water may be required to maintain circulation.
9. Tighten vacuum
pump seal packing to minimize leakage.
10. After 15 minutes
of DYNAMIC ECO-DESCALER circulation, turn pump rotor 90 degrees by
pulling on the drive belts or jacking the starter switch.
11. Every 15 minutes
thereafter, turn rotor 90 degrees to assure a thorough cleaning
of interior parts of your pump, including hub and rotor.
12. Continue the circulation
of DYNAMIC ECO-DESCALER for at least two hours or until the foaming
stops. Lack of foam indicates depleted or clean equipment.
13. After several
hours of circulation time, with intermittent turning of the rotor,
the pump should be clean and rotor should turn freely.
14. Shut off the circulating
pump and add flush water to the recirculation bucket.
15. Disconnect return
hose and run to drain.
16. Restart circulation
pump and flush until water runs clear.
17. Disconnect pump
and all hoses. Remove all the "blanks" in the flanges
and
reconnect all piping.
18. Open seal water valve, start the vacuum pump and operate for
10-20 minutes to thoroughly flush the pump. During this time adjust
the seal water rate to the
manufacturers recommendations. Also readjust the packing compression
to
the correct setting.
19. Return pump to
service.
20. After unit has
stabilized, write down the "after" amperage readings,
cfm at
vacuum capacity and vacuum in inches of mercury.
21. Compare the "before"
and the "after" readings to determine the effectiveness
of DYNAMIC ECO-DESCALER cleaning. Record all information for future
reference to schedule next preventative maintenance cleaning.
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Cooling
Towers & Closed Circuit Cooling |
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DYNAMIC ECO-DESCALER cleaning
of cooling towers and closed circuit water cooling systems is
most usually accomplished while the water cooled equipment is
online and without the necessity of shut-down. In order to dissolve
all water scale, lime, rust and dirt from the water side of your
equipment, it is imperative that these instructions are followed.
INSTRUCTIONS FOR
DYNAMIC ECO-DESCALER CLEANING
1. While units to
be cleaned are in operation or merely connected with water flowing
to them, shut off make-up water and bleed-off to tower and/or
sump tank.
2. Open drain valve
in bottom of sump tank and lower the water level to a point where
pump still circulates without cavitating. If pump sucks air, add
minimum amount of make-up water to maintain circulation.
3. In order to clean
the entire system, including cooling tower, sump tank, pump piping,
and all associated equipment on tower while system is in operation,
you must first determine the tonnage of your cooling tower. Documentation
supplied with your tower or a nameplate on the tower should indicate
the cooling capacity, in tonnage.
4. Please refer to
the Chart on the following page to compute the proper amount needed.
5. Slowly add this
quantity of DYNAMIC ECO-DESCALER to the sump tank over at least a
two hour period.
6. Circulation time
should be at least five hours during which all equipment should
be online. However, anytime thereafter the make-up water can be
turned on and the bleed-off opened and set to remove all of the
dissolved solids from the system.
7. In order to purge
all insolubles from closed circuit systems, it is suggested that
after circulation; the drain valve should be opened and make-up
water added until all water in system is clear. Close drain and
establish proper bleed-off and make-up.
8. When convenient,
it is recommended that the sump tank be drained and flushed and
that the strainer screen be removed and inspected for any insolubles.
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Heat
Exchangers |
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Heat exchangers in
many manufacturing facilities are very crucial in everyday operations.
Heat exchangers are designed to heat in the form of kinetic energy
from one liquid to another. And while transferring heat, the heat
exchanger, over a period of time will collect lime, scale and
rust on the waterside of the Exchanger. With, DYNAMIC ECO-DESCALER,
you do not have to dismantle or remove the unit from your operations.
You may want to install a system, which will inject DYNAMIC ECO-DESCALER
into your water supply on a regular basis for your cooling tower,
chiller, or your closed loop water system. This procedure will
eliminate down time in your everyday operations while cleaning
out your exchanger. If you just intended to clean out the heat
exchanger, you still do not have to dismantle or remove the exchanger
from your operations.
INSTRUCTIONS FOR DYNAMIC ECO-DESCALER CLEANING
1. By-pass heat exchanger
from operation.
2. Remove the existing
water in the exchanger. This MUST be done, to insure proper results.
3. Disconnect the
water in/out connections from exchanger.
4. Attach the necessary
hoses to the in/out connections on the exchanger to a circulating
pump. Refer to our chart for necessary circulation time and the
amount of DYNAMIC ECO-DESCALER to be used.
5. Once the circulation
has been completed, flush the exchanger with water to remove any
insolubles.
Please Refer to the Charts on the Following Pages for Proper Amount
of DYNAMIC ECO-DESCALER to be used, and the Circulation Times.
Please Feel Free to
Call Our Office with any Questions!
Request:
Dynamic
Eco-Descaler .pdf file
Comparitive
Corrosion Analysis .pdf file
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