Bryan Boilers DSH-150-5-2-2, HFS-15-100-100-D, DTA-150-300-60-4, DTV-150-5-1-2, LDTV-150-5-1-1 Brochure

Form No. 4002

(Rev. 7/08)

BR YAN

®

STEAM

Boiler Accessories

Improved performance and
longevity for commercial
and industrial boilers

Since 1916

Condensate Transfer Stations

6 to 60 GPM pump capacities
10 to 60 PSI discharge pressures
8 to 50 gallon receivers

In most heating systems, condensate, and sometimes
steam, is trapped out of heaters, kettles, hot presses,
molds, absorbers, and other equipment and drained to
a return unit having given up some of its heat in the
process. If a trap malfunctions, the condensate can be
passed to the return unit at a much higher temperature
causing the return unit to fail. When using Bryan
Condensate Transfer Stations as the return unit, this
problem is overcome because they are designed to
eliminate cavitation at high temperatures. In addition,
Bryan Condensate Transfer Stations are designed to
handle the higher load placed on them during cold
starts and are supplied with reliable pumps that are
designed to handle hotter water and develop higher
pressures at lower speeds.

Bryan Condensate Transfer Stations are ideal for
remote or non-accessible locations where unattended,
dependable performance is essential.

The Bryan horizontal boiler feed system is a conven­tional stand-mounted feed system that is completely
packaged, but is also flexible to meet each customers
specific needs.

Features

• Atmospheric tank built from heavy ¼" minimum
steel thickness

• Tank sizes from 50 to 500 gallons

• Factory packaged for ease of installation

• Packages based on 1 gallon storage per
1 BHP minimum

• Available with single or multiple pump packages

• Pumps mounted in front of tank for ease of
maintenance and replacement

• TEFC pump motors and NEMA 12 enclosures
are standard

• Heavy duty stand with pump platform

• Integral steam preheater optional

Horizontal Boiler Feed Systems

Capacities to 500 boiler HP
15 through 250 PSI boilers

Save energy and reduce

2

Model B-26S-D

Model HFS-15-100-100-D

Features

• Atmospheric tank built from heavy ¼" minimum
steel thickness

• Tank sizes from 20 to 80 gallons

• Factory packaged for ease of installation

• Packages based on 1 gallon storage per
1 BHP minimum

• Available with simplex and duplex
pump packages

• Top mounted pumps for ease of maintenance
and replacement

• TEFC pump motors are standard

• All units designed to fit through standard
36" doorway

The Bryan compact boiler feed system requires a min­imal amount of boiler room space while providing
many of the same rugged features as competitive
stand-mounted feed systems.

Features

• Atmospheric tank with dished heads

• Tank sizes from 60-1000 gallons
standard. Larger sizes available upon request.

• Factory packaged for ease of installation

• Packages based on 1 gallon storage per
1 BHP minimum

• Available with multiple pumps and different
electrical packages

• Various pump manufacturers available
mounted and wired

• TEFC pump motors and NEMA 12
enclosures are standard

• Heavy duty stand with pump platform

• Integral steam preheater optional

The Bryan horizontal transfer system is also used as a
boiler feed system when dished heads are preferred or
more than 500 gallons is needed for storage.

Horizontal Transfer Systems

Capacities to 1000 boiler HP
15 through 250 PSI boilers

Compact Boiler Feed Systems

Capacities from 20 to 80 boiler HP
15 through 150 PSI boilers

operating cost by re-using condensate

3

Model CFS-100-80-80-D

Model HTS-150-100-100-D

Spray Type and Tray
Type Deaerator Features

• Constructed and Stamped to ASME
Section VIII, Division 1 for 50 psig

• 1/16" corrosion allowance

• Easily accessible manway

• 10 minutes of deaerated water
storage to overflow

• All internal surfaces that contact
undeaerated water are constructed
of stainless steel

• 2-stage deaeration

• Structural steel stand/pump platform

• Available as completely packaged
unit including pumps and control
panel

Why deaerate
boiler feedwater?

There are many advantages to deaerating water prior
to boiler input, but they all boil down to reduced cost
operations.

• Water is heated during deaeration to near the
temperature of the boiler water, thus minimizing the
risk of thermal shock damage to a high value
boiler system.

• The deaerating process removes noncondensible
gases (oxygen and carbon-dioxide) which tend
to act as insulators inhibiting the transfer of heat
within the boiler.

• Removal of corrosive oxygen and carbon-dioxide
controls corrosion within the boiler and piping,
extending the life expectancy of the system and
reducing maintenance cost.

• Higher temperature feedwater reduces the drop in
boiler operating pressure which can occur when
cold water is added.

• Recycling of steam from vents and flash steam from
traps that would otherwise be vented to the atmos­phere can result in appreciable energy savings.

• Mechanical deaeration by a feedwater deaerator can
cut the amount of chemical consumables used for
water conditioning for a continuing operating
cost saving.

Reduce costs/improve efficie

Bryan spray-scrubber type deaerators offer a competi­tive alternative for feedwater deaeration. The initial
investment is lower, yet they offer comparable results,
particularly where wide or rapid fluctuations in load are
not anticipated. The spray type deaerator may also be
advantageous in situations where headroom in the
boiler room is restricted.

The Bryan spray type deaerator is rated for oxygen
removal to .005cc/l (7 PPB) and CO2to zero measurable
across its entire operating range. With its all stainless
steel spring loaded spray valve and second stage steam
scrubber, the spray type deaerator is a good choice for
most deaerator applications.

Units are available with a complete range of boiler feed­pumps and control options making them a total deaera­tor package with minimal amount of field assembly.

4

Pressurized
Spray Type Deaerator

Capacities from 5,000 pph - 60,000 pph

Model DSH-150-5-2-2

Pressurized
Tray Type Deaerator

Capacities from 5,000 pph - 300,000 pph
and beyond

The Bryan “Low Profile”
tray type deaerator is the
industry leader in com­pact, space saving
design. This series packs
all of the same high per­formance design features
as other Bryan tray type
deaerators. The combi­nation of the Bryan tray
type deaerator and the
industry’s first true 1'
NPSH pump has resulted
in a true space saving
unit. The overall height
saved is unparalleled.

5

The Bryan tray type deaerator is unsurpassed in per­formance and reliability. These units are ASME Code
pressurized units, and are guaranteed to deliver deaer­ated water at a maximum oxygen content of .005cc/l
(7 PPB) and zero measurable CO2. All internal surfaces
that come in contact with undeaerated water are con­structed of type 304L stainless steel for long life and
low maintenance. Residence time for undeaerated
water inside a tray type deaerator is longer, providing
more efficient deaeration, particularly where wide load
swings occur. A large diameter hinged door affords easy
access to internal trays. Spray tubes are accessible from
outside of the vessel for maintenance and replacement.
A complete line of boiler feedpump and control pack­ages is available making the Bryan tray deaerator a
completely packaged unit ready for installation
with the minimum amount of field assembly.

Model DTA-150-300-60-4

Model LDTV-150-5-1-1

Model DTV-150-5-1-2

Boiler
Feedwater
Softener Systems

Capacities to 100 gpm

The Bryan boiler feedwater softener uses the Kinetico

®

non-electric control valve for efficient, low cost opera­tion. The patented control valve is hydraulically driven
and eliminates the need for electric power or compo­nents. Water pressure runs the system. As water pass­es through, a metering device counts the number of
gallons of water that have been processed. The valve
initiates regeneration after the predetermined amount
of water has been treated.

The system comes standard with two media tanks.
When one tank is exhausted, the other comes on-line to
ensure an uninterrupted supply of conditioned water.
The exhausted tank regenerates while off-line to provide
an unlimited supply of clean, soft water. This configura­tion uses soft water for the complete regeneration
process to substantially improve system efficiency and
water quality.

®

Kinetico is a registered trademark of Kinetico Incorporated.

Vertical
Blowdown Tank

The tanks are designed to hold
one boiler blowdown and they
meet stringent New Jersey and
National Board standards.
Stainless steel wear plate pro­tects inlet connection. Large
vent connection assures quiet
operation. Constructed and
stamped to ASME code Sect. VIII
for 50 psig. Wide range of stan­dard sizes for boilers up to 200
psig. Models for higher pressures
available.

Blowdown Separator

For new installations or retrofitting to existing boilers,
Bryan Blowdown Separator vents off pressure from
blowdown water and tempers it to an acceptable level
before draining to the outside. Dry steam vents to the
atmosphere. Stainless steel wear plate protects inlet
connection. Large vent connection insures quiet
operation. Constructed and stamped to ASME code
Sect. VIII for 150 psig. Standard sizes for boilers up to
250 psi, models for higher pressures available.

For efficient separation

Aftercooler— An optional

aftercooler with automatic
temperature regulating
valve can be used to
automatically cool blow­down water entering the
drain to prevent release
of thermal pollution.

6

Model BDS-1630-D34-AC3

Model BDT-2447-50-D34

Model BKS-2000-2-1

Chemical

Water Treatment

All boilers require proper care and maintenance to
assure optimal performance. In particular, steam boilers
will operate more efficiently if serviced by a surface or
bottom blowdown system. Bryan Steam can provide
these systems in either manual or automatic designs. A
regular blowdown procedure to remove accumulated
sludge will extend the life and performance of your boil­er. A Bryan system will assure that your boiler has regu­lar blowdown on a preset schedule.

All boilers require proper
care and maintenance to
maintain optimal per­formance. In particular,
steam boilers will operate
more efficiently if serv­iced properly by chemical
feed systems, water
meters, and chemical
shot feeders. Bryan
Steam can provide all of
these enhanced boiler­operating items.

Steam Exhaust Head

Size ranges from 1" - 24"

Overflow Trap

Size ranges from 2" - 6"

Automatic Blowdown System

The Bryan exhaust head
gives three levels of pro­tection against oil and
water pollution: first, an
expansion chamber; sec­ond, an impingement
cone; and third, a catch
trough and drain. What
one misses, another gets,
resulting in oil-free, water­free exhaust steam.

Overflow traps are primarily
used on pressurized deaer­ators in order to keep the
pressure in the deaerator,
but to also overflow water
to a drain if the deaerator
becomes flooded. Bryan
overflow trap bodies are
constructed of cast iron.
Inside the body, a double-seated brass valve is
automatically operated by a stainless steel ball float.

Chemical Feed System

30 - 100 gallon capacity
Pumps 1.8 - 6 GPH

of steam and water

7

Shot Feeder

¾ - 5 gallon capacity
Up to 300 psi rating

Model ASBD-1

Model HEH-2

Model HT-6

Model BCFS-30-D

Model SF-2-HP

Form No. 4002 ©2008 Bryan Steam LLC Printed in USA

78-9064

Bryan Steam LLC — Leaders Since 1916

783 N. Chili Ave., Peru, Indiana 46970 U.S.A.
Phone:[phone]•Internet:www.bryanboilers.com
Fax:[phone] • E-mail:[e-mail]

Bryan U-Tube
Heat Exchangers

Heat Exchanger Type
Pool Heater

Indirect Tank Heater

U-tube tank heaters are mounted in a new Bryan tank

or supplied for mounting in an existing tank.

A Reputation
for Quality

Bryan continues to combine the advan­tages of past experience with advanced
technology, moving into the future as the
leader in design, manufacture and appli­cation of accessory equipment to opti­mize performance and enhance longevity
of your boilers.

All of the features and quality of the time proven Bryan
“Indirect Heaters” are now available using an existing
central boiler heating plant as the heat source. Hot
water or steam is taken from the heating main and cir­culated thru the Exchanger shell. The pool water is
heated as it passes through the copper “Indirect” coil.

This installation diagram
shows a typical application
of the tank heater installed
in the tank. Horizontal or
vertical tanks are available
with tank heater factory
installed.

Water to
Water

Bryan’s U-tube heat exchangers are built to offer long life
and maximum performance in all applications, including
service water, space heating, radiation, swimming pool
heating and various process applications.

These instantaneous heaters operate with steam or
water on the shellside and water on the tubeside. Bryan
offers U-tube heat exchangers in sizes ranging from 4"
diameter to 12" diameter and lengths up to 10', in both
two and four pass designs.

Model UW-6-2-2

Model SH-16-32-PW

Model US-8-5-2

Model UT-10-10-2

Steam to
Water