boilerAuxiliary.html

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    <h1 class="main-heading">Boiler Auxiliary</h1>
    <div class="row">
        <div class="heading">
            <h3>Chimney</h3>
        </div>
        <div class="content">
            <div class="float-md-right float-lg-right img-right">
                <img src="./assets/pics/Boiler Auxiliary/Chimney.jpg">
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                <p class="products-description">
                    The chimney is a tall structure used to ventilate or exhaust off all gases
                    generated during the Combustion of Fuel. Although it may be self-supported
                    or supported by ropes, a huge structure made of steel or concrete but its
                    primary function is just to vent off poisonous or harmful gases at a height
                    where it does not come in contact with any human.
                </p>
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        </div>
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    <hr>
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        <div class="heading" center>
            <h3>Air Pre-Heater</h3>
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        <div class="content">
            <div class="float-md-left float-lg-left img-left">
                <img src="./assets/pics/Boiler Auxiliary/APH.png" alt="APH">
            </div>
            <p class="products-description">
                Along with manufacturing, installation of boilers, MHP Thermal also
                perform boiler operation and maintenance tasks on sites. Boiler
                maintenance is not very complex but do require some short of
                experience.Keeping this point in mind MHP Thermal made a team
                of semi and highly skilled technicians, who can accomplish the
                Boiler operation and keep on looking for boiler maintenance.
            </p>
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    <hr>
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        <div class="heading">
            <h3>Water Pre-Heater</h3>
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        <div class="content">
            <div class="float-md-right float-lg-right img-right">
                <img src="./assets/pics/Boiler Auxiliary/Water Pre Heater.jpg">
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            <div>
                <p class="products-description">
                    A water pre-heater absorbs the flue gas heat into water thus, utilizing the heat
                    from the exhaust gas which would otherwise be wasted. Plant efficiency is therefore
                    further increased when viewed with respect to actual energy content of the fuel.
                </p>
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        <div class="heading" center>
            <h3>Induced Draught fan</h3>
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        <div class="content">
            <div class="float-md-left float-lg-left img-left">
                <img src="./assets/pics/Boiler Auxiliary/ID fan.jpg" alt="ID fan">
            </div>
            <p class="products-description">
                ID fan is always located between dust collector and chimney. ID fan will take the hot
                flue gases from furnace via dust collector (dust separation system or Fume Extraction
                system) and will deliver to chimney. ID fan will handle the flue gases i.e. hot air.
            </p>
        </div>
    </div>
    <hr>
    <div class="row">
        <div class="heading">
            <h3>Forced Draught fan</h3>
        </div>
        <div class="content">
            <div class="float-md-right float-lg-right img-right">
                <img src="./assets/pics/Boiler Auxiliary/FD fan.jpg">
            </div>
            <div>
                <p class="products-description">
                    Forced Draught fan is used basically for providing the required quantity of hot air to the furnace
                    for
                    smooth and uniform combustion of fuel. FD fan will produce the positive pressure
                    inside the system i.e. furnace.
                </p>
            </div>
        </div>
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    <hr>
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        <div class="heading" center>
            <h3>Pipeline</h3>
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        <div class="content">
            <div class="float-md-left float-lg-left img-left">
                <img src="./assets/pics/Boiler Auxiliary/pipeline.jpg" alt="pipeline">
            </div>
            <p class="products-description">
                <strong>IBR steam pipe:</strong>Pipe through which steam passes from a boiler
                to a prime mover or other user or both if pressure at which steam passes through
                such pipes exceeds 3.5 kg/cm2 above atmospheric pressure or such pipe exceeds 254 mm
                in internal diameter and includes in either case any connected fitting of a steam pipe.
                <br>
                <strong>Non-IBR:</strong>Steam producing vessel or equipment having water holding
                capacity less than 25 liters and producing steam below 1 kg/cm2.
            </p>
        </div>
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    <div class="row">
        <div class="heading" center>
            <h3>Ducting</h3>
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        <div class="content">
            <div class="float-md-right float-lg-right img-right">
                <img src="./assets/pics/Boiler Auxiliary/Ducting.jpg" alt="pipeline">
            </div>
            <p class="products-description">
                Duct is a passage whose purpose is to to deliver and remove air. The needed airflows include, for
                example, supply air, return air, and exhaust air.[1] Ducts commonly also deliver ventilation air as part
                of the supply air. As such, air ducts are one method of ensuring acceptable indoor air quality as well
                as thermal comfort

                <br>

            </p>
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    <div class="row">
        <div class="heading" center>
            <h3>Steam Headers</h3>
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        <div class="content">
            <div class="float-md-left float-lg-left img-left">
                <img src="./assets/pics/Boiler Auxiliary/STEAM HEADER.jpeg" alt="pipeline">
            </div>
            <p class="products-description">
                The Steam Header receives steam from one or more (maximum 8) boilers, and holds it under pressure.
                Downstream equipment receives the stored steam on demand. Header capacity is determined by user
                configurable dimensions. Pressure difference is used as the driving force to transfer steam from the
                boilers into the header, or from header to header, and from the header to downstream equipment. The flow
                calculations between the boilers and the header ensure a balanced transfer so that the header pressure
                does not exceed the feeding boilers.

            </p>
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    <div class="row">
        <div class="heading" center>
            <h3>Pressure Reducing System</h3>
        </div>
        <div class="content">
            <div class="float-md-right float-lg-right img-right">
                <img src="./assets/pics/Boiler Auxiliary/PRS.jpg" alt="pipeline">
            </div>
            <p class="products-description">
                Pressure reducing stations (PRS) is the arrangement of certain valves which is used to provide the
                desired steam pressure at user’s end. Steam coming from the Boiler, through the steam line, enters the
                PRS at a higher pressure and leaves the PRS at reduced (specified) pressure, in this the flow of the
                steam remains constant. Like Steam Boiler, PRS is also pressure equipment.

            </p>
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    <div class="row">
        <div class="heading" center>
            <h3>Pressure Reducing Valve</h3>
        </div>
        <div class="content">
            <div class="float-md-left float-lg-left img-left">
                <img src="./assets/pics/Boiler Auxiliary/PRV.jpg" alt="pipeline">
            </div>
            <p class="products-description">
                Pressure-reducing valves provide a steady pressure into a part of the system that operates at a pressure
                lower that normal system pressure. A reducing valve can normally be set for any desired downstream
                pressure within its design limits. Once the valve is set, the reduced pressure will be maintained
                regardless of changes in the supply pressure and system load variations.
                There are various designs and types of pressure-regulating valves. The spring-loaded reducer and the
                pilot-controlled valve are the most common.


            </p>
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        <div class="heading" center>
            <h3>Expansion Bellows</h3>
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        <div class="content">
            <div class="float-md-right float-lg-right img-right">
                <img src="./assets/pics/Boiler Auxiliary/Expansion bellows.png" alt="pipeline">
            </div>
            <p class="products-description">
                Metallic Expansion Joints are installed in pipe work and duct systems to prevent damage caused by
                thermal growth, vibration, pressure thrust and other mechanical forces.
                There is a wide range of metallic bellows designs in a variety of materials. Options range from the
                simplest convoluted bellows used in petroleum refineries.
                Materials include all types of stainless steels and high grade nickel alloy steels.


            </p>
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