Other Products / Services #3034108

Steam Pipes Sizing or Correct sizing of steam lines reduces pressure drop and radiation loss.Steam pipes that are undersized cause high pressure drop and result in steam starvation at the point of usage. Conversely, over sized steam pipes, are in no way detrimental to the operation of the plant but lead to an unnecessary increase in the capital cost of installation. In addition over sized pipes also increase the running costs due to radiation losses

Dust separators often called cyclones or multiclones have been used extensively to separate large particles from a flue gas stream. Mechanical collectors are particulate control devices that use centrifugal force, gravity settling, and inertia to collect pollutants. Mechanical collectors can handle high dust loadings.

Wastewater temperature is major form of pollution. In dyeing processes, so much hot water is discharged that, in the absence of any counter-measures, total wastewater temperatures may exceed 40C, even though 35C is the maximum permissible temperature. This new regulatory effort comes at a time when textile companies are already faced with the need to reduce costs to respond to increasing competition.

For more thansix decades, Forbes Marshall, has been building steam engineering and control instrumentation solutions that work for process industry. We are probably the only company in the world to have extensive expertise in both steam and control instrumentation. This dual expertise has allowed us to engineer industry specific systems that focus on energy efficiency and utilities management for sectors as diverse as textiles, food processing, paper, power and chemicals. We realize our social and ecological responsibility and with every new development, we emphasis our regard for the environment and the people who are a part of it. Corroborating our efforts towards a cleanand safe environment, we bring you the Forbes Marshall Codel Continuous Emission Monitoring System alias the SmartCEM system.

Codel International Ltd is a UK based company in Bakewell, Derbyshire, specialising in the design and manufacture of high technology instrumentation for combustion processes and atmospheric pollution emissions from last two decades. The company policy is simply to design well engineered, rugged, reliable equipment, capable of continuous operation over long periods with minimal maintenance.

Forbes Marshall is one of the few companies in the country that can offer a comprehensive variety of valves for high pressure and high temperature applications for various sectors such as Power Plants, Oil and Gas, Chemicals, Petrochemicals, Paper, Sugar and Steel.

Forbes Marshalls range includes, Globe/Stop Valves andSafety and Relief Valves (Bellow Sealed Safety Relief Valves, Bellow Sealed Globe valves), High Pressure Angle Pattern Drain Valves (Single Stage and Multi Stage), Angle Pattern Blow Down Valves, High Pressure #2500 Control Valves, Turbine Bypass Valves , H P Heater Bypass Valves, Isolation valves including theGate valve, Globe valve, Swing Check valveandBall Valvesrange.

In the course of operation, keeping track of trap performance and repairingreplacing leaking or waterlogged trap becomes unfeasible due to the large number of traps installed.

Q Series of burners are the result of Forbes Marshalls in house R&D and meet stringent demands of safety, reliability and flow maintenance cost. They are designed to fire liquid and gaseous fuels, the most common being furnace oil, light oil, natural gas and LPG. In heat throughput terms, the burners vary from 200 KW to 12000 KW.

• For 1-4.5 TPH capacities, the burners are monobloc construction, with mechanical compound regulation as a standard.
• For 5 9 TPH capacities, the burners are in monobloc construction with electronic compound regulation or mechanical compound regulation.
• For capacities up to 9 TPH, the combustion air fan is integral with the monobloc burner. For capacities from 10 TPH to 16 TPH, the burner construction is dual bloc with separate combustion air fan.

Vibration monitoring is essential to keeping rotating equipment running smoothly for years. Shinkawa Vibration Monitors are an indispensable complement to equipment like pumps, motors, fans, compressors, and turbine supervisory systems. Monitors are available in single channel, four channel or multichannel versions.

The most practical way of reducing the superheat value of steam is by the direct addition of water. To achieve temperature stability of the conditioned steam and prevent thermal shock in downstream pipes, cooling water must be atomized. It is also necessary to have a correct mix of superheated steam and cooling water.

The inexpensive tried and tested bourdon tube system coupled with modern modular principle provides a very reliable yet inexpensive contact pressure gauge. Electrical alarm contact are used as magnetic snap-action contacts, especially in harsh industrial conditions

The Forbes Marshall Microcon+ distributed control system is tailor made and designed keeping in mind the requirements of today's control system user.

These multifunction features make the system ideal for applications in a variety of industries such as chemical, pharmaceutical, food and beverage, power, petrochemical, metallurgical, cement, glass, paper and pulp, water supply and treatment, sugar, distillery and many more.

So when we recommend a trap for your application, you can be sure it meets your requirements perfectly, not just our product range. Our Metering systems tell you exactly how much steam is going where. Our Pressure reducing stations ensure a fine control on pressure and temperature.

Exhaust gas quality plays an important role in corrosion of the boiler chimney. Many a times, it is observed that the chimney starts corroding within a short time after commissioning of the boiler. This chimney corrosion typically happens when the flue gas temperature falls below the dew point of sulphur which enables so2 and so3 to combine with water vapour to form sulphuric acid.

he Forbes Marshall Pressure Powered Pump Packaged Unit is designed to pump condensate without electricity, using just 3 kg of steam per ton of condensate. The unit comes along with a condensate recovery meter- to give real time calculations of energy recovered and insulation jackets which further improve the efficiency of the entire system. The compact version eliminates the need for a separate storage tank by placing it within the pump itself. The Pressure powered pump can pump condensate at higher temperatures and pressure.

The casing is hermetically sealed by crimping the bezel. The gauges are designed and manufactured on the basis of a module construction system, associated with increased reliability and extended service life.

Air Eliminators are ideal for air removal from liquid lines. Presence of air and other non-condensible gases in liquid lines can result in a number of problems. Removal of such gases from the system is hence essential.

Air vents type of steam trap which is ideal for air venting applications. Presence of air in the steam system leads to many problems like prolonged start-up, corrosion, improper heating etc. Forbes Marshall Air removes the air from the system and ensures quick start-up and maintains batch times.

The optical windows are made of hard-toscratch sapphire glass. This facilitates scrubbing of the window surface to keep the turbidity sensor clean.

As standard it has automated zero, calibration, sample and wash sequences which enable the system to run on the dirtiest of samples.

Insulation jackets for flanges, valves, flash vessels, moisture separators and other equipment prevent heat loss in form of radiation and help conserve energy.

When condensate at a higher pressure is discharged at a lower pressure, a part of the condensate is flashed. This flash steam can be effectively recovered by using the Forbes Marshall Flash Vessel. Flash steam contains 40% to 50% of the total energy in condensate and it can be used back in low pressure applications. Separating out the flash steam from condensate by using a flash vessel offers maximum efficiency of the recovery system.

In order to keep energy requirements minimum, it is important that condensate is handled efficiently and energy from the condensate is recovered. Recovering condensate leads to many benefits such as reduced fuel and water bills, lower water treatment costs etc. and hence, condensate should be recovered.

Forbes Marshall Deaerator Head is designed to rigorously mix cold make-up water, condensate return and flash steam. This turbulent mixing liberates the dissolved gases from the cold make-up water which are vented to atmosphere.
The unique design of Forbes Marshall Deaerator heads ensures thorough mixing and maximum deaeration. Use of deaerator head helps avoid many problems associated with low feedwater temperature

Forbes Marshall Deaerator Heads are easy to install and the stainless steel construction guarantees a long and maintenance free life.

Features:

1. Easy to install
2. Minimizes water hammer

Benefits:

1. Recovering condensate and flash steam through a de-aerator head reduces fuel bills substantially by raising the feedwater temperature.
2. Helps reduce the water treatment costs by driving off the dissolved gases.

The revised ambient air quality standards provide a legal framework for the control of air pollution and the protection of public health which has provision for any citizen to approach the court for better air quality. In India, these norms are governed by the Central Pollution Control Board (CPCB) and implemented by the state pollution control board (branches of CPCP).

We offer customized solutions with total system end to end station with all necessary mechanical and instrumentation components and take guarantee of entire control system.

A burner is a mechanical device that supplies required amount of fuel and air and creates a condition of rapid mixing and produce flame. The mixing rate of air and fuel directly affects the flame stability, shape and emission.

Mechanical dust collectors, often called cyclones or multiclones have been used extensively to separate large particles from a flue gas stream. Mechanical collectors are particulate control devices that use centrifugal force, gravity settling, and inertia to collect pollutants. Mechanical collectors can handle high dust loadings.

Constant combustion takes place inside a boiler furnace. In order to burn the fuel, oxygen is required. Hence, the burner is supplied with air. Air normally has 21% Oxygen, 78% Nitrogen and moisture content depending upon the location.

Suitable for process temperatures up to 80C and samples with just 2 uScm conductivity.Maintenance free and simple handling.A proprietary electrolyte provides more consistent readings in low ionic content samples than conventional sensors.3 ceramic diaphragms for flow independent signals.Special F glass provides stable readings.

Formation of flash steam Flash steam is produced when high pressure condensate is discharged to a lower pressure. The word flash describes the way it is formed. At atmospheric pressure, water boils at 100 Deg. C. Inside steam piping or any pressurized vessel, steam is generally utilised at a pressure above the atmospheric pressure.