Coimbatore, Tamil Nadu, India
Our Products
BCS offer Timber Frame Counterflow and Crossflow Water Cooling Towers for large industrial applications. These towers are available as bespoke designs to suit an existing concrete basin or special site layout. The heat transfer surfaces is either film flow or splash flow plastic as dictated by water analysis of the circulating water. All towers are designed in accordance with OHSAS demands and supplied to quality assurance programmes. Timber Cooling towers are useful for chemical plants, air conditioning plants, induction furnace, injection moulding machine, chilling plants, oxygen plants. diesel generating sets and heat exchangers. And also for steel industries, cement industries, chemical industries, and water effluent treatment industries.
Acoustic Enclosure is a generally accepted technical term, which is used to define a closed engineering structure, specifically designed and built for the purpose of reduction, minimisation, or attenuation of the noise generated by particular types of equipment or machinery. Such as large air conditioning and refrigeration units, power generators, manufacturing lines, grinders, blowers, compressors, pumps, saw booths, gear boxes, etc. Acoustic enclosures represent a separate type of noise control solutions. Other examples of which are acoustic barriers, screens, louvers, acoustic walls and doors, each specifically designed for a particular application. In the most general situation, acoustic enclosures are closed chambers, made of acoustic materials that ensure sound or noise isolation and absorption. Depending on a particular application, acoustic enclosures may also perform additional functions, such as vibration isolation.
Loud noises in any industrial environment are going to have a negative effect on anyone who needs to work in these areas. In order to avoid such a situation BCS offers a full range of acoustic barriers also known as sound barriers or sound walls, offer efficient noise attenuation, while being a cheaper solution in comparison to acoustic enclosures. They are commonly used to reduce noise to safeguard and protect a whole range of property and sites from noise as well as provide the security you need. Whether your requirement is to keep sound in or out of your premises, we have the right noise barriers and acoustic fencing to provide the solution. Furthermore, acoustic barriers do not interfere with ventilation or personnel access to the noise-generating equipment. Structurally, acoustic barriers are usually designed and made in the form of a wall, using concrete, wood, or masonry, when it is necessary to attenuate noise on the roadway or some larger manufacturing sites. Alternatively, when it is necessary to install an acoustic barrier around some equipment, for example, an air-conditioning unit on the roof of the building, specifically designed acoustic panels are used, which are commonly made from steel and sound insulating and absorbing materials.
Stripping hydrogen sulfide and ammonia from refinery sour water prior to subsequent reuse or wastewater treatment calls for highly reliable, corrosion-resistant, low-fouling equipment. BCS heat exchangers do the job, minimizing fouling and corrosion problems in refinery sour water strippers in refineries world-wide while maximizing energy efficiency and uptime. Energy is recovered when sour water is preheated before the stripper by means of stripped water. The more energy recovered in this service, the less energy needs to be provided to the stripper reboiler in terms of steam. The stripper reboiler is generally designed as a kettle-type reboiler. These typically require a large temperature difference between the boiling media and the steam. This means that a higher pressure steam is required to run the reboiler. When our exchangers are used as rising film thermosiphon reboilers for the sour water stripper column, a temperature difference of less than 10C is possible to initiate boiling and create natural circulation through the reboiler. This often means that it is possible to use more readily available low-pressure steam instead of medium-pressure steam.
Our recuperators are used in a wide range of applications across many diverse industrial sectors. We specialise in the design and development of bespoke, recuperator systems. The technology is renowned for being extremely robust and able to operate in many challenging heat recovery environments for the benefit of high energy users seeking to reduce ever increasing energy costs. The combination of a unique low cost manufacturing process and patented exchanger designs ensure that the many technical advantages of heat pipe exchangers are available to industrial users wishing to reduce running costs and carbon emissions. Plate heat exchangers make it possible to transfer heat between two airflows operating different temperatures. In rotary recuperators, the heat exchange takes place through the accumulation of heat in the in the rotor. The use of such equipment enables considerable savings to be achieved in the operating costs of air-conditioning plant.
Recuperator Features:
The efficient and reliable performance of any heat exchanger is critical to the life of the machinery and equipment it supports. Heat exchangers are possibly the most important part of your machinery, a faulty heat exchanger can have a disastrous effect. We understand that it is not always feasible to remove an exchanger from service and send it to a workshop for cleaning so with the aim to improve the performance of your process equipment with minimal disruption to the operation of your plant we provide a comprehensive service of a dedicated and highly experienced team to chemically clean your Heat Exchanger, Oil Coolers and all other Hydraulic Equipment conveniently.
All work carried out at our workshop is in accordance with written work instructions as per ISO 9001 and testing is in accordance with International Standards. We stand by the maintenance work we do and are known for the quality of our workmanship. All our operators adhere to a strict Ethical Policy so you can rest assured that any chemical used in the cleaning of your exchangers will be disposed of correctly.
