Bhuruka gases Ltd Mahadevapura, Bangalore, Karnataka

Oxygen is used in calibration gas mixtures for petrochemical industry; environmental emission monitoring, industrial hygiene or safety monitors and trace impurity analyzers. Oxygen is used in calorimeters to measure the PCI of hydrocarbons or coal and in oxidation reactions. Ultra-pure oxygen is used to oxidize certain materials, such as Si to SiO2, or ashing of photo resists and to achieve chemical vapor deposition of oxides. It is also used to make ozone for oxidations or cleaning. UHP Grade is used for organic and inorganic chemical synthesis. Zero Grade is used as a fuel gas in various types of chemical analyzers.

UHP Methane Plant Particulates are removed from the basic raw material, which is then repeatedly cooled. Water, heavy hydrocarbons and carbon dioxide, sulphur and mercaptains are then removed. With further processing, the basic raw material eventually becomes a liquid and the liquid methane is separated by cryogenic distillation. Purified liquid methane is collected and stored.

Hydrogen is abundant in nature, but only as an element that forms part of other compounds. This is why, in order to use it as an energy carrier, energy has to be applied first to extract hydrogen from these source. Hydrogen gas (plus oxygen gas as byproduct) is produced by splitting the water molecules by electrochemical means through. The application of direct current into electrolysis cell. Numbers of cells are connected in series with modular type for requisite Production capacity. Many safety features are incorporated in the designing of cell to avoid mixing of hydrogen and oxygen within the cell. Hydrogen plant at Harohalli Bhuruka Gases Ltd has commissioned a state of art Hydrogen generation unit from Teledyne USA, at our facility in Harohalli. The capacity of the plant is: 56 nm3 per hour. This facility can produce and has analysis facility to certify very high purity of 99.9995% Hydrogen . The fully fledged facility is well equipped with current technology and follows stringent safety rules.

The  proper gas regulator for reducing pressure of gases contained in high-pressure gas cylinders is critical. Using the wrong gas regulator can result in compromising gas purity or accuracy, premature equipment failure, or even personal injury. Bhuruka helps to select the right gas regulator to the specialty gas you use. Simply specify the type of specialty gas you are using and Bhuruka will recommend the appropriate gas regulator(s) for your application. Chrome – Plated Single Stage High Purity Regulator – Non-corrosive Service The chromium plated brass, diaphragm type, high purity single stage regulators, designed to control high purity, non-corrosive gases for applications where minor fluctuations in outlet pressure due to diminishing inlet pressure can be tolerated. These regulators are highly recommended for acetylene and liquefied hydrocarbon gas applications with a maximum inlet Pressure of 350 psig. Chrome – Plated Dual Stage High Purity Regulator – Non-corrosive Service The chromium plated brass, diaphragm type, high purity dual stage regulators, , are designed to control high purity, non-corrosive, pure gases and mixtures in applications where constant delivery pressure regardless of fluctuations in tank pressure are required. These regulators are highly recommended for non-flammable and non-corrosive gases applications. Stainless Steel Single Stage High Purity Regulator- Corrosive Service The stainless steel, diaphragm type, high purity single stage regulators, are designed for ultra high purity, corrosive, reactive or toxic gas applications where slight variance in delivery pressure is acceptable as cylinder pressure decreases. The materials of construction will not off-gas and contaminate the gas stream. The design is highly resistant to inboard diffusion of atmospheric contaminants. Stainless Steel Dual Stage High Purity Regulator – Corrosive Service The stainless steel, diaphragm type, high purity dual stage regulators, are designed for ultra high purity, corrosive, reactive or toxic gas applications where constant delivery pressure is required as inlet pressure decreases. The materials of construction will not off-gas and contaminate the gas stream. The design is highly resistant to inboard diffusion of atmospheric contaminants.

Condition : New

The  required specialized orbital welding. We’ve completed many ultra high purity gas handling systems in companies like VST MITUSBISHI, EXXON MOBILE ,SIEMENS,TVS,VALVO etc. You connect with people who have a passion for precision welding of high pressure pipelines, our core competency (ORBITAL WELDING) of elecropolished SS tubings.

We offers several grades of calibration gas standards – Custom Mixtures, Certified Standards, and Primary reference Standards to meet the level of accuracy for your laboratory or production process. All Specialty Gases are custom-mixed and analyzed, and then properly labeled in our independently audited laboratory facilities.   Our production facility conforms to a strict set of quality-assurance measures and standard operating procedures. Our lab has been thoroughly inspected, certified and documented to be compliant with ISO/ IEC 17025 requirements. We procure the Primary reference materials directly from NIST having an accuracy of 0.2 %.

Oxygen is a colorless, odorless and tasteless gas that supports life and combustion. All elements, except rare gases, react with oxygen, over a wide range of temperatures, to form oxides. Oxygen is 1.1 times heavier than air and is slightly soluble in water.Oxygen is present in the atmosphere at a concentration of 21.0%. Oxygen is recovered from air in an Air Separation Unit (ASU) where it is drawn off as a cryogenic liquid at about -298°F. Oxygen can then be distributed as a cryogenic liquid or as a gas in cylinders. Oxygen can also be generated onsite, using various techniques.

Oxygen, nitrogen and argon are recovered from air using a cryogenic method developed by Linde Germany. Particulates are removed from the incoming air, which is then repeatedly compressed and cooled. Water, hydrocarbons and carbon dioxide are then removed. With further processing, the air eventually becomes a liquid and the individual gases are separated by distillation Bhuruka produce superior products in air separation (ASU) unit in Bangalore city India. We can deliver these in large, or bulk, quantities. Not only do we supply you with these gases, our cryogenic expert helps you to install system, drawing the product either as a cryogenic liquid or as a gas. Our effective solutions that allow your applications to run smoothly, safely and profitably. Outstanding Features Of 120 TPD Linde ASU Trustworthy Linde AG engineered process equipments like Structured Packed Distillation Columns, Multi Layer Cross Flow MHE etc. Robust Atlas Copco AG engineered Turbo Compressors, Turbine etc. Siemens AG engineered PLCs. Robust ABB engineered HT motors, SF6 Breakers etc. Prudent and proven Digital Control System from Yokogawa, Japan to navigate and manage process machineries and distillation towers Columns Distributed control system. High Standard product analyzers integrated with DCS Centum-1000 to take care of intermittent feed and reflux adjustment to avoid human error and to produce highest purity ranges of Liquid Oxygen, Liquid Nitrogen and Liquid Argon. Super Insulated Cryogenic Road Tankers manufactured by MVE and Chart Industries.

Hydrogen is abundant in nature, but only as an element that forms part of other compounds. This is why, in order to use it as an energy carrier, energy has to be applied first to extract hydrogen from these source.Hydrogen gas (plus oxygen gas as byproduct) is produced by splitting the water molecules by electrochemical means through. The application of direct current into electrolysis cell. Numbers of cells are connected in series with modular type for requisite Production capacity. Many safety features are incorporated in the designing of cell to avoid mixing of hydrogen and oxygen within the cell.

Capacity : 50m3/hr

manufacture of Refrigerant Gases. Propane, Butane, Iso-Butane and Propylene with minimum purity of 99.5 % are manufactured. We have Laboratory facility for analysis of the impurities in all these gases. The plant is designed and Built for Bhuruka Gases Ltd by our European Supplier. Hydrocarbon Refrigerants are extensively used and are fast replacing Halocarbon based refrigerants which are Environmental non friendly. Refrigerant Gases- Hydrocarbons Propane- 99.5% (R-290) Iso-Butane-99.5% (R-600a) N-Butane-99.5% (R-600) Propylene-99.5% (R-1270) Refrigerant Gases- Others CF4 -99.999% (R-14) C4F8-99.999% (R-C318) Sf6 -99.9% (R-) Propane - C3H8(R-290) Characteristics General : A Colorless, flammable liquefied and odorless gas. Health Hazard : A Simple asphyxiate.

Use of the proper gas regulator for reducing pressure of gases contained in high-pressure gas cylinders is critical. Using the wrong gas regulator can result in compromising gas purity or accuracy, premature equipment failure, or even personal injury. Bhuruka helps to select the right gas regulator to the specialty gas you use. Simply specify the type of specialty gas you are using and Bhuruka will recommend the appropriate gas regulator(s) for your application.

We developed exclusive technology to purify Helium up to 99.9999% purity. The product can be filled in 50 lts WC cylinders upto 200 bar pressure. We maintain top class analysis facility to analyze the impurities up to 50 ppb level and the standards are traceable to NIST/NPL. We plan to supply this product to various top laboratories in India and abroad.