CrystalTCS

Ejectors perform a central role in Flare Gas Recovery Systems [subsequently denoted by FGRS] by compressing the low pressure gas mixtures to working pressures. Ejectors utilize the available high pressure gas as an energy source to bring about this compression.  Since the commencement of Oil and Gas Production and advent of petroleum refineries, little importance was given to the generated flare gas mixtures. This gas was termed as waste gas and was collected in large diameter headers. The gas was then burned off and the combustion products were let off to the Atmosphere. Flare Gas Recovery (FGR) is the process of recovering the waste gases that would normally be flared, so they can be used as fuel gas elsewhere in the facility. This results in reduced emissions and cost savings. Flare Gas Handling Systems: Since the commencement of Oil and Gas Production and the advent of petroleum refineries, little importance was given to the generated flare gas mixtures. This gas wa

Slurry pumping is a demanding application which puts a strain on the pumping setup. Eductors being static devices do not create maintenance and reliability problems when used for Slurry handling. Our experience with Ejector Technology enables us to derive solutions for even the most viscous slurries applications. The flow friendly and non-clogging nature of Eductor design makes our Slurry Eductors the perfect match for your slurry handling requirements. Our material selection plays an important role in ensuring long operating life in the face of abrasive conditions. Slurry handling units are supplied as standalone Ejector units as well as full- fledged skid mounted installations. Slurry Eductors are used to introduce solids into liquids with no moving parts. They are an ideal way to continuously produce solutions or well blended slurries and are commonly used in chemical, food, power, pharmaceutical, and wastewater applications. Slurry Eductor Advantages of Slurry Educto

Eductors are widely used in the Shipbuilding industry on account of their reliable performance and maintenance free operation. We manufacture and supply Bilge Eductors specially adapted for the needs of the shipbuilding Industry. Our Eductors manufactured in Bronze and Duplex Steels provide exhaustive resistance against Sea water corrosion and ensure a long operating life. Whether it’s de-ballasting the ballast tanks or stripping the bilge or degassing the tanks, Our Eductors always deliver on performance. The self-priming nature and high suction capacity of our Ballast Eductors makes Ballasting easier while the Capacity to provide high suction lifts helps in stripping the bilges to the last liter with the help of our Bilge Eductors. Our Liquid jet Vacuum Eductors ensure consistent degassing and help to avoid an escape of any harmful and toxic gases from the storage tanks. We manufacture Eductors with the highest quality standards and follow stringent inspection procedures. Our

Tantalum heat exchanger comprises Tantalum tubes with Carbon Steel Shell. The development comprises a completely welded metal structure. Tantalum is immune to thermal and mechanical shock. The tantalum heat exchangers have a future of around 7 to 8 years. And it needs to be clean after 2 to 3 years.  A Tantalum Heat Exchanger uses a totally welded metal plan that has no gaskets to spill out. The tantalum heat exchangers are normally subject to Dye Penetration for surface cracks detection, Hydro testing and for certain situation Helium leak testing to check the equipment leakage. Tantalum Heat Exchangers for Ultimate Corrosion resistance: Sulfuric acid Phosphoric acid Bromines and their mixtures Nitric acid Hydrochloric acid Strong organic acids Tantalum Heat Exchangers The ability of tantalum to resist severe corrosion makes it an ideal choice for heat exchangers with highly corrosive process fluids. Severe Corrosive environments involved in heating /boiling of

Flare Gas Recovery is done with re-compression, for example, either for enhanced oil recovery or by re-injecting into the main process. This adds cost but does not add income directly. We believe that it is possible to use a lean and mean process train to turn flare gas into profitable products rather than waste. Depending on the location and available infrastructure, the valuable product can be electricity, LPG, or pipeline-quality natural gas (in order of increasing profitability). In the absence of a nearby gas grid pipeline, production of CNG, LNG, or synthetic crude oil, methanol or dimethyl ether (via a GTL process) may be more suitable. Flare Gas Recovery Systems are specialised compression bundles, which mean to recover and repurpose gasses and emissions, like methane/LPGs and sulphur dioxide that will usually be burned throughout the flaring method. Key to the protected operation of refineries and petrochemical facilities, the method involves capturing the gas from the