Vaporizer System Articles & Analysis
21 articles found
STABILIS Solution: Stabilis was contracted in early 2011 for LNG supply as well as engineering, procurement and construction services to design, build, own, operate and maintain (“DBOOM”) a 50,000-gallon LNG storage and vaporization system including odorization. Stabilis worked with equipment suppliers and local civil, mechanical and electrical ...
Challenge: Stabilis custom-designed the first packaged LNG solution for fracturing operations, consisting of an LNG ISO container paired with a gas-fired, water/glycol bath vaporizer. The first two systems were deployed to a large Midcon operator in early 2014. ...
PROJECT DETAILS Location: PayneCounty, OK Flow Rate LP: 1.5MMSCFD LP Inlet Pressure(ΔP): 8-10oz/in2 Heating Value: 2351 BTU/SCF Blower: 5 HP VS Info: Midstream Client Aereon’s Cyclone Series Air Assist flare is used to maintain emission compliance by destroying condensate tank vapors at a Gathering System’s Compressor Station. The ...
Greenbelt Resources Corporation (OTC: GRCO) an innovator of sustainable energy production systems, today announced that it was selected by EcoPAS, a California company, to manufacture its PAS (Passive Alcohol System) – a revolutionary pollution control device that captures and transforms gaseous ethanol emissions into quality spirit products. ...
We have reported aluminium doped zinc oxide (AZO) film grown on sapphire substrate using dual–plasma–enhanced metal–organic chemical vapour deposition (DPEMOCVD) system. The crystalline quality, surface morphology, optical properties, and electrical characteristic of AZO film depend on the deposition temperature and Al content. The 185°C–deposited and 2.88 at%–Al–doped AZO film shows a strong ...
Performance comparisons of two vapour compression refrigeration cycles (CYC1 and CYC2) based on the exergetic analysis with three natural refrigerants: ammonia, propane and isobutane are presented using vortex tube as an expansion device. Effects of various operating and design parameters on the performance improvement are presented. Results are shown that the exergetic efficiency improvement ...
In this paper, energy and exergy analyses and performance comparison of R22 and its alternatives, R407C and R410A, in a vapour compression refrigeration system (VCRS) have been presented. For this aim, detailed first law (energy) and second law (exergy) analysis of these three refrigerants have been performed. Analyses have been performed for different evaporator (range of -40°C to 0°C ...
The geothermal energy that is stored in the earth is so vast that could supply all the energy needed by humanity. The difficulty in tapping this energy lies in its diffusivity. The geothermal energy in regions near volcanoes is close to the surface and easy to use economically. In this paper a vapour dominated system will be examined. The electricity that is produced from such a system is ...
Many of the top-grade steam vacuums feature steam temperatures as high as 369ºF and pressure levels of up to 125 psi for improved cleaning action. In addition, high-quality vapor steam cleaning systems are equipped with self-cleaning boilers. ...
The XPH-5900IU, which offers faster heating and drying times to allow cleaning pros to use the system as close to continuously as possible, is comparable to the power of larger machines. ...
The cleaning capabilities of vapor steam cleaner machines are renowned all over the world. For this reason, cleaning professionals in charge of maintaining high-traffic areas now trust the cleaning power of steam vapor machines to help them accomplish their job with minimum effort and without compromising on the quality of cleaning results. ...
Unlike hard surface machines, these vapor steaming machines do not come equipped with motorized spinning functions that offer better results in cleaning, compared to vapor systems as well as non-motorized versions. ...
Performance improvement techniques in power generation systems especially in gas turbine–steam turbine (GT–ST) combined cycle (CC) power plants by compressor inlet air cooling prove to be much improvising. In this work, the performance enhancement of CC power plant by inlet air cooling method using lithium bromide–water (LiBr/H2O) absorption refrigeration system powered by waste heat from heat ...
The second law of thermodynamics combined with economics forms a powerful tool for systematic analysis and assessment of energy systems. This paper presents an exergoeconomic optimisation of 50 MW steam turbine power plant associated with a large fertiliser industrial unit through Thermoeconomic Evaluation and Optimisation (TEO) method, and identifies the losses in various components. As the ...
Cooling system with low capacity utilising solar power can be widely used for remote and rural cooling applications. This paper describes the trend of solar insolation for a period of one year at Tiruvannamalai town, a district capital in Tamil Nadu state, South India which is geographically located at latitude 12.229 N, longitude 79.076 E. The performance of a compact solar refrigeration system ...
Performance improvement techniques in power generation systems especially in gas turbine-steam turbine (GT-ST) combined cycle (CC) power plants by compressor inlet air cooling prove to be much improvising. In this work, the performance enhancement of CC power plant by inlet air cooling method using lithium bromide-water (LiBr/H2O) absorption refrigeration system powered by waste heat from heat ...
A refrigeration system is conceived and analysed wherein high grade waste heat from the gas cooler of a TCRS is utilised to operate a single effect H2O-LiBr VARS. A simulation program is developed for computation of optimum gas cooler pressure of TCRS. The COP and ? ex for individual TCRS and VARS as well as for the combined system have been evaluated. For different values of evaporator ...
In this study, thermodynamic and thermoeconomic analysis procedures are applied to a subcooled and superheated vapour compression refrigeration system for different refrigerants. By thermodynamic analysis, Coefficient of Performance (COP), irreversibilities and exergetic efficiencies of a theoretical refrigeration system are determined to evaluate the system performance. With the thermoeconomic ...
In this study, the first and second laws of thermodynamics are employed to analyse the performance of an experimental Vapour-Compression Refrigerating Machine (VCRM) using R410A. The exergy method is used to evaluate the irreversibility of each component when some working parameters are varied. The dimensionless exergy loss rate of each component is analysed, emphasising their contribution to the ...
The parametric investigations of actual Vapour Compression Refrigeration (VCR) cycle in terms of Coefficient of Performance (COP), Exergy Destruction (ED) and exergetic efficiency of refrigerants R-22, R-407C and R-410A have been predicted with the help of a developed computational model. The present investigation has been carried out for evaporator and condenser temperatures in the range of ...