field gas Articles | Environmental XPRT

Exergy of natural gas flow in Iran's natural gas fields

Natural gas flow has a valuable pressure exergy which is currently destroyed in throttling valves at exit of the gas fields. In the current study, this pressure exergy has been calculated for an actual case. Exergy analysis was based on actual condition of the Shanol gas field, which is situated in Iran, in the summer. It is assumed to be a good representative of Iran's whole gas fields. Exergy ...

Feb. 19, 2009

By Inderscience Publishers

Baseline groundwater quality in unconventional oil and gas fields

In recent years, expansion of unconventional oil and gas production has prompted significant interest in potential impacts on drinking water resources. In many cases, water quality investigations rely on access to landowner water wells to develop baseline data prior to drilling; respond to spills, complaints, or incidents; or evaluate potential impacts due to drilling, completion, hydraulic ...

Jun. 10, 2015

By IWA Publishing

3-in-1 Flame-Ox High BTU Thermal Oxidizer - Case Study

Environmental Issues Controlling the off-gas from a remediation project, where high concentrations of petroleum hydrocarbons are present, can be a difficult if not dangerous process when utilizing internal combustion engines and conventional oxidation technology. In more recent years, the use of high vacuum pumps to accomplish both liquid and gas phase extraction — sometimes ...

Nov. 21, 2018

By Catalytic Combustion Corporation (CCC)

$Evaluation research on performance of permeability and fracture in Sulige gas field by new method$

Evaluation research on performance of permeability and fracture in Sulige gas field by new method

Tight gas is the most available alternative unconventional natural gas in China. Its potential is huge and the Sulige gas field is the biggest one. However, there are many urgent development problems to be solved, and evaluating well performance is of one of them. Low permeability, strong stress sensitivity and hydraulic fracturing make it difficult to predict well performance. Evaluating the ...

Jun. 1, 2014

By Inderscience Publishers

Safety Systems Depend on Reliable Field Sensors (Emphasis on Fire and Gas Detectors)

Abstract Because not all hazards are the same, identifying and quantifying the hazard is the starting point in choosing sensing technology. Not all detectors are the same, and they should be selected according to their ability to detect the hazard. This paper gives a broad summary of technologies that provide users reliable responses to hazardous conditions, that minimise false ...

Jul. 15, 2010

By Det-Tronics - Detector Electronics Corporation part of UTC Climate, Controls & Security

University of Sheffield performs MS in the field with a Peak gas generator - Case Study

The University of Sheffield conduct metabolomics field research with the help of one of Peak's Genius N118LA nitrogen generators. P3 - Plant Production and Protection - a department at The Univeristy of Sheffield, uses forward and reverse genetics to identify regulatory genes of plant development and defence. One of the main priorities of their research is crop defence. Dr Heather Walker ...

Sep. 13, 2018

By Peak Scientific Instruments Ltd

Field scale and economical analysis of carbon dioxide, nitrogen, and lean gas injection scenarios in Pazanan gas condensate reservoir

Liquid dropouts around the wellbore in gas condensate reservoirs causes severe reductions in gas production rates, the permanent loss of a large portion of volatile and valuable condensates, and a wrong estimation of well deliverability. It is believed that applying diffusion coefficients and the Generalised Pseudo Pressure (GPP) method leads to more accurate modelling of reservoir performance. ...

Feb. 20, 2014

By Inderscience Publishers

Axetris Sensor Field Test

The Axetris LGDs were operated continuously for two years. After intensive laboratory testing, they went out into the field in 2015. Axetris was able to test the functionality of its sensors under real-life conditions thanks to the support of the Linth waste incineration plant. The gas concentration measuring devices called laser gas detectors ( ...

May 31, 2017

By Axetris AG

Leveling the carbon playing field

Climate change is one of the most far-reaching economic challenges of our times. Unchecked, it threatens the welfare of people around the globe. Mitigating the worst of its impacts will require mobilizing capital and technology in innovative ways that will transform the global economy. The good news is that if we do it right we can generate technologies and markets that will not only leave us a ...

May 25, 2008

By World Resources Institute WRI

Numerical simulation and field test study of desulfurization wastewater evaporation treatment through flue gas

Aimed at cost saving and pollution reduction, a novel desulfurization wastewater evaporation treatment system (DWETS) for handling wet flue gas desulfurization (WFGD) wastewater of a coal-fired power plant was studied. The system's advantages include simple process, and less investment and space. The feasibility of this system has been proven and the appropriate position and number of ...

Oct. 19, 2014

By IWA Publishing

Hydrate risks and prevention solutions for a high pressure gas field offshore in South China Sea

YC13-4 gas field is located in the west of the South China Sea, where the seawater depth is around 90 m, and the average surface temperature is 26.2°C, while the minimum temperature at seabed is 18.9°C. Subsea wellheads are designed for gas production. In this paper, the risks of hydrate formation during drilling, well testing and gas production are analysed under different operation conditions. ...

Sep. 30, 2013

By Inderscience Publishers

Numerical modelling of gas dispersion from road tunnels in urban environments: comparison with field experiment data

Numerical computations and field experiments of the dispersion of a tracer gas from a road tunnel in Paris are compared. The Reynolds-averaged Navier-Stokes equations, combined with the k-ε turbulence model of Chen and Kim, are solved using the finite-volume code PHOENICS. Results are shown to be sensitive to the turbulence modelling and to the parameterisation of turbulence and drag forces ...

Sep. 14, 2009

By Inderscience Publishers

New Developments in Thermal Dispersion Mass Flow Meters: In-The-Field Compensation for Changes in Natural Gas Composition

Introduction The flow of natural gas in pipelines is often complicated by changes in the composition of the gas. The method described in this paper solves the problem of variable composition via a new four-temperature mass flow sensor. The new (low sensor feeds its measurements into the algorithms of an advanced mathematical model that includes gas properties in its calculations. The method ...

May 4, 2015

By Sierra Instruments, Inc.

Field Performance Testing for Pipeline Pumps

Significant energy savings can be achieved by optimizing pump operating efficiency. Measuring the exact pump performance with crude oil under realistic conditions in the field is the first step towards improving the pump efficiency in the future. About 20 billion barrels of crude oil were transported through pipelines in 2015. Around the world, there are over one million kilometers of ...

Jul. 12, 2016

By Sulzer Ltd.

Successful Dunbar Field Life Extension

The advent of high-power multiphase pumps is changing the world of oil production. In particular, they allow continued production from fields that are nearing the end of their useful lives. These revolutionary pumps have been in operation since autumn 1999 on the Dunbar platform, in the UK sector of the North Sea. Multiphase pumping (MPP) is essentially a means of adding energy to the ...

Jul. 12, 2016

By Sulzer Ltd.

Manufactured gas plant investigation

A two-person BEACON field team installed 304 PSG Samplers over a two-day period. Samplers were installed through soils, gravel, asphalt, and concrete. To accommodate field schedules, the Samplers were exposed for eight days in the field and the two-person field team required one day for retrieval of the Samplers. Survey results clearly showed where source areas are present on the site, as well as ...

Apr. 8, 2010

By Beacon Environmental Services, Inc.

Oil Field Produce Waste Water Treatment

Oily Waste Produce Water Treatment Oil Field Produce Waste Water Treatment Testing Produce Water Oil Field Production The oil industry has been ...

Jan. 29, 2009

By Integrated Engineers Inc.

What is the difference between a gas analyser and a gas monitor?

Technically, there does not have to be any difference at all. However, semantically, “analysis” might suggest something more scientific with higher precision and better performance than a simple “monitor” which possibly suggests a more indicative output where precision is of less importance. ...

Mar. 14, 2018

By Opsis AB

Advanced gas analysis - on the go

The field of ambient air analysis - monitoring industrial and other environments for harmful concentrations of gases - has traditionally faced a technology limitations: Would you prefer a complete and reliable tool, which will be bulky, complicated and inconvenient? Or would you like a nice portable one that's simple and lightweight, but unreliable and limited in its capability? Truly complete ...

Oct. 1, 2012

By HHCS Handheld USA Inc.

Gas flow control method of recycling gas drilling technology

Recycling gas drilling is a new drilling technology. The paper based on the theory of gas transient flow, a set of theoretic models of gas flow control at the export of annulus are set up in combinations of the principles of the seepage flow mechanics and the characteristics of recycling gas drilling technique. According to the basic laws which the flowing gas should comply with, the properties ...

Sep. 30, 2013

By Inderscience Publishers

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