Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Low BTU Gas Monetisation Technology Commercial Evaluation

View through CrossRef
Abstract Natural gas is normally composed of three types of group components; i.e., hydrocarbons, inert and sour components. The natural gas hydrocarbon component consists of light straight chain hydrocarbons; i.e., methane, ethane, propane, butanes, pentane, etc. The inert component consists of nitrogen and water vapors whereas the sour component normally consists of carbon dioxide (CO2), hydrogen sulfide (H2S), mercaptans, carbonyl sulfide, etc. The inert and sour components need to be removed to control the high heating value (HHV) of sales gas to a minimum of 930 BTU/SCF to meet the desired fuel gas specification and to keep sour gas content to a permissible limit in terms of health and safety regulations. Gas purification and treatment technologies are required for removing the inert and sour gas components. Normally, a gas containing more than 20 mol% inert and sour gases is termed a sub quality natural gas (SQNG). This type of gas is normally a lean gas with less heavy hydrocarbon components and has a lower heating value. The inert and sour components need to be removed to meet the sales gas and fuel gas specifications. The Kingdom of Saudi Arabia has various undeveloped low BTU gas fields with significant gas reserves in the southern and northern part. Low BTU or "trash" gas monetization is required to meet the Kingdom's growing future gas demand, minimize crude oil burning and spare crude oil for export. The Saudi Aramco Gas Operation department is responsible for future gas development as well as the operation and optimization of the existing gas plants. Due to the growth in energy demand in the kingdom, Saudi Aramco is considering and evaluating whether it should develop low BTU gases. In this regard, Saudi Aramco has undertaken several initiatives and carried out many technical and commercial studies to develop and monetize gas resources.
Title: Low BTU Gas Monetisation Technology Commercial Evaluation
Description:
Abstract Natural gas is normally composed of three types of group components; i.
e.
, hydrocarbons, inert and sour components.
The natural gas hydrocarbon component consists of light straight chain hydrocarbons; i.
e.
, methane, ethane, propane, butanes, pentane, etc.
The inert component consists of nitrogen and water vapors whereas the sour component normally consists of carbon dioxide (CO2), hydrogen sulfide (H2S), mercaptans, carbonyl sulfide, etc.
The inert and sour components need to be removed to control the high heating value (HHV) of sales gas to a minimum of 930 BTU/SCF to meet the desired fuel gas specification and to keep sour gas content to a permissible limit in terms of health and safety regulations.
Gas purification and treatment technologies are required for removing the inert and sour gas components.
Normally, a gas containing more than 20 mol% inert and sour gases is termed a sub quality natural gas (SQNG).
This type of gas is normally a lean gas with less heavy hydrocarbon components and has a lower heating value.
The inert and sour components need to be removed to meet the sales gas and fuel gas specifications.
The Kingdom of Saudi Arabia has various undeveloped low BTU gas fields with significant gas reserves in the southern and northern part.
Low BTU or "trash" gas monetization is required to meet the Kingdom's growing future gas demand, minimize crude oil burning and spare crude oil for export.
The Saudi Aramco Gas Operation department is responsible for future gas development as well as the operation and optimization of the existing gas plants.
Due to the growth in energy demand in the kingdom, Saudi Aramco is considering and evaluating whether it should develop low BTU gases.
In this regard, Saudi Aramco has undertaken several initiatives and carried out many technical and commercial studies to develop and monetize gas resources.

Related Results

Success Story of the Development of Extremely Low-BTU Flare Tip Technology
Success Story of the Development of Extremely Low-BTU Flare Tip Technology
Abstract Current low-BTU flare tip technologies require a flare gas lower heating value (LHV) of approximately 200 BTU/scf while significant advancement on CO2 remov...
Extremely Low Btu Flare Tip Technology Breakthrough, A Crucial Step Toward Net-Zero in the Oil & Gas Industry
Extremely Low Btu Flare Tip Technology Breakthrough, A Crucial Step Toward Net-Zero in the Oil & Gas Industry
Abstract The oil and gas industry faces a significant challenge in reducing greenhouse gas (GHG) emissions to achieve net-zero ambitions. Existing lean gas or low...
Composting for Feedlot Manure Management and Soil Quality
Composting for Feedlot Manure Management and Soil Quality
Contemporary industrialized grain and livestock production is Characterized by efficient, large‐scale confined animal feedlot operations (CAFOs) and equally efficient and large‐sca...
Low BTU Fuels Operation in Heavy Duty Gas Turbines: Ansaldo Energia Experience
Low BTU Fuels Operation in Heavy Duty Gas Turbines: Ansaldo Energia Experience
The ever increasing energy demand on conventional natural gas and oil fuels has made the need much more important to use low BTU fuels to the maximum possible both in terms of econ...
Comparisons of Pore Structure for Unconventional Tight Gas, Coalbed Methane and Shale Gas Reservoirs
Comparisons of Pore Structure for Unconventional Tight Gas, Coalbed Methane and Shale Gas Reservoirs
Extended abstract Tight sands gas, coalbed methane and shale gas are three kinds of typical unconventional natural gas. With the decrease of conventional oil and gas...
Manager Of Supply Planning And Projects
Manager Of Supply Planning And Projects
Abstract The Southern California Gas Company is responsible for providing gas service to 12 million southern Californians. SoCal Gas, like other major gas distrib...

Back to Top