Underground storage of oil and gas in salt deposits and other non-hard rocks

by Wolfgang Dreyer

Publisher: Halsted Press, Publisher: Wiley in New York, Chichester

Written in English
Cover of: Underground storage of oil and gas in salt deposits and other non-hard rocks | Wolfgang Dreyer
Published: Pages: 207 Downloads: 473
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  • Petroleum -- Underground storage.,
  • Salt deposits.,
  • Gas, Natural -- Underground storage.,
  • Salt deposits.

Edition Notes

Statementby Wolfgang Dreyer ; (translated by Gerhard Maase).
SeriesGeology of petroleum -- v.4, Geologyof petroleum -- v.4.
LC ClassificationsTP692.5
The Physical Object
Paginationvi,207p. :
Number of Pages207
ID Numbers
Open LibraryOL21462604M
ISBN 100471100110, 0470271388

Underground storage is the process which effectively balances a variable demand market with a desirably constant supply provided by pipelines. Storage reservoirs are the unique warehouses designed and developed to provide a ready supply of natural gas . The code HORSMIC was written to solve the problem of calculating the shape of hydrocarbon (gas or liquid) storage caverns formed by solution mining in bedded salt formations. In the past many storage caverns have been formed by vertically drilling into salt dome formations and solution mining large-aspect-ratio, vertically axisymmetric caverns. Aug 08,  · Abstract. The presence of interfaces has a critical influence on the stability and tightness of underground gas/oil storages. In China, these energy storages are constructed mainly in bedded salt formations and are widely clubhipicbanyoles.com by: high and resembled oil storage tanks. In we introduced a new system to the Southwest: underground storage of natural gas. This system is based on. the simple premise that if an underground rock formation held oil and natural gas securely for millions of years, it could continue to do so under controlled circumstances.

Ontario Oil, Gas & Salt Resources Library (Canada). Information on geology, oil, natural gas, salt, water, solution mining, and subsurface hydrocarbon storage in Ontario. The sample is drawn from the respondents to the EIA, Monthly Underground Gas Storage Report, which, among other things, collects data on total capacity, base gas, working gas, injections, and withdrawals, by reservoir and storage facility, from all underground natural gas storage operators. Data from the EIA survey are tabulated and. US Natural Gas Non-Salt Underground Storage is at a current level of T, down from T last month and up from T one year ago. This is a change of . Underground gas and oil storage facilities such as salt caverns or salt dome caverns have been used since the ’s for the economic secure and safe storage of a variety of hydrocarbons including Liquefied Petroleum Gas (LPG), propane, butane, ethane, ethylene, fuel oil, gasoline, and crude oil.

Exploration for oil and natural gas begins with examining the surface and sub-surface structure of the earth, and determining where it is likely that oil and natural gas deposits might exist. It was learned in the mid 's that anticlinal slopes had an increased chance of containing deposits. Dreyr, W., , Underground Storage of Oil and Gas in Salt Deposits and other Non-Hard Rocks, Halsted Press, New York. Eerola, M. and M. Ylosjoki, , The effect of particle shape on the friction angle of coarse-grained aggregates, Vol. 1, pp. , First international congress of the International Association of Engineering Geology. As of , there are 9 active storage facilities, active status storage wells and caverns with a storage capacity of ~73 million barrels, and 49 brine ponds. To see a complete overview of the UHS program and for more information about the geology of the area and cavern development please see the Underground Hydrocarbon Storage Program. Year Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec; 1,, 1,, , 1,, 1,, 1,, 2,, 2,, 2,, 3,,

Underground storage of oil and gas in salt deposits and other non-hard rocks by Wolfgang Dreyer Download PDF EPUB FB2

Buy Underground Storage of Oil and Gas in Salt Deposits and Other Non-Hard Rocks (Geology of Petroleum, Volume 4) on clubhipicbanyoles.com FREE SHIPPING on qualified orders. select article Underground storage of oil and gas in salt deposits and other non-hard rocks Book review Full text access Underground storage of oil and gas in salt deposits and other non-hard rocks.

H.J. Pincus. Pages Download PDF; select article Structure and development of the Greenland-Scotland Ridge, new methods and concepts.

A key element of this strategy will be underground CO 2 storage. This volume reviews the technologies and issues involved in the underground storage of natural gas and CO 2, with examples from the UK and overseas.

The potential for underground storage of other gases such as hydrogen, or compressed air linked to renewable sources is also reviewed. This book contains the proceedings of NATO Advanced Study Institute, 'Underground Storage of Natural Gas - Theory and Practice', which was held at The Middle East Technical University, Ankara, Turkey during May Underground storage is the process which effectively balances a variable demand market with a desirably constant supply provided by pipelines.5/5(1).

Underground storage of natural gas and CO 2 in salt caverns in deep and ultra-deep water offshore Brazil Due to its crystalline structure, salt rocks exhibit time- other criteria were established, such as the maximum depth.

Underground Storage of Natural Gas Liquids in Ohio’s Underground Salt Deposits Prepared by: Thomas E. Tomastik, CPG and J. Daniel Arthur, P.E., SPEC, ALL Consulting Presented at the Ground Water Protection Council UIC Conference, Februaryin Tulsa, Oklahoma.

Porous rock offers excellent storage characteristics. The porosity and fissurization of the rock are ideal prerequisites for storing gas. Storage reservoirs are underground gas storage facilities in depleted gas or oil deposits as well as in aquifer horizons.

Since gas and oil have previously been extracted from these deposits. There are three principal types of underground storage methods: depleted oil or gas reservoirs, aquifers, and salt cavern formations. Depleted Reservoirs. The most common form of underground storage is depleted gas reservoirs. They are formations that have already been exhausted of most of their recoverable oil and natural gas.

First successful gas storage project completed in in Ontario in an operating gas field. Following year, operations began in the Zoar field (depleted reservoir) near Buffalo, NY. The U.S. has underground gas storage projects –more than any other country. Yang et al. [4] and Yang et al.

[5] defined the major risks associated with hydrocarbon storage caverns in bedded salt rock and used FLAC3D to analyze the long-term stability of gas storage under. In view of the increasing importance of natural gas for China, especially when the West to east gas pipeline project started, Petrochina launched a study on constructing underground gas storage in the bedded salt deposit in The study was completed in the summer of after five years of work by experts from more than 6 clubhipicbanyoles.com by: 2.

Stability and tightness evaluation of bedded rock salt formations for underground gas/oil storage stability of the energy storage caverns in bedded salt rocks. Get this from a library. Underground storage of oil and gas in salt deposits and other non-hard rocks.

[W Dreyer]. Natural gas is stored underground in geological structures whose properties allow gas to be stored and withdrawn when required. Gas storage is described as conventional when it is carried out using depleted or partially depleted gas production reservoirs, semiconventional depleted oil reservoirs or aquifers (in other words geological.

The properties of underground salt make it ideal for hydrocarbon storage. • Salt is inert to hydrocarbons. • As a rock formation, salt can be extremely strong, hard, and dense, with a compressive strength similar to concrete in formations used for storage.

SUMMARY OF ROCK SALT DEPOSITS IN THE UNITED STATES AS POSSIBLE STORAGE SITES FOR RADIOACTIVE WASTE MATERIALS By W. PIERCE and E. RICH ABSTRACT This summary report on the rock salt deposits of the United States has been compiled from the literature as a part of the Radioactive Materials ManagementCited by: Oct 23,  · The U.S.

has three primary types of underground natural gas storage facilities: depleted fields, aquifers, and salt caverns. Depleted natural gas fields provide by far the largest share of natural gas storage capacity and together with aquifer storage are used primarily to. Underground Storage Reservoirs.

Some of the mines developed in salt domes have been carefully sealed and then used as storage sites for oil, natural gas, and hydrogen. Salt domes in the United States and Russia also serve as national repositories for government reserves of helium gas. Salt is the only type of rock that has a permeability so low.

fluids for drilling oil and gas wells or can be used to make salt or other chemicals. Once caverns have reached their maximum permitted size or can no longer be operated efficiently, brine production stops, and the caverns are either left filled with brine or are used for other purposes, such as storage.

Appraisal of underground energy storage potential in Northern Ireland D.J. Evans, D.M. Reay, N.J. Riley, W.I.

Mitchell and J. Busby salt deposits onshore and close offshore. Such underground resources are routinely used Comment on the UGS accidents relative to other areas of the oil/gas. Here in a salt mine, a local company, Underground Vaults & Storage, has built quite a business keeping important stuff safe.

Tornadoes can't touch its vault burrowed the equivalent of 60 stories. When none is available, other types of reservoirs are used. Gas is stored underground in oil reservoirs, aquifers, depleted mines, and as liquefied gas in man-made caverns. Gas storage in some oil reservoirs may have more merit than storage in other types of enclosures.

Since salt caverns are constructed in a geological formation, the structural safety problem of a salt cavern is essentially a geotechnical problem. In this paper, we describe the application of the Geotechnical Safety Program (GSP) to a gas storage cavern in salt, focusing on the first two components - performance criteria and design clubhipicbanyoles.com: Lianyang Zhang, Grismala Ralph, Francisco Silva.

Underground storage of Diesel fuel oil in Salt Caverns Dirk-jan Mollema, In the salt deposit in Twente was first discovered when locals constructed a well for drinking the purest, in layers B, C and D there are also layers with rocks present. Only salt A and B are extracted completely, and a small part of salt C.

This is to Author: H.J. Mollema. The second largest natural gas field is the Urengoy gas field, and the third largest is the Yamburg gas field, both in Russia.

Like oil, natural gas is often found underwater in offshore gas fields such as the North Sea, Corrib Gas Field off Ireland, and near Sable Island. The technology to extract and transport offshore natural gas is.

gas is stored in (salt) caverns, underground mines, aquifers, oil‐ and gas fields in increasing volumes. The first storage of natural gas in a salt cavern was at Unity Saskatchewan, in the USA, in Nowadays there are many salt caverns used for oil and gas storageAuthor: Q.A.L.V.

Noordoven. Quite frequently,excavation in the earth is employed for purposes other than mining. These include civiland militaryworksin which the object is to produce a stable opening of a desired size,orientation,and permanence. Examples are vehicular,water,and sewer tunnels,plus underground storage facilities,waste disposal areas,and military installations.

Energy and Minerals - Underground salt deposits are found in both sedimentary and domal deposits. Sodium chloride or common salt is the chemical compound NaCl. It occurs naturally in many parts of the world as the mineral halite and as mixedevaporites in salt lakes.

Chapter 8 PETROLEUM For the foreseeable future, oil will remain a critical fuel for the United States and all other industrialized nations. [In order to make the U.S. economy less dependent on oil,] the National Energy Strategy proposes initiatives to (1) reduce the economic consequences of.

The main solution mining method of gas storage in salt cavern is positive cycle in China. The solution mining speed is low which need from four years to five years to build a cavern with the volume of cubic meters.

The method of solution mining is single. It is difficult to adapt to the rapid development of domestic underground gas clubhipicbanyoles.com: Ban Fansheng.

Oct 25,  · W. Dreyer has written: 'Underground storage of oil and gas in salt deposits and other non-hard rocks' -- subject(s): Natural gas, Petroleum, Salt deposits, Underground storage Asked in .Strataca is a salt mine museum in Hutchinson, Kansas, United clubhipicbanyoles.com was previously known as the Kansas Underground Salt clubhipicbanyoles.com museum is built within one of the world's largest deposits of rock salt and provides the opportunity to go feet ( m) beneath the Earth’s surface.

It is a unique destination attraction for exploring an environment carved from salt deposits formed Coordinates: 38°02′37″N 97°52′03″W / °N .Mining in Kansas. Much of the state's economic growth has been based on abundant mineral deposits.

During the late 19th and early 20th centuries, coal, oil and natural gas, lead and zinc, salt, and many other natural resources were extracted from the earth.