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#landuse — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #landuse, aggregated by home.social.

  1. Gargantuan American Gasometers of Yesteryear

    1968 Los Angeles – Source: waterandpower.org

    This blog author can still picture in my mind the giant gasometer on Prospect Avenue in Indianapolis from my youth. For the longest time I had no idea what purpose these enormous structures were built for. Well, it turns out they stored manufactured gas from coal in the days before natural gas became plentiful and readily available via pipelines.

    “A gasometer is used to store [manufactured] gas at atmospheric temperature and ambient, relative to the surrounding environment, temperatures. If the structure were still in use there would be walls visible inside the cage with a visible “cap”, rising and falling dependent on amount of gas stored.”

    – schuylkillcorps.org

    Today…it appears that all gasometers except possibly one cage-like frame in Philadelphia are gone. Erased from urban landscape histories like they never existed, despite often being the tallest, and potentially the largest structure in the entire city. In some places they were referred to as gas holders, gas tanks, or even gas towers, though most “gas holders” tended to be smaller conical-topped buildings from the later half of the 19th century.

    Gas holder tended to be a leftover term used primarily on the East Coast from the conical-topped gas storage structure designs. However, for purposes of this blogpost, gasometer will be utilized when referring to the gargantuan cylindrical metal-frame structures that dominated skylines across the country.

    Listed below are a number of the tallest and largest of the gasometers identified to date across the United States. There were many more whose records are absent from the internet or who have been lost in the annals of time.

    The list is not supposed to be comprehensive, just representative of an era that has both passed and has been largely undocumented or preserved to the extent it deserves. Included are both the telescopic gasometers whose inner gas containment would rise and fall based on the amount of gas being stored at the time, as well as piston operated ones.

    This blog author finds it quite sad when we have discarded certain engineering marvels to the point of oblivion. Gasometers and previously discussed railroad coaling towers are two such victims of modernized extinction here in the United States. But somehow, Europe finds ways to preserve and adapt fascinating aspects of its industrial heritage in unique, interesting, and innovative ways. A separate blogpost on their success at preserving gasometers will be forthcoming on this blog site.

    Peace!

    p.s. A separate blogpost will cover 19th-century gas holders in more detail.

    p.s.s. The number of photos included in the post appear to have reached the maximum allowed. As a result, a number of other photos could not be added. A separate post will be published showing many of these.

    • Peoples Gasometer @ 73rd & Central Park (1928-1970s): Chicago, IL = 490 feet/20 million cubic feet
    Source: industrialscenery.blogspot.com
    • Brooklyn Union Gas Maspeth Gasometers x 2 (1927/1928-2001): Brooklyn, NY = 400 feet x 2/16 million cubic feet each
    Source: controlled-demolition.com
    • Citizens Gas & Coke Gasometer – Northwestern Avenue (1941-1980): Indianapolis, IN = 387 feet – if anyone has an image of this gasometer, please forward it or a link.
    • Kokomo Gasometer Tower (1955-2003): Kokomo, IN = 387 feet/12 million cubic feet
    • PGSE Harrison Gas Works “Gentle Giant” Gasometer (1925-1996): Newark (Harrison), NJ = 380 feet
    Source: Facebook.com
    • Peoples Gasometer @ Kedzie & Pratt (1926-?): Chicago, IL = 362 feet/15 million cubic feet
    Source: wbez.com
    • Citizens Gas & Coke Gasometer – Prospect Avenue (1941-2016): Indianapolis, IN = 361 feet
    Indianapolis/Prospect Avenue – Source: reddit.com
    • “Gas is Best” Lynch Station Gasometer (1927-1960s): Detroit, MI = 330 feet
    Source: Facebook.com
    • Peoples Gasometer @ Six Corners/Portage Park (1920s-1971): Chicago, IL = 300 feet
    Source: dnainfo.com
    • LA Gas & Electric @ Ducommon and Center Gasometer (1912-1960): Los Ángeles, CA = 300 feet
    Source: waterandpower.org
    • Allentown-Bethlehem Gas Co. Gasometer (1927-2004): Allentown, PA = 290 feet/6 million cubic feet – see images below

    Source of three images above- commons.wikimedia.org

    • Harrisburg Gas Co. Southside Gasometer (1926-?): Harrisburg, PA ~285 feet/6 million cubic feet
    Source: newspapers.com
    • Brooklyn Union Gas Elmhurst/Newton Gasometers x 2 (1910/1921-1996): Queens, NY = 270 feet each
    Source: Facebook.com
    • CG&E Potrero Hill Gasometer “Old Ugly” (1950-1989): San Francisco, CA = 260 feet/17 million cubic feet
    “Old Ugly” – Source: opensfhistory.org via Facebook.com “Old Ugly” – Source: opensfhistory.org
    • BGE Melvale/North Baltimore Gasometer (1933-2013): Baltimore, MD = 258 feet/7 million cubic feet
    Source: baltimoresun.com
    • Long Beach Gas and Oil Gasometer (1927-1997): Long Beach, CA = 220 feet/10 million cubic feet
    Source: Facebook.com
    • BGE Spring Gardens Gasometers x 3 (built between 1912 and 1921 and demolished in 1996, 1998, and 1999): Baltimore, MD ~220 feet each
    Source: Facebook.com
    • PGW Gasometer – Port Richmond/Venango Ave. (1954-2023): Philadelphia, PA = 212 feet
    Source: phillyvoice.com
    • Columbia Piston Gasometer (1926-1966): Binghamton, NY = 210 feet/3 million cubic feet
    Source: Facebook.com
    • Brooklyn Gas Works Coney Island Gasometers x 2 (1908-1981): Brooklyn, NY = 200+ feet each
    Source: Facebook.com
    • Equitable Gas Telescopic Gasometers x 3 – Reedsdale Street (?-1927): Pittsburgh, PA tallest = 200 feet
    • Madison Gas & Electric Gasometer – E. Main & Livingston (?-1967): Madison, WI = 176 feet
    • Laclede Gas Company Gasometer – Forest Park Southeast (1901-2007): St. Louis, MO = 175 feet
    Source: builtstlouis.net
    • Cedar Rapids Gas Co. Gasometers x 2 (1926-?) – First & Ninth Streets: Cedar Rapids, IA ~125 feet/1 million cubic feet and ?/500k cubic feet
    • PGW Point Breeze Gasometer (pre-1898-?): Philadelphia, PA = 90 feet
    Source: Facebook.com
    • Fulton Works Gasometer (1950-2021): Richmond, VA ~60 feet/600k cubic feet

    Others:

    Aurora Gaslight Hurd’s Island Gasometer: Aurora, IL

    Aurora – Source: aurorahistory.org

    Chicago Area – 73rd & Central; Kedzie & Pratt; and Six Corners listed by heights above, plus Goose Island; 87th, 95th, 97th Streets; Skyway; North & Clybourn; Oakton & McCormick in Skokie; West Rogers Park; Blue Island; 4600 W. Roosevelt in Cicero; Aurora (directly above); and 31st & Ashland.

    North & Clybourn – Source: industrial scenery.blogspot.com Chicago Skyway Gasometer – Source: industrial scenery.blogspot.com Gasometers near 97th Street in Chicago – Source: industrualscenery.blogspot.com Chicago West Rogers Park – Source: Facebook.com

    Duluth Gasometer – Price’s Point: Duluth, MN

    Duluth – Source: twin ports rail history via flickr.com

    Evansville Gas Works Gasometer- 5th & Pennsylvania (?-1962): Evansville, IN

    Fitchburg Gas and Electric Light Co.: Fitchburg, MA x 2

    Fort Wayne Gas Co. Telescopic Gasometer – North Side (1906~1955): Fort Wayne, IN

    Fort Wayne – Source: towns-and-nature.blogspot,com

    Kenosha Gas Works Gas Holder (ca 1921-1965): Kenosha, WI

    Kenosha – Source: instagram.com

    Laclede Gas Company Gasometer Pumping Station/Natural Bridge Road (1920-2013): St. Louis, MO

    Source: sublunarphoto.com

    Laclede Gas Company Gasometers – Shrewsbury x 2 (?-2009): St. Louis, MO

    Laclede Gas Company Gasometer- Chouteau Ave. (1940-2013): St. Louis, MO

    Los Angeles Area – Ducommon & Center and Long Beach listed by heigh above, plus Formosa & Romaine (LA Gas & Electric) ?-1973; Aliso Street (LAG&E); Ramona & San Bernardino Freeways x 3; and LA Gas & Electric Hollywood Gasometer (1936-mid-1970s).

    Minneagasco Gasometer – Gasworks Bluff: Minneapolis, MN

    New York City Area: See Brooklyn and Queens gasometers with heights listed above. Also, Stuyvestant Town/Manhattan; E. 61st Street/Manhattan (2); Nassau Avenue/Queens (2); Nostrand Avenue/Brooklyn (2); Bridge Street/Brooklyn; Astoria/Queens (2); Linden Place/Queens; First Ave.-East Harlem/Manhattan; Great North Side-Tremont/Bronx (2); and Riverside Drive/Manhattan

    NIPSCO Gasometers – Miami Avenue @ Pennsylvania (1949-1972), tall one plus a smaller one: South Bend, IN

    North Shore Gas – North Plant Gasometer (1927-1965): Waukegan, IL

    NSP Gasometer – Oxford & Fuller: St. Paul, MN

    PG&E 50th Street Gasometer (1927-1990): Oakland, CA

    Source: Facebook.com

    PGSE North Park Street Gasometer (1900-?): East Orange, NJ = /1.148 million cubic feet

    East Orange, NJ – Source: Facebook.com

    Philadelphia Area: United Gas Improvement Gasometers – Castor Avenue/Port Richmond (?-1966): Philadelphia, PA. Also multiple near Passyunk Ave Bridge; Long Lane & Marshall – Upper Darby (?-1968); x 2 – Germantown (Belford Ave); Bristol

    Bristol, PA – Source: bristolmgp.com Germantown, PA Gasometers – Source: Facebook.com PGW Gasometer in Passyunk/Philadelphia – Source: schuylkillcorps.org

    South Gas Works – two gas holders (left) and two gasometers (right) at the Wealthy Ave. Bridge – Grand Rapids, MI

    Grand Rapids – Source: historygranrapids.org

    More locations (not comprehensive):

    Bangor, ME

    Battle Creek, MI

    Boston (Dorchester), MA and Boston (North End), MA – nicknamed “Old Gassy”

    Bridgeport, CT along Pine Street

    Cambridge, MA – Cambridge Gas Light Co.

    Camden, NJ

    Camden, NJ – Source: urbanomnibus.net

    Champaign-Urbana, IL – Hill & Fifth Streets

    Decatur, IL x 2

    Edison, NJ

    Erie, PA

    Fargo, ND

    Hammond-Whiting, IN x 2

    Indiana Gas & Chemical Gasometer- Terre Haute, IN – between Hulman & 13th

    Lewiston Gas Light Co – Lewiston, ME x 2

    Lima, OH off Elm Street = 1 million cubic feet

    Lima – Source: Facebook.com

    Louisville, KY – near Tenth & Ormsby

    Lowell, MA

    Lynchburg, VA = 1 or 2

    Lynn, MA- Lynn Gas & Electric Co.

    Miami, FL x 3

    Milwaukee Gas Co. gasometers x 4 (1904-1950s): West Side Gas Works: Milwaukee, WI

    Modesto, CA

    Muskegon, MI x 2

    New Brunswick, NJ x 2

    New Haven Gas Works x 4 – East & Chapel Streets near Belle Dockyards

    New Haven – Source: Flickr.com

    New London, CT

    New Orleans, LA x 2

    New Rochelle-Pelham, NY x 3 (3m, 1m, and 350k)

    Norfolk, VA – VEPCO Gas Storage Tanks x 3

    Pasadena, CA x 2

    Pasadena – Source: Facebook.com

    Petersburg, VA = 42 feet

    Portland, ME x 2

    Quincy, IL

    Quincy-Braintree, MA = /750k cubic feet

    Source: Facebook.com

    Racine, WI x 2 near the lakefront, east of Lake Avenue

    Rockford Gas, Light & Coke, IL

    St. Petersburg, FL x 2 (?-1980s)

    St. Petersburg, FL – Source: Facebook.com

    Seattle Gas Works, WA (?-1971)

    Sioux City, IA – Court Street

    Stockton, CA x 2 or 3

    Stockton – Source; Facebook.com

    Toledo, OH

    Trenton, NJ x 2 PGSE

    Trenton, NJ – Source: Facebook.com

    Utica, NY x 2

    Washington, DC – Foggy Bottom x 2

    Worcester, MA

    York, PA – York Gas Works x 2 = 2 million cubic feet in larger gas holder

    York, PA – Source: yorkblog.com

    SOURCES:

    #cities #energy #gas #gasometers #geography #history #landUse #manufacturedGas #skylines #utilities
  2. 🌍 Irrigation cools the land it waters. So why does it barely change global temperature? Using our model MPI-ESM, Philipp de Vrese, Victor Brovkin & colleagues show that the global response to #LandUse change scales with shifts in planetary albedo. Evaporative cooling largely cancels out globally; what counts are the low clouds that extra evaporation creates. So land-surface change fits the radiative forcing framework.
    📄 doi.org/10.1038/s41467-026-778

    © Adobe Stock/Mario Faubert
    #ClimateScience

  3. The Future of Power⚡ Finland’s Sand Batteries

    Source: polarnightenergy.com

    In the second of this series, panethos.wordpress.com explores Finland’s ongoing development of sand batteries. The advantages of such a power storage system are numerous, though there is one application where improvement is necessary. Benefits include:

    • Sand is plentiful, clean, easily accessible, and does not have to be replaced in sand batteries.
    • There is no need for rare earth minerals.
    • Certain industrial byproducts, like crushed soapstone, can be used as an alternative.
    • Sand batteries reduce the need for fossil fuels.
    • “Upfront costs are much less than lithium-ion systems for heating applications” – gemini.google.com
    • “Top applications currently include the production of hot water, warm/hot air, and steam.” – polarnightenergy.com
    • “Lowest lifetime cost, with additional profits from reserve markets.” [Up to 30 years.] – polarnightenergy.com
    • “The thermal storage medium used in sand batteries can include side streams from manufacturing or mining industries, meaning there’s often no need to extract virgin materials.” – polarnightenergy.com
    • “Supports the utilization of surplus renewable electricity.” – polarnightenergy.com
    • “Sand batteries can retain heat for up to 100 hours [now 125 hours], whereas most other systems, like utility-grade lithium, provide only a few hours of storage between charges.” – corporateknights.com
    • “Thanks to its large storage capacity, the system allows electricity usage to be optimized over several days or even weeks.” – polarnightenergy.com
    • “The sand battery saves thousands of tons in GHG emissions annually, with zero toxic or harmful substances released.” – polarnightenergy.com
    • “Unlike lithium-ion batteries that lose capacity over time and through charge cycles, the sand itself never degrades. It can be heated and cooled indefinitely for decades without losing its storage capabilities.” – gemimi.google.com
    • “Because dry sand is an excellent natural insulator and does not experience ‘self-discharge’ like chemical batteries, it is highly efficient for long-term thermal storage.” – gemini.google.com

    The primary limitation for sand batteries has to do with converting the stored thermal energy back into electricity. Due to the energy losses that take place, costs become an issue. The facility in Valkeakoski (see more below) is a pilot plant that hopes to find ways to improve the conversion ratio and make sand batteries a more efficient source of energy beyond heating-related applications.

    Shown below are four sand battery facilities that are in operation or will be opening soon. A future sand battery is proposed outside of Finland in the fellow Baltic nation of Latvia.

    Peace!

    Kankaanpää Thermal Sand Battery (2022) = 200 kilowatts of thermal power for 40 continuous hours at maximum output in a 7 m/ tall tower. Storage of energy can be for months.

    Source: polarnightenergy.com

    Pornainen Thermal Sand Battery (2025) = 1 megawatt of thermal power for 100 continuous at maximum output in a 13 m/ tall tower. Storage of energy can be for months.

    Source: reddit.com

    Valkeakoski Power to Heat to Power System (2025-2027) pilot system

    Source: livescience.com

    “The Sand to Power Pilot will test Polar Night Energy’s next-generation Sand Battery, designed to operate at significantly higher temperatures and pressures than current systems. The main goals are to:

    • Validate heat-to-power conversion and efficiency in real-world conditions, without needing a turbine since its performance can be accurately simulated.
      Develop and test new materials and designs capable of withstanding higher operating temperatures.
    • Integrate the system into Valkeakoski’s district heating network, ensuring that heat from the Pilot plant is utilized in heat production.
    • Lay the foundation for commercial-scale electricity production plants, creating a scalable pathway for renewable energy storage.”

    – polarnightenergy.com

    Vääksy Thermal Sand Battery (2027) = 2 megawatts of thermal power for 125 continuous hours at maximum output in a 14 m/ tall tower. Storage of energy can be for months.

    Source: energy-storage.news

    Latvia (proposed future location yet undisclosed)

    SOURCES:

    #cleanEnergy #energy #environment #Europe #Finland #landUse #planning #power #sand #sandBatteries #thermal
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