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HomeMy WebLinkAboutPublic Comment from James LingleJames Lingle 308 Yale Circle. CPW Page 1 of 13 3/24/25 TWO NEW FACTS RE DWP PROJECT Existing pipeline attached to south side of CPW bridge carries HAZARDOUS LIQUID ---specifically "Vacuum Gas Oil" (VGO). Pipeline map attached (source: National Pipeline Mapping System). Pipeline operator is Zenith Energy. IMPORTANT: If pipeline was built at same time as bridge (1963), then it is 62 years old. It has already passed the typical useful design life of 50 to 60 years. Both the DWP and AES power plants receive their natural gas from a So. Calif. Gas pipeline that runs south on Studebaker Road under Seventh St., then east to the two plants. Pipeline map attached (source: So. Calif. Gas). IMPORTANT: THE PROPOSED DWP WATER PIPELINE TAKES THE SAME ROUTE SOUTH ON''STUDEBAKER AS THE GAS PIPELINE UNTIL IT REACHES COLLEGE PARK DRIVE. TWO KEY QUESTIONS FOR DWP 1. Why was the fact that the CPW bridge has an existing 50+ year -old pipeline that carries hazardous liquid not even mentioned in their 698 page project study? Was it an oversight (hard to believe) or an intentional omission? 2. Why is the So. Calif. Gas pipeline route not a perfectly suitable alternative to the proposed DWP route? ,(The gas pipeline route does not touch the aging CPW Bridge with its hazardous liquid pipeline or dangerously restrict traffic flow on College Park Drive.) The gas pipeline route is DWP's "Plan B" --- they just refuse to acknowledge it. If the City Council doesn't asks who will? 3 vgo oil and gas All Images News ♦ .AI Overview Shopping Videos Short videos Forums More � Learn more Vacuum Gas Oil (VGO) is a semi -finished refinery product, an intermediate feedstock produced during petroleum refining by vacuum distillation, used as a feedstock for catalytic cracking units (like FCC) to produce gasoline and diesel. o Here's a more detailed explanation: What it is: VGO is a heavy oil fraction obtained from crude oil distillation, specifically during the vacuum distillation process. & How it's produced: Vacuum distillation involves heating residual oil in a vacuum to reduce its boiling point temperature, allowing for separation of heavier fractions at lower temperatures, thus minimizing thermal cracking. o Why it's important: VGO is a crucial feedstock for upgrading to higher -value products like gasoline and diesel through processes like catalytic cracking (FCC) and hydrocracking. 61 Key uses: • Feedstock for catalytic cracking units (FCC): VGO is a primary input for FCC units, which convert it into gasoline �nd other fuels. rP • Feedstock for hydrocracking: VGO can also be processed in hydrocrackers to produce lighter fuels and other products. P • Blending: VGO can be blended with other refined products to meet specific fuel specifications. & Properties: VGO typically has a boiling point range between 370•C and 565•C (700•F to 1050•F) and is a complex mixture of hydrocarbon molecules. Market: The vacuum gas oil market is growing, driven by increasing demand for transportation 'uels and industrial applications. e Companies: Key players in the vacuum gas oil market include LUKOIL, TAIF-NK, KazMunayGas, Axeon Specialty Products, Neste, Vertex Refining, Honeywell UOP, Gazprom Neft, Kuwait Petroleum Corporation, Zhejiang Petrochemical Corporation, and U.S. Oil & Refining Co. & )0 3 Tools 3�( 3 F iwyn u a a � N n Dr 0. e Yaffe Lr.- I Hanard.La .. f S _` _..-�-5an &a0rfef.Rivtr BNwTreU----v • - P°e Vt P ' o `tea PJt. { .. v yeas � I MS N a `� " ,M v.-- N.Studebaker Rd" fn CL --tang 4ac` e�kewey Rtt-t♦ - Q,eese Dr . 0 4 N a .o t h BNd t�f pg 7 PY F O J S ,Po 4 o2 4e�pd 0 5M P C Z �rh4 p r pd c t a - � w Kene.T. 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V a W ` - - i. 5�13 2 LU U) V Z a a W J a a a O Q Z v rig q 6/13 9 mm� Enm � Egg m 5Yl f l p 6 iyE $ _ �E E 's 1 S5 fifill lilt :ter @ 2 m o 201 O jjcy 4�4 O � o O a bVlsaJ µ _m J - Xa44LYPlll�py! Manna A, u IV'S 9 C i oN! i ry I I,II i x su Y � a a J F.. F I{.. „ I I11 p I'd rl II K�4y I y Ell z m I G l ill lilt ^It llllil iililil l'I lilli.ii ill IIII'i'I. €. 1 Ili IIIi: � ij I Ii i 11 I:. I13�1L31 _ - - II1'i'I11 ,F -I II 1' l Iil 1I tea I. 1!1 I I IIr! l y d 10/15/2020 Zenith Energy Acquires Three Interconnected West Coast Terminals from Plains All American Pipeline Enhances terminal and pipeline infrastructure in greater Los Angeles and connectivity throughout the west coast Zenith Energy has completed the acquisition of three interconnected terminals in greater Los Angeles ("Los Angeles Terminals" or "LAT") from Plains All American Pipeline ("Plains"). This acquisition demonstrates Zenith's continued commitment to expanding its portfolio of high -quality, safe and reliable energy storage solutions to meet the growing need of customers in key markets across the country. "Zenith is excited to be entering the Los Angeles market with these] strategic assets, which can efficiently supply California's current energy', needs with great flexibility to play a part in the Tuture iow-caroon energy ianoscape sata jerr Hrmstrony, rresiaeni ano Chief Executive Officer of Zenith. S/ 3 The terminal and pipeline infrastructure comprise terminals in Los Angeles County, commonly referred to as the Long Beach, Dominguez Hills and Alamitos Terminals, in addition to approximately 50 miles of bi-directional pipeline providing interconnection between the terminals as well as direct connectivity to all major refineries in the region. "The Los Angeles Terminals and related infrastructure are both beneficial for customers and strategically important for our business," said Armstrong "We look forward to bringing to bear our core values, including safety first and environmental protection among many others, through our expanded footprint to continue to deliver high -quality service. We are also excited to welcome new employees to the Zenith family as we swiftly transition operation of the Terminals." The Terminals have an aggregate storage capacity of 8.2 million barrels and are connected to deep water docks and Line 2000, Line 63 and the M70 pipeline systems from Northern California as well as the refining and biorefining systems in southern California. < Back to News Z_/ CVi3 / . 0\ k 2 a 7 t?&$/ e m_ / .g ƒ \ '2 § m k 2 LA : w 7 7 ƒ § 7 » u u / 2 \ $ \ \ O co % / ° > CC) 3 \ 2 t 0± m \ / / � / ƒ / / \ \ k / U @ \ a kn \\ 7$ k 2 o § 3 / f Q& 2 m= = \ f/ u s 2 2> gas pipeline useful life All Images Videos Shopping News Short videos Forums i More + Al Overview X v j. Q Learn more Gas pipelines are typically designed for a useful life of around 50 years, but their actual lifespan can vary depending on factors like maintenance, materials, and operating conditions, potentially extending to 60 years or even longer for well -maintained pipelines. Here's a more detailed breakdown: Design Life: Gas pipelines are engineered with a target lifespan of around 50 years. Factors Affecting Longevity: • Maintenance: Regular maintenance and inspections can significantly extend the lifespan of a pipeline. o • Material: The type of material used in the pipeline (e.g., steel, plastic) and its quality influence its durability. c' • Operating Conditions: Factors like pressure and temperature can affect the pipeline's lifespan. & • Environmental Conditions: Soil type, burial depth, and the presence of corrosion can impact the pipeline's integrity. & Signs of Potential Problems: • Corrosion: Corrosion, especially in steel pipelines, can weaken the pipe and lead to leaks or fractures. 0 • Cracks: Cracks can develop in pipelines over time, especially in areas of high stress or due to corrosion. o • Leaks: Leaks are a major safety concern and can indicate that a pipeline is nearing the end of its useful life. LT Replacement Decisions: Pipeline replacement decisions are based on a combination of factors, including safety, reliability, and economics. 9 Example: Some steel pipelines, when equipped with anti -corrosion coatings, buried more deeply, exposed to lower pressures, and regularly inspected, can function effectively for over 70 vparc 0 t%3 41 ••• Tools SoCalGas - Los Angeles ty '@a 6. NX . t= cc - �Q h ff p� 9 O ti, i' V r PN eMtl it Ib-91[ gyg - x' 0 'pe. Y Q� O f \S IL 4. C 3 �e P -al! �\de\edcv is Residential Business About Us msocalGas. Home Services - this information. ® Report a gas leak ® Ver en es an -oft 33 Billing & Payment - Savings - Safetytainal Pipelines may be located anywhere, including under streets and sidewalks, and on private property. This map shows the general locations of SoCalGas owned or operated Gas Transmission Pipelines and High Pressure (greater than 60 pounds per square inch) Gas Distribution Mains. Lower pressure distribution mains and smaller service lines connected to the gas meters at homes and businesses are not shown. To locate Gas Transmission or Hazardous Liquid Pipelines operated by companies other than SoCalGas, please visit the U.S. Department of Transportation's Pipeline and Hazardous Materials Safety Administration website.. View the Map Search for pipeline information by county. Select County • Fresno • Imperial • Kern • Kings • Los Angeles • Monterey • Orange • Riverside • San Bernardino • San Luis Obispo • Santa Barbara • Tulare • Ventura m m a Cr `T