MVME177P-54SE模塊備件
地板的設計和建造必須保證對儲存物質(zhì)的滲透率為1 x 10-6 cm/sec或更低；以及（iv）容器的設計和制造必須符合國家認可協(xié)會(huì )或獨立測試實(shí)驗室制定的一致準則、標準或慣例，并適合于儲存的物質(zhì)和儲存條件。本規定不適用于經(jīng)陳述、標記、認證或銷(xiāo)售的符合危險物質(zhì)運輸條件且符合適用聯(lián)邦要求的容器；以及（v）容器必須存放在穩定位置。如果堆放此類(lèi)集裝箱，則必須將其堆放在穩定的平臺或托盤(pán)上。（2） 正在運輸或在中轉區停留不到五天的集裝箱，以及在現場(chǎng)停留不超過(guò)180天的有軌車(chē)和卡車(chē)拖車(chē)，不受本小節第（1）款的儲存要求的限制。（3） 從1996年8月11日開(kāi)始，容器必須滿(mǎn)足以下要求：（i）每個(gè)容器必須貼有標簽，以識別其內容物；以及（ii）必須為儲存在集裝箱儲存區內的所有集裝箱保存庫存記錄。此類(lèi)記錄必須包括容器的數量和每個(gè)容器的內容。598.6地下儲罐系統——測試和檢查。（a） 輔助設備的測試和檢查。自1995年8月11日起，業(yè)主或運營(yíng)商必須按照以下要求檢查輔助設備：6 NYCRR第598部分–2015年10月11日第12頁(yè)，
（1）必須每月檢查通風(fēng)孔、泄壓裝置、儀表、警報器、防溢流設備、陰極保護監測設備、其他監測設備、警告警報器和安全系統。必須目視檢查設備的清潔度、泄漏、腐蝕和可操作性。（2） 必須對自動(dòng)管線(xiàn)泄漏檢測器和陰極系統進(jìn)行年度測試，以確保設備正常運行，從而保護受腐蝕的儲罐或管道。陰極保護系統必須由合格的技術(shù)人員進(jìn)行檢查，以確保存在足夠的結構到電解質(zhì)的電位，以防腐蝕。如果任何管線(xiàn)泄漏檢測器或陰極保護系統未能提供必要的保護，則必須根據本部分第598.9（a）（2）節采取措施。（b） 地下儲罐泄漏檢測。從1995年8月11日開(kāi)始，業(yè)主和運營(yíng)商必須使用以下一種或多種方法檢查地下儲罐的泄漏情況：（1）如果每月檢測到1%的流量加130加侖的泄漏，并且每年進(jìn)行一次密封性測試，則可以使用庫存監控。庫存監控必須按照40 CFR第280.43（a）節（見(jiàn)本部分第598.1[j]節）中規定的標準進(jìn)行。（2） 可以使用壓力監測、真空監測、電子監測或手動(dòng)取樣來(lái)對雙壁罐的間隙空間進(jìn)行每周監測。（3） 可使用蒸汽井監測開(kāi)挖區的土壤。
The floor must be designed and constructed so that the permeability to the stored material is 1 x 10-6 cm/sec or less; And (iv) containers must be designed and manufactured in accordance with consistent codes, standards or practices established by the National Accreditation Society or independent testing laboratories, and suitable for the substances and storage conditions being stored. This provision does not apply to containers that are stated, marked, certified, or sold in compliance with the conditions for transportation of hazardous substances and meet applicable federal requirements; And (v) the container must be stored in a stable position. If such containers are stacked, they must be stacked on stable platforms or pallets. (2) Containers that are being transported or remain in the transit area for less than five days, and railcars and truck trailers that remain on site for less than 180 days, are not subject to the storage requirements of paragraph (1) of this subsection. (3) As of August 11, 1996, containers must meet the following requirements: (i) Each container must be labeled to identify its contents; And (ii) must maintain inventory records for all containers stored in the container storage area. Such records must include the number of containers and the contents of each container. 598.6 Underground Storage Tank Systems - Testing and Inspection. (a) Testing and inspection of auxiliary equipment. From August 11, 1995, the owner or operator must inspect the auxiliary equipment in accordance with the following requirements: 6 NYCRR Part 598 – October 11, 2015 Page 12,
(1) Vents, pressure relief devices, instruments, alarms, anti overflow equipment, cathodic protection monitoring equipment, other monitoring equipment, warning alarms and safety systems must be inspected monthly. The equipment must be visually inspected for cleanliness, leaks, corrosion and operability. (2) The automatic line leak detector and cathodic system must be tested annually to ensure proper operation of the equipment to protect the corroded tank or pipeline. The cathodic protection system must be checked by qualified technicians to ensure that there is enough potential from the structure to the electrolyte to prevent corrosion. If any pipeline leakage detector or cathodic protection system fails to provide necessary protection, measures must be taken according to section 598.9 (a) (2) of this part. (b) Leakage detection of underground storage tank. From August 11, 1995, owners and operators must use one or more of the following methods to check the leakage of underground storage tanks: (1) If 1% of the flow plus 130 gallons of leakage is detected every month, and the leak tightness test is conducted once a year, inventory monitoring can be used. Inventory monitoring must be conducted in accordance with the standards specified in 40 CFR Section 280.43 (a) (see 598.1 [j] of this part). (2) The clearance space of the double wall tank can be monitored weekly using pressure monitoring, vacuum monitoring, electronic monitoring or manual sampling. (3) A steam well can be used to monitor the soil in the excavation area.
