SF結(jié)構(gòu)：

1、內(nèi)層：采用6mm厚的Q235-B鋼板制造，與普通的厚度僅5mm的單層油罐相比，強(qiáng)度提高。

2、外層：強(qiáng)化玻璃纖維層，厚度達(dá)到2.5mm以上，抗壓抗震性好。具有耐腐蝕性、耐電蝕性；

3、貫通間隙：0.1~3.5mm；300°的范圍，無牢固支撐。

4、加強(qiáng)結(jié)構(gòu)：內(nèi)罐加強(qiáng)

5、檢測設(shè)備：泄漏檢測儀24小時實(shí)時監(jiān)控，監(jiān)測到間隙空間底部液位時發(fā)出警報雙層油罐如果內(nèi)罐滲漏，雙層間隙內(nèi)帶有一定壓力的氣體或檢測液，會進(jìn)入常壓的內(nèi)罐；雙層間隙內(nèi)的壓力或液位會發(fā)生變化，觸發(fā)聲光報警器。儲液滲漏進(jìn)雙層間隙后，由于外罐完好，儲液并不會漏出。因此，儲液、土壤和地下水都是安全的。 [7]

如果外罐滲漏，雙層間隙內(nèi)帶有一定壓力的氣體或檢測液，會進(jìn)入土壤。同理，雙層間隙內(nèi)的壓力或液位會發(fā)生變化，觸發(fā)聲光報警器。此時，由于內(nèi)罐是完好的，儲液安全；進(jìn)入土壤的只有氣體或檢測液，因此，土壤和地下水也是安全的。

由于內(nèi)罐接觸的儲液與外罐所接觸的土壤、地下水，屬于不同介質(zhì)，對罐體材料腐蝕速率不同，在同一時間發(fā)生滲漏的概率幾乎為零。因此，可以杜絕儲液漏出罐外，做到了生產(chǎn)安全和保護(hù)環(huán)境

SF structure:

1. Inner layer: It is made of 6mm thick Q235-B steel plate. Compared with the ordinary single-layer oil tank with a thickness of only 5mm, its strength is improved.2. Outer layer: reinforced glass fiber layer, with a thickness of more than 2.5mm, and good compression and seismic resistance. It has corrosion resistance and electric corrosion resistance;

3. Through clearance: 0.1~3.5 mm; No firm support within the range of 300 °.

4. Reinforced structure: inner tank reinforced

5. Detection equipment: the leakage detector monitors the liquid level at the bottom of the clearance space 24 hours in real time, and gives an alarm when it detects the liquid level at the bottom of the clearance space. If the inner tank of the double-layer oil tank leaks, the gas or detection liquid with a certain pressure in the double-layer clearance will enter the atmospheric inner tank; The pressure or liquid level in the double-layer gap will change, triggering the audible and visual alarm. After the reservoir leaks into the double-layer gap, the reservoir will not leak out because the outer tank is intact. Therefore, the storage liquid, soil and groundwater are safe.  [7]

If the outer tank leaks, the gas or detection liquid with a certain pressure in the double-layer gap will enter the soil. Similarly, the pressure or liquid level in the double-layer gap will change, triggering the audible and visual alarm. At this time, since the inner tank is intact, the liquid storage is safe; Only gas or detection liquid enters the soil, so the soil and groundwater are also safe.

Since the storage liquid in contact with the inner tank and the soil and groundwater in contact with the outer tank belong to different media and have different corrosion rates to the tank materials, the probability of leakage at the same time is almost zero. Therefore, it can prevent the reservoir from leaking out of the tank, and achieve production safety and environmental protection