環保督察組一來就膽戰心驚？生物脫硫讓您放心。

Is the environmental inspection team scared as soon as they arrive? Biological desulfurization gives you peace of mind.

在全球煉廠的發展進程中，生物脫硫正逐步成為新的行業標配，這背后是一場深刻的技術革命，源于其對傳統化學脫硫痛點的有效解決。

In the development process of global refineries, biological desulfurization is gradually becoming a new industry standard, which is behind a profound technological revolution, stemming from its effective solution to the pain points of traditional chemical desulfurization.

傳統化學脫硫在運行成本方面面臨巨大壓力。每年耗費堿液高達 180 萬，催化劑費用也需 70 萬之多。與之形成鮮明對比的是，生物脫硫依靠微生物菌種的自增殖特性，年耗材費用低于 20 萬，極大地降低了運行成本。

Traditional chemical desulfurization faces enormous pressure in terms of operating costs. The annual consumption of alkaline solution is as high as 1.8 million yuan, and the catalyst cost is also as high as 700000 yuan. In sharp contrast, biological desulfurization relies on the self proliferation characteristics of microbial strains, with an annual consumable cost of less than 200000 yuan, greatly reducing operating costs.

從副產物價值來看，傳統化學脫硫產出的是低純度硫磺，純度僅在 90%-95% 之間，市場銷售困難。而生物脫硫產出的是純度高達 99.9% 的工業硫磺，單價較傳統產物提升 30%，顯著提高了副產物的經濟價值。

From the perspective of by-product value, traditional chemical desulfurization produces low purity sulfur, with a purity only between 90% and 95%, making it difficult to sell in the market. Biological desulfurization produces industrial sulfur with a purity of up to 99.9%, with a unit price 30% higher than traditional products, significantly increasing the economic value of by-products.

環保風險一直是傳統化學脫硫難以回避的問題。其廢液 COD 超標，罰款率超過 40%。生物脫硫實現了零危廢排放，并通過了 HJ 2005-2018 認證，從根本上解決了環保隱患。

Environmental risks have always been an unavoidable issue in traditional chemical desulfurization. The COD of its waste liquid exceeds the standard, and the penalty rate exceeds 40%. Biological desulfurization has achieved zero hazardous waste emissions and passed HJ 2005-2018 certification, fundamentally solving environmental hazards.

系統穩定性方面，傳統化學脫硫易出現堵塔以及硫泡沫崩潰等狀況，每年停機時間長達 23 天，嚴重影響生產效率。生物脫硫采用全自動生物膜反應器，能夠連續運行 8000 小時，保障了生產的連續性與穩定性。

In terms of system stability, traditional chemical desulfurization is prone to tower plugging and sulfur foam collapse, with downtime of 23 days per year, which seriously affects production efficiency. The biological desulfurization adopts a fully automatic biofilm reactor, which can operate continuously for 8000 hours, ensuring the continuity and stability of production.

在全球日益重視碳排放和可持續發展的大背景下，傳統化學脫硫每噸硫磺產生 0.8 噸 CO?，而生物脫硫碳足跡減少 67%，這對于煉廠提升 ESG 評級大有裨益，有助于企業在環保和社會責任方面達到更高標準。綜上所述，生物脫硫憑借在運行成本、副產物價值、環保風險、系統穩定性以及碳排放等多個痛點維度上的顯著優勢，成為全球煉廠順應技術發展潮流、實現高效綠色發展的新標配 。

Against the backdrop of increasing global emphasis on carbon emissions and sustainable development, traditional chemical desulfurization produces 0.8 tons of CO per ton of sulfur?, And the carbon footprint of biological desulfurization has been reduced by 67%, which is of great benefit to refineries in improving their ESG ratings and helping companies achieve higher standards in environmental protection and social responsibility. In summary, biological desulfurization has become a new standard for global refineries to follow the trend of technological development and achieve efficient and green development, thanks to its significant advantages in multiple pain points such as operating costs, by-product value, environmental risks, system stability, and carbon emissions.

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