环保督察组一来就胆战心惊？生物脱硫让您放心。

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

在全球炼厂的发展进程中，生物脱硫正逐步成为新的行业标配，这背后是一场深刻的技术革命，源于其对传统化学脱硫痛点的有效解决。

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.

传统化学脱硫在运行成本方面面临巨大压力。每年耗费碱液高达 180 万，催化剂费用也需 70 万之多。与之形成鲜明对比的是，生物脱硫依靠微生物菌种的自增殖特性，年耗材费用低于 20 万，极大地降低了运行成本。

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.

从副产物价值来看，传统化学脱硫产出的是低纯度硫磺，纯度仅在 90%-95% 之间，市场销售困难。而生物脱硫产出的是纯度高达 99.9% 的工业硫磺，单价较传统产物提升 30%，显著提高了副产物的经济价值。

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.

环保风险一直是传统化学脱硫难以回避的问题。其废液 COD 超标，罚款率超过 40%。生物脱硫实现了零危废排放，并通过了 HJ 2005-2018 认证，从根本上解决了环保隐患。

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.

系统稳定性方面，传统化学脱硫易出现堵塔以及硫泡沫崩溃等状况，每年停机时间长达 23 天，严重影响生产效率。生物脱硫采用全自动生物膜反应器，能够连续运行 8000 小时，保障了生产的连续性与稳定性。

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.

在全球日益重视碳排放和可持续发展的大背景下，传统化学脱硫每吨硫磺产生 0.8 吨 CO?，而生物脱硫碳足迹减少 67%，这对于炼厂提升 ESG 评级大有裨益，有助于企业在环保和社会责任方面达到更高标准。综上所述，生物脱硫凭借在运行成本、副产物价值、环保风险、系统稳定性以及碳排放等多个痛点维度上的显著优势，成为全球炼厂顺应技术发展潮流、实现高效绿色发展的新标配 。

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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