Gas Treatment
MAC Oxidizing Technology
The MAC gas treatment system is engineered to eradicate all greenhouse gases and toxic pollutants, including Sulphur Oxides (SOx), Nitrogen Oxides (NOx), Hydrogen Sulfide (H2S), and Volatile Organic Compounds (VOCs), through highly reactive MAC reactants. This leads to the “Net Zero Emissions” of greenhouse gases and toxic pollutants. A distinctive feature of the MAC gas treatment system, apart from its high efficiency and low operational costs, is its “Zero waste” approach. All by-products are converted into valuable products, such as transforming Carbon Dioxide (CO2) into methanol and limestone and converting sulfates and nitrates into liquid fertilizer.
The MAC gas treatment system offers a suite of unparalleled benefits as follow.
- “Net Zero Emissions” Green technology for completing greenhouse gases elimination.
- Significant reducing the time required for gas treatment while simultaneously minimizing energy consumption.
- One-time comprehensive treatment of gases and no need post-treatment required, thus achieving “Zero waste” .
- In alignment with stringent global regulations, our system substantially reduces harmful Sulphur oxide (SOx) emissions and (CO2) emissions, ensuring compliance with international standards.
- Additionally, the system facilitates a return on investment through Carbon Credit incentives, rewarding the reduction of (CO2) emissions and reinforcing our commitment to sustainable practices.
In addition to being ineffective in treating gas released into the atmosphere, the conventional gas treatment processes often fail to provide a comprehensive solution, resulting in the generation of secondary waste. For instance, the absorbent process necessitates additional regeneration of the absorbent, the gas scrubber process produces spent caustic wastewater, and Regenerative Thermal Oxidizers (RTO) emit dust after combustion.
MAC gas treatment system offers Zero waste solution that epitomizes true sustainability.
Competition Analysis
The breakthrough MAC gas treatment technology boasts superior performance in treating a wide array of greenhouse gases and toxic pollutants, while also minimizing both investment cost and operating cost without expense for post-treatment processes. In contrast, other gas treatment processes still release certain gases and waste into the environment. The potential for earning carbon credits further enhances the appeal of this innovative technology, making it an attractive solution for those seeking to reduce their environmental footprint.
