N₂O Abatement at Fatima Fertilizer’s Nitric Acid Plant in Pakistan: A Benchmark for High-Quality Carbon Offsetting (BeZero Carbon Rating: A) This outstanding project reduces nitrous oxide (N₂O) emissions at the nitric acid plant of Fatima Fertilizer Ltd. in Pakistan and sets a new benchmark in emission reduction. By installing a cutting-edge tertiary N₂O abatement system, the facility eliminates up to 98% of this potent greenhouse gas right at the source, preventing its release into the atmosphere.
Recent research from the Max Planck Institute (November 2024; https://www.nature.com/articles/s41467-024-53645-z) confirms the outstanding quality of these carbon credits. The study identifies industrial facility upgrades—specifically catalyst installations in fertilizer plants—as the most reliable and effective emissions reduction measures available. The credits associated with this project adhere to the ACM0019 methodology, which is known to underestimate real-world emission reductions rather than inflate them.
With a BeZero Carbon Rating of A, this initiative offers:
Highest quality credits on the market
Direct, measurable, and verifiable emission reductions
Minimal risk of greenwashing
Added benefits for ozone layer preservation
Support for the global spread of green technology
This project exemplifies the efficacy of market-based incentives under the Kyoto Protocol. Without revenues from selling Certified Emission Reductions (CERs), operators would have little financial motivation to address N₂O emissions. Instead, these incentives drive the global adoption of reduction technologies—achieving real, permanent, measurable, verifiable, and additional greenhouse gas reductions.
For companies and individuals looking to offset their carbon footprint, these certified credits represent a top-tier choice—providing genuine impact, robust integrity, and unparalleled quality.
For further details on this project, please click here
For more information on the social benefits of the project, please click here
Bank transfer payment for this project is possible from USD 250.00
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