Sustainability  Sustainability

Sustainability

We firmly believe that energy innovation must coexist with the environment. At ZOOLNASM, sustainability is embedded throughout the entire value chain—from defining our NFS battery technology roadmap to process design and the development of a robust industrial ecosystem.
We firmly believe that energy innovation must coexist with the environment. At ZOOLNASM, sustainability is embedded throughout the entire value chain—from defining our NFS battery technology roadmap to process design and the development of a robust industrial ecosystem.
Using Green Raw Materials to Produce Green Energy
We transform industrial by-products such as sodium sulfate and ferrous sulfate into high-performance battery cathode materials, achieving:
We transform industrial by-products such as sodium sulfate and ferrous sulfate into high-performance battery cathode materials, achieving:
Nearly 100% utilization of raw materials with zero waste discharge—<br>enabling green manufacturing throughout the entire process
100
%
Nearly 100% utilization of raw materials with zero waste discharge—
enabling green manufacturing throughout the entire process
Nearly 100% utilization of raw materials with zero waste discharge—enabling green manufacturing throughout the entire process

30% reduction in energy consumption—significantly lower sintering energy consumption compared to LFP cathode materials
30
%
30% reduction in energy consumption—significantly lower sintering energy consumption compared to LFP cathode materials
30% reduction in energy consumption—significantly lower sintering energy consumption compared to LFP cathode materials
Zero-waste production process—closed-loop recycling in pre-mixing, grinding, and sintering procedures
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Zero-waste production process—closed-loop recycling in pre-mixing, grinding, and sintering procedures
Zero-waste production process—closed-loop recycling in pre-mixing, grinding, and sintering procedures
Using Green Raw Materials to Create Green Energy Using Green Raw Materials to Create Green Energy
Using Green Raw Materials to Create Green Energy
2024 BRICS Industrial Innovation 
Competition – First Prize in 
Green & Low-Carbon Track
2024 BRICS Industrial Innovation
Competition – First Prize in
Green & Low-Carbon Track
2024 BRICS Industrial Innovation
Competition – First Prize in
Green & Low-Carbon Track
2024 Outstanding Technological Achievement Award in 
New Energy Battery Recycling
2024 Outstanding Technological Achievement Award in
New Energy Battery Recycling
2024 Outstanding Technological Achievement Award in
New Energy Battery Recycling
First Prize for Technological Invention of the Science and Technology Award by the China Association of Circular Economy 2025
First Prize for Technological Invention of the Science and Technology Award by the China Association of Circular Economy 2025
Commitment to Sustainability:
Where Technology is Born to Tackle Climate Change
Commitment to Sustainability:
Where Technology is Born to Tackle Climate Change
Product Pledge
Product Pledge
Safety-first design embedded in every battery,
from core to casing.
Safety-first design embedded in every battery, from core to casing.
Responsible Sourcing
Responsible Sourcing
Transparent, traceable supply chains with increasing use of recycled materials.
Responsible Sourcing: Transparent, traceable supply chains with increasing use of recycled materials.
Employee Development
Employee Development
A people-centric workplace focused on personal growth, well-being, and belonging.
A people-centric workplace focused on personal growth, well-being, and belonging.