The Durgapur manufacturing facility is equipped with modern infrastructure supporting iron-making operations through advanced automation systems. The facility includes a Blast Furnace, Sinter Plant, Captive Power Plant , PCI systems, and an Oxygen Plant, enabling stable and efficient operations.
The plant follows structured safety protocols, quality monitoring systems, and environmental controls to ensure responsible and consistent production. Environmental practices focus on efficient resource utilisation, emission management, and systematic waste handling, reflecting the Company’s commitment to sustainable manufacturing.
Our facilities embody Neo Metaliks’ commitment to delivering excellence while safeguarding the environment. From responsible resource utilization to stringent safety standards, every aspect of our operations reflects our dedication to sustainable growth and industry leadership.
Neo Metaliks is advancing its manufacturing excellence through a focused Industry 4.0 roadmap, integrating digital technologies across operations to enhance reliability, visibility, and decision-making.
Cloud-hosted SAP systems, integrated with plant-level data capture, provide real-time visibility into production, inventory, and supply chain performance—enabling faster, data-driven decisions.
Deployment of smart sensor-based monitoring and solutions for critical equipment's enables continuous equipment health tracking, predictive maintenance, and reduction in unplanned downtime.
Enterprise tools including Microsoft 365, Darwin box, AI enabled recruitment process enable seamless collaboration, secure information access, and improved productivity across functions.
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Neo Metaliks operates a Blast Furnace, producing premium-quality pig iron. Backed by over 20 years of experience in blast furnace operations, the Company combines deep technical expertise and operational excellence to deliver consistent quality.
Upgrades implemented in 2025, including BLT and high PCI injection systems, have enhanced operational efficiency while contributing to lower carbon emissions, ensuring a reliable supply to customers.
The Sinter Plant plays an important role in iron-making by converting iron ore fines into lumpy, porous sinter for Blast Furnace operations. Neo Metaliks operates two Sinter Plants—SP-I (commissioned in 2012) and SP-II (commissioned in 2024)—strengthening its sintering capability.
The sintering process provides a cost-efficient method of raw material preparation and enables the recycling of metallurgical wastes, supporting iron recovery and reducing the use of virgin raw materials.
Neo Metaliks Limited operates two Captive Power Plants to ensure reliable and uninterrupted power supply for its operations. CPP-I was commissioned in 2006, followed by another CPP commissioned in 2024, strengthening power availability and operational reliability.
The CPP is equipped with a BF gas–fired boiler that utilizes recovered Blast Furnace gas for power generation. High-pressure steam drives a Steam Turbine Generator, supported by advanced control and safety systems to ensure stable and efficient power generation.
Neo Metaliks operates a Blast Furnace, producing premium-quality pig iron. Backed by over 20 years of experience in blast furnace operations, the Company combines deep technical expertise and operational excellence to deliver consistent quality.
Upgrades implemented in 2025, including BLT and high PCI injection systems, have enhanced operational efficiency while contributing to lower carbon emissions, ensuring a reliable supply to customers.
The Sinter Plant plays an important role in iron-making by converting iron ore fines into lumpy, porous sinter for Blast Furnace operations. Neo Metaliks operates two Sinter Plants—SP-I (commissioned in 2012) and SP-II (commissioned in 2024)—strengthening its sintering capability.
The sintering process provides a cost-efficient method of raw material preparation and enables the recycling of metallurgical wastes, supporting iron recovery and reducing the use of virgin raw materials.
Neo Metaliks Limited operates two Captive Power Plants to ensure reliable and uninterrupted power supply for its operations. CPP-I was commissioned in 2006, followed by another CPP commissioned in 2024, strengthening power availability and operational reliability.
The CPP is equipped with a BF gas–fired boiler that utilizes recovered Blast Furnace gas for power generation. High-pressure steam drives a Steam Turbine Generator, supported by advanced control and safety systems to ensure stable and efficient power generation.
Neo Metaliks operates a Blast Furnace, producing premium-quality pig iron. Backed by over 20 years of experience in blast furnace operations, the Company combines deep technical expertise and operational excellence to deliver consistent quality.
Upgrades implemented in 2025, including BLT and high PCI injection systems, have enhanced operational efficiency while contributing to lower carbon emissions, ensuring a reliable supply to customers.
The Sinter Plant plays an important role in iron-making by converting iron ore fines into lumpy, porous sinter for Blast Furnace operations. Neo Metaliks operates two Sinter Plants—SP-I (commissioned in 2012) and SP-II (commissioned in 2024)—strengthening its sintering capability.
The sintering process provides a cost-efficient method of raw material preparation and enables the recycling of metallurgical wastes, supporting iron recovery and reducing the use of virgin raw materials.
Neo Metaliks Limited operates two Captive Power Plants to ensure reliable and uninterrupted power supply for its operations. CPP-I was commissioned in 2006, followed by another CPP commissioned in 2024, strengthening power availability and operational reliability.
The CPP is equipped with a BF gas–fired boiler that utilizes recovered Blast Furnace gas for power generation. High-pressure steam drives a Steam Turbine Generator, supported by advanced control and safety systems to ensure stable and efficient power generation.
