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AI Control for Blast Furnaces

Enhancing safety, efficiency, and quality in steel production.

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Real-time Analysis

Optimize operations with actionable insights and recommendations.

Ensure safety and reliability in complex environments.

Robust fault handling for improved operational stability.

Energy Efficiency
Quality Assurance

Innovative AI Solutions for Industry

At neuroblastreat, we develop AI-based control systems that enhance blast furnace operations, ensuring improved safety, energy efficiency, and steel quality while addressing complexities and challenges in industrial environments.

A section of an industrial machine, featuring metal components and a mechanism for processing or assembling parts. The setup includes wiring and a slanted metal panel, with a robotic element prominent in the background.
A section of an industrial machine, featuring metal components and a mechanism for processing or assembling parts. The setup includes wiring and a slanted metal panel, with a robotic element prominent in the background.
Our Mission
Our Vision

We strive to create robust, reliable systems that analyze real-time signals, providing actionable insights for optimal decision-making in blast furnace operations, ultimately transforming the steel industry for the better.

AI Control Systems

Enhancing blast furnace operations through real-time analysis and actionable control decisions for safety.

Safety and Efficiency
The image features a piece of industrial equipment, specifically a conveyor belt system with an angled section for transporting items. It includes a motorized control unit and support structure with metal components.
The image features a piece of industrial equipment, specifically a conveyor belt system with an angled section for transporting items. It includes a motorized control unit and support structure with metal components.

Improving operational safety and energy efficiency in steel production through advanced AI solutions.

A large industrial machine with a metallic finish, featuring control panels with buttons, switches, and temperature displays. The setting appears to be a warehouse or factory space with metal walls and shelving.
A large industrial machine with a metallic finish, featuring control panels with buttons, switches, and temperature displays. The setting appears to be a warehouse or factory space with metal walls and shelving.
An industrial setting with machinery including a circular metal platform and electronic control panels mounted on a tiled wall. Various pipes and wires run along the walls and ceiling, with different mechanical components visible.
An industrial setting with machinery including a circular metal platform and electronic control panels mounted on a tiled wall. Various pipes and wires run along the walls and ceiling, with different mechanical components visible.
Robust Fault Handling

Ensuring system reliability and robustness under unexpected conditions for optimal performance.

Real-time Signal Analysis

AI-driven analysis of industrial signals for improved decision-making in blast furnace operations.

AI Control

Revolutionizing blast furnace operations with AI-driven insights.

A complex assembly of stainless steel industrial machinery with pipes and valves, featuring a control gauge and warning signs. The machinery components are metallic with blue accents, indicating a possible connection to liquid processing or fluid control.
A complex assembly of stainless steel industrial machinery with pipes and valves, featuring a control gauge and warning signs. The machinery components are metallic with blue accents, indicating a possible connection to liquid processing or fluid control.
Safety Enhancement

Improving safety through real-time operational analysis and control.

A worker wearing protective gear and a red helmet is managing a rod near a glowing furnace or large fire inside an industrial setting. The environment is filled with smoke and dim lighting, illuminating piles of metal scrap and heavy machinery in the background.
A worker wearing protective gear and a red helmet is managing a rod near a glowing furnace or large fire inside an industrial setting. The environment is filled with smoke and dim lighting, illuminating piles of metal scrap and heavy machinery in the background.
Energy Efficiency

Maximizing energy efficiency in steel production processes.

A large industrial machine with a control panel and a digital touchscreen interface mounted on it. The environment is a factory setting with visible overhead lights and other machinery in the background. There are various buttons and emergency stop features on the equipment, along with visible wiring and mechanical parts.
A large industrial machine with a control panel and a digital touchscreen interface mounted on it. The environment is a factory setting with visible overhead lights and other machinery in the background. There are various buttons and emergency stop features on the equipment, along with visible wiring and mechanical parts.
A large, industrial machine component is centrally positioned in a factory setting. The machinery appears to be part of a mechanical assembly line, mounted on a sturdy black stand with a metallic surface. The background includes structural beams and various pieces of industrial equipment, with a focus on mechanical and robust engineering. The floor is painted a rusty red and the walls have industrial elements such as piping and storage areas.
A large, industrial machine component is centrally positioned in a factory setting. The machinery appears to be part of a mechanical assembly line, mounted on a sturdy black stand with a metallic surface. The background includes structural beams and various pieces of industrial equipment, with a focus on mechanical and robust engineering. The floor is painted a rusty red and the walls have industrial elements such as piping and storage areas.
Quality Assurance

Ensuring high steel quality with advanced AI recommendations.

Robust Solutions

Developing robust systems for unpredictable industrial environments.

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woman wearing yellow long-sleeved dress under white clouds and blue sky during daytime

The AI system significantly improved our blast furnace operations, enhancing safety and energy efficiency remarkably.

John Doe

A person is operating a large industrial machine in a factory setting. The machine has a blue exterior with a control panel featuring numerous buttons and a screen. The factory environment includes visible pipes, control boxes, and other equipment.
A person is operating a large industrial machine in a factory setting. The machine has a blue exterior with a control panel featuring numerous buttons and a screen. The factory environment includes visible pipes, control boxes, and other equipment.

Thanks to Neuroblastreat, our steel quality has improved, and operational decisions are now more reliable.

Jane Smith

The image shows an industrial setting with a view through a large window. There is a control desk with computer monitors and various devices in the foreground. In the background, a factory floor with machinery, including a yellow robotic arm and various equipment, is visible. The space appears clean and organized, with box pallets stacked neatly.
The image shows an industrial setting with a view through a large window. There is a control desk with computer monitors and various devices in the foreground. In the background, a factory floor with machinery, including a yellow robotic arm and various equipment, is visible. The space appears clean and organized, with box pallets stacked neatly.
★★★★★
★★★★★
Innovation

AI-driven control for enhanced industrial performance.

Safety

victordias@neuroblastreat.xyz

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