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Dry Desulfurization and Denitrification System

Dry Desulfurization and Denitrification System

Dry Desulfurization and Denitrification System

Our dry desulfurization and denitrification system can independently remove sulfur oxides (SOx), nitrogen oxides (NOx), dust and dioxin all at once with activated coke. The technology is firmly established today, with ten systems delivered in Japan and three overseas.

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Energy-Saving CO<sub>2</sub> Absorption Process (ESCAP™)

Energy-Saving CO2 Absorption Process (ESCAP™)

Energy-Saving CO<sub>2</sub> Absorption Process (ESCAP™)

ESCAP™ is an energy-saving CO2 absorption process that enables the separation and recovery of high-purity CO2 from gases including CO2, using significantly reduced amounts of energy.

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Steinmüller type Waste to Energy System

Steinmüller type Waste to Energy System

Steinmüller type Waste to Energy System

Technology that Offers Proper Waste Treatment while Generating Clean Electricity: Proven Globally, Applied Locally

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Direct Melting System

Direct Melting System

Direct Melting System

Proven Waste Gasification System with world largest commercial references – the Direct Melting System (DMS), Energy and Material Recovery from Waste

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Environmental Solutions Business

Environmental Solutions Business

Environmental Solutions Business

Drawing on our technical capabilities, project management skills, and a high level of trust from society acquired over many years, Nippon Steel & Sumikin Engineering Co., Ltd. (NSENGI) provides total solutions for BTO Scheme and is proud of having a top-class track record in the market.

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Gasification Recycling Facility for Waste Tires

Gasification Recycling Facility for Waste Tires

Gasification Recycling Facility for Waste Tires

Gas, oil, wire, and carbon generated by the carbonization and thermal decomposition of waste tires at this innovative facility are reused at steel plants.

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In-situ Remediation Method

In-situ Remediation Method

In-situ Remediation Method

In-situ remediation is a technique that breaks down and purifies contaminants by activating microorganisms present in the soil.
This method can also be applied to working factory sites and to soil located directly under buildings.

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Palm Trunk Fuel Converter

Palm Trunk Fuel Converter

Palm Trunk Fuel Converter

Nippon Steel & Sumikin Engineering Co., Ltd. manufactures biofuels such as pellets and ethanol from the trunks of old oil palm trees, a previously untapped resource. We do this through a process built around our custom-developed sap extractor.

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Biomass-to-ethanol Conversion Equipment

Biomass-to-ethanol Conversion Equipment

Biomass-to-ethanol Conversion Equipment

Nippon Steel & Sumikin Engineering Co., Ltd. is engaged in the development of ethanol conversion technology using biomass that does not compete with foodstuff (cellulose, waste materials) as a raw material.

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Dry Desulfurization and Denitrification System

Dry Desulfurization and Denitrification System

Energy-Saving CO<sub>2</sub> Absorption Process (ESCAP™)

Energy-Saving CO2 Absorption Process (ESCAP™)

Steinmüller type Waste to Energy System

Steinmüller type Waste to Energy System

Direct Melting System

Direct Melting System

Environmental Solutions Business

Environmental Solutions Business

Gasification Recycling Facility for Waste Tires

Gasification Recycling Facility for Waste Tires

In-situ Remediation Method

In-situ Remediation Method

Palm Trunk Fuel Converter

Palm Trunk Fuel Converter

Biomass-to-ethanol Conversion Equipment

Biomass-to-ethanol Conversion Equipment

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