NON-PRESSURE BOILER PROJECT FOR IVRY II WASTE-TO-ENERGY PLANT

NON-PRESSURE BOILER PROJECT FOR IVRY II WASTE-TO-ENERGY PLANT

Completed Project Reference – KDT Industry

Introduction: Reliable Heat Recovery through Non-Pressure Boiler Systems

The Non-Pressure Boiler Project for the Ivry II Waste-to-Energy (WtE) Plant highlights KDT Industry’s ability to deliver critical heat recovery infrastructure for sustainable power generation. Unlike conventional high-pressure boilers, non-pressure systems are designed for safe, efficient heat transfer without the risks associated with high-pressure steam.

KDT Industry designed, fabricated, and installed non-pressure boiler units, auxiliary storage tanks, structural steel supports, and integration systems, ensuring Ivry II achieved world-class energy efficiency, safety, and compliance with EU environmental standards.


Project Scope and Objectives

The Ivry II plant required specialized boiler systems to support waste combustion and energy recovery. KDT Industry’s objectives included:

  • Designing and manufacturing non-pressure boiler units for safe thermal energy recovery.
  • Supplying auxiliary water and chemical storage tanks for boiler operations.
  • Fabricating structural steel frameworks for boiler housings and access systems.
  • Installing protective coatings and insulation for durability under thermal cycles.
  • Ensuring compliance with EN 12953, ISO 14001, and EU WtE facility standards.

These contributions helped transform Ivry II into a benchmark for safe and efficient waste-to-energy recovery.


Engineering and Manufacturing Excellence

Boiler systems for WtE plants require precision design and thermal resistance to perform under harsh combustion environments. KDT Industry delivered:

  • Non-Pressure Boiler Units: Safe designs engineered for efficient heat recovery.
  • Auxiliary Storage Tanks: Systems for water treatment and chemical dosing.
  • Structural Steel Fabrication: Heavy-duty frames, housings, and pipe racks.
  • Protective Coatings: Heat-resistant and anti-corrosion linings extending service life.
  • Prefabricated Modules: Modular boiler sections reducing installation time.
  • Compliance: All systems aligned with global waste-to-energy and boiler standards.

These engineering solutions ensured durability, safety, and operational reliability.


Challenges and Solutions

The Non-Pressure Boiler Project faced multiple challenges:

  1. High Thermal Loads – Continuous combustion created extreme heat exposure.
  2. Ash and Dust Environment – Risk of abrasion and corrosion in boiler units.
  3. Continuous Operation – Required reliable systems for 24/7 performance.
  4. Environmental Compliance – EU regulations demanded high efficiency and low emissions.

KDT Industry’s Solutions:

  • Applied advanced heat-resistant alloys and coatings for durability.
  • Designed modular boiler units to simplify installation and maintenance.
  • Integrated dust and ash-resistant linings to extend operational life.
  • Ensured environmental safeguards to meet EU directives.

These solutions ensured Ivry II could operate safely and efficiently under demanding conditions.


Contribution to Waste-to-Energy Efficiency

The non-pressure boiler system provided key advantages to Ivry II’s operation:

  • Heat Recovery: Converting waste combustion heat into usable energy.
  • Safety: Eliminating risks linked to high-pressure steam systems.
  • Operational Continuity: Supporting uninterrupted waste-to-energy conversion.
  • Environmental Performance: Enhancing energy efficiency and reducing emissions.

This project emphasizes KDT Industry’s ability to deliver safe, innovative energy recovery systems.


Sustainability and Long-Term Value

Sustainability was a driving force in this project. KDT Industry ensured:

  • Durable Materials: Long-life boilers reducing lifecycle costs.
  • Recyclable Steel: Supporting circular economy practices.
  • Eco-Friendly Design: Lower risks and improved energy performance.
  • Compliance: Meeting EU and international emission standards.

These contributions guarantee Ivry II remains a future-ready, environmentally responsible energy facility.


Why KDT Industry Was Chosen

Ivry II stakeholders selected KDT Industry due to its expertise in boiler systems and waste-to-energy engineering. Key reasons included:

  • Proven WtE References – Experience in boilers, air ducts, ash handling, and heat recovery systems.
  • Engineering Precision – Tailored non-pressure boiler designs meeting project needs.
  • Sustainability Commitment – Full compliance with EU clean energy regulations.
  • Global Reputation – Trusted worldwide as a reliable industrial engineering partner.

This collaboration reinforced KDT Industry’s role as a leader in waste-to-energy facility infrastructure.


Looking Ahead

The Non-Pressure Boiler Project for Ivry II is a prestigious reference in KDT Industry’s portfolio. It demonstrates our capacity to deliver safe, durable, and eco-conscious infrastructure solutions that support renewable energy, sustainability, and industrial growth worldwide.

As demand for cleaner and more efficient waste-to-energy systems rises, KDT Industry is ready to provide next-generation boiler and heat recovery technologies for global markets.

This project strengthens our reputation as a global leader in boiler engineering and sustainable energy infrastructure.

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