BridgeLux Global Holdings

01 / Company

Professional
Resource Recovery
Enterprise

We are a professional environmental technology and circular-resource enterprise focused on integrated treatment and resource recovery for post-incineration residues, including bottom ash, fly ash, industrial solid waste, and legacy waste streams. Through proven engineering methods and long-term operating practice, we transform complex solid-waste residues into compliant recycled materials and industrial resources.

With operations across China, Vietnam, and Thailand, BridgeLux has developed practical experience across diverse waste compositions, climates, and operating environments. We position ourselves as a long-term infrastructure partner, with an emphasis on stable operation, regulatory compliance, and sustainable resource recovery.

Project Development · System Design · Facility Construction · Equipment Integration · Long-term Operations

Waste-to-energy resource recovery operation

Redefine Environmental Efficiency

BridgeLux helps municipal solid waste incineration plants reduce bottom ash accumulation and landfill dependency by redefining how post-incineration residues are managed, enabling more efficient operations and stronger long-term sustainability.

Unlock Circular Value

BridgeLux recovers valuable resources and connects the final stage of the waste-to-energy chain, transforming residual materials into lasting value and advancing a more sustainable future for society and the planet.

Elevate Environmental Integrity

Through integrated environmental systems, BridgeLux minimizes dust, wastewater, odor, and secondary pollution risks during operation and establishes a foundation for stable, compliant, and responsible long-term infrastructure performance.

Shape the Circular Future

BridgeLux moves beyond traditional waste management by building circular ecosystems where post-incineration residues are transformed into sustainable resources and waste becomes enduring value.

02 / Capabilities

Core Solutions

WTE Bottom Ash Resource Recovery

Through multi-stage crushing, screening, magnetic separation, eddy current separation, and wet purification, incineration bottom ash is transformed into recycled aggregates and reusable materials.

Fly Ash Stabilization & Detoxification

Treatment solutions for municipal solid waste incineration fly ash, focusing on stabilization, detoxification, leaching-risk control, and compliant downstream disposal or utilization pathways.

Industrial Solid Waste Utilization

Tailored treatment and resource utilization for industrial residues, biomass slag, coal-derived residues, sludge, construction waste, and other non-hazardous solid waste streams.

Legacy Waste & Soil Remediation

Integrated solutions for aged waste remediation, contaminated soil treatment, and site-level environmental improvement, supporting long-term land restoration and risk control.

Supporting Capabilities

Environmental Control Systems

Fully enclosed material handling, odor treatment, dust suppression, wastewater circulation, and emergency environmental response systems for stable and compliant operations.

Resource-Based End Products

Stable, quality-controlled recycled outputs for green building materials, road base layers, municipal infrastructure, and other compliant resource-based applications.

03 / Technology

Technology & Process

Raw Material Receiving and Classification

Raw Material Receiving & Classification

Incoming materials are received through enclosed feeding systems, then screened and sorted to remove oversized impurities and recover primary iron components before entering the main treatment process.

Multi-stage Crushing System

The slag is processed through primary and secondary crushing, followed by fine separation, allowing materials of different particle sizes to be prepared for efficient downstream recovery and purification.

High-efficiency Metal Recovery

Magnetic separation is used to recover iron, while eddy current separation further extracts valuable non-ferrous metals such as copper and aluminum from the processed material stream.

Wet Purification System

Gravity separation and dewatering treatment are applied to improve material cleanliness, while internal water circulation reduces wastewater discharge and supports stable environmental compliance.

Recycled Material Production

Purified materials are mixed, molded, cured, and standardized into recycled outputs suitable for construction, infrastructure, and other compliant resource-based applications.

Fly Ash Stabilization and Leaching Control

Fly Ash Stabilization & Leaching Control

Fly ash treatment focuses on stabilization, detoxification, and leaching-risk control, helping reduce heavy-metal mobility and supporting compliant downstream disposal or utilization pathways.

04 / Outputs

01 / 04

20-70 MM AGGREGATE

All Material Outputs / 10

Recycled Aggregates

Paving & Landscape Materials

Concrete & Building Materials

05 / Intelligence

Innovation & Smart Operations

We are developing AI-assisted technologies to improve recovery efficiency, equipment reliability, and long-term operational performance across solid-waste resource recovery facilities.

AI-Enhanced Metal Sorting

Camera- and spectral-assisted recognition systems are being developed to identify copper, aluminum, stainless steel, and other valuable materials on conveyor lines, with the potential to link visual detection to air-jet or mechanical sorting modules for higher recovery precision.

Predictive Maintenance System

Predictive models based on vibration, temperature, current, and operating-load data are being explored for crushers, screens, conveyors, and other key equipment, helping reduce unplanned downtime and improve long-term operating stability.

2022

Focus on Bottom Ash Resource Recovery

Early R&D focused on MSW incineration bottom ash treatment. Core processes including crushing, magnetic separation, eddy current separation, and wet gravity separation established the foundation of the separation system.

2023–2024

From Technology to Integrated Engineering

Building on mature technologies, we integrated equipment systems, process design, environmental control, and operations management.

2025

Multi-Regional Project Deployment

We expanded projects across multiple regions in China and Southeast Asia, adapting to different climates, waste compositions, and regulatory environments.

2026

Circular Resource Platform & Fly Ash Expansion

We are upgrading toward an international circular resource platform, expanding from bottom ash resource recovery into integrated post-incineration residue treatment, including fly ash stabilization and leaching-risk control.

06 / Scale

Built For Regional Deployment

3,400T/D

Reference Project Capacity

Largest displayed project capacity in the current portfolio.

Markets / Countries

China, Vietnam, and Thailand operating footprint.

Total Projects

Operating, completed, and developing projects across current markets.

Flagship Projects

Priority project references across Vietnam and Thailand.

07 / Projects

Flagship Projects

PROJECT 01

TAM SINH NGHIA SLAG PROJECT

Ho Chi Minh City, Vietnam 3400 tons/d 20 hectares

PROJECT 02

VIESTAR LEMNA SLAG PROJECT

Ho Chi Minh City, Vietnam 2600 tons/d 30 hectares

PROJECT 03

PHUKET SLAG PROJECT

Phuket, Thailand 1200 tons/d

PROJECT 04

PATHUM THANI SLAG PROJECT

Bangkok, Thailand 1000 tons/d

07 / Projects

Global Footprint

Vietnam

Supporting major municipal waste-to-energy facilities in Ho Chi Minh City.

Ho Chi Minh City

Mainland China

Extensive operations across urban and regional waste streams.

Shandong Guizhou Jilin Hebei Guangxi Henan Hunan

Thailand

Supporting waste-to-energy and resource recovery projects serving world-class tourism destinations and major urban centers, helping transform municipal waste into reusable resources while advancing cleaner, more sustainable local development.

Phuket Bangkok

Strategic Partners

ENERGY ABSOLUTE VIETSTAR BCG ENERGY SUS ENVIRONMENT EVERBRIGHT ENVIRONMENT SANFENG ENVIRONMENT SHENGYUN GEE WESTERN POWER CHINA TIANYING DAJI HOLDING TUS-SOUND ZHENENG JINJIANG WANGNENG ENVIRONMENT POWERCHINA