Resources Utilities & Environmental Protection Technologies, Tsinghua University
Introduction
The Resources Utilities & Environmental Protection Technologies Group at Tsinghua University’s Department of Energy and Power Engineering focuses on interdisciplinary research across the fields of resources, environment, and energy.
Key research areas
Energy and resource recovery from combustible solid waste and biomass
Hybrid photovoltaic/photothermal applications of perovskite solar cells
CO₂ capture and conversion technologies
Industrial Applications
Ultra-Low Emission Horizontal
Circulating Fluidized Bed Boiler System
Advanced Turbulent Fluidized
Bed (TFB) Gasification and Combustion Technology
Supercritical Hydrolysis of Organic
Waste for Deep Destruction
Gasification → Purification → Catalytic
Reforming to Green Fuels (e.g., SAF, Green Methanol, Green Ammonia)
Hybrid Photovoltaic–Photothermal
 
Power Generation with Perovskite Solar Cells
Co-Firing Biomass
Directly in Coal-Fired Boilers
Gasification of Biomass / Waste
Coupled with Coal-Fired Power Plants
Carbon-Negative Hydrogen
Production from Biomass
AI-Enabled Combustion Control
System for Waste Incinerators
Dry Granulation and
Heat Recovery of Metallurgical Slag

Reaserch Institute of Tsinghua, Pearl River Delta Thermochemical Conversion Technology R&D Center

Reaserch Institute of Tsinghua, Pearl River Delta Thermochemical Conversion Technology R&D Center
Introduction
The Thermochemical Conversion Technology R&D Center for Organic Solid Waste is a joint initiative by the Tsinghua University Pearl River Delta Research Institute, the Resource and Environment Research Group of Tsinghua University, and Beijing AptBlaze Tech Co., Ltd. The center is committed to advancing the resource recovery and energy conversion of organic waste through cutting-edge thermochemical processes, promoting both scientific research and industrial applications, contributing to a greener and more sustainable future.
Director
Prof. Zhang Yanguo
Tenured Professor, Ph.D. Supervisor
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Key Research Areas
Energy recovery from combustible solid waste
Hydrothermal cracking conversion of agricultural waste into premium organic fertilizer
High-temperature vitrification for the detoxification and reuse of incineration fly ash
Industrial Applications
Biomass / waste
→ gasification → purification → low-emission gas for heating or electricity
Gasification of biomass / combustible
waste for co-firing in coal power plants
Biomass / waste
→ gasification → purification → catalytic reforming to green fuels
Clean transformation
of agricultural waste into high-value organic fertilizers
High-temperature melting
of fly ash for safe disposal and material reuse

Huairan Tech (Hebei) Co., Ltd.
Hebei Provincial Engineering Research Center for Thermochemical Conversion of Diverse Organic Wastes

Huairan Tech (Hebei) Co., Ltd.
Hebei Provincial Engineering Research Center for Thermochemical Conversion of Diverse Organic Wastes
Introduction

Huairan Tech Co., Ltd., a subsidiary of AptBlaze, established the “Waste Gasification and Thermal Utilization R&D Center” in Zhangjiakou, Hebei in 2023, alongside the “Hebei Engineering Research Center for Thermochemical Conversion of Organic Waste,” included in the 2025 provincial plan.

As the first platform of its kind in the Beijing-Tianjin-Hebei region, it covers over 10,000 m² with advanced facilities, advancing the industrialization of waste-to-energy technologies.

Key Facilities
Waste Gasification & Combustion Laboratory
Comprehensive Analytical Laboratory
Medium & Large-Scale Pilot Platforms
100kg/hMunicipal Waste Gasification & Combustion Platform
50kg/hBiomass Gasification Platform
100kg/hFly Ash Vitrification Platform
300kg/hIntegrated Green Fuel Synthesis Platform (Gasification–Purification–Reforming)
Research Focus
Development of TFB (Turbulent Fluidized Bed) gasification & incineration technologies
High-temperature vitrification of incineration fly ash for detoxification & resource recovery
Mechanisms and reactivity of waste gasification and combustion
Waste heat recovery & low-emission clea an energy supply
Hydrothermal valorization of agricultural and livestock waste
Application & Impact
Research data and results from the center
Support design and optimization of 100t/d TFB incinerators and equipment
Provide technology for waste treatment, low-carbon energy, and circular economy
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