Shandong Lurun Thermal Energy Technology Co., Ltd.
Company Introduction & Product Portfolio
1. Company Overview
Shandong Lurun Thermal Energy Technology Co., Ltd. (hereafter “Lurun Thermal Energy” or “the Company”) is a leading Chinese manufacturer and technology provider in the field of thermal energy equipment, heat exchange technology, and pressure vessel fabrication. Established in 2005 and headquartered in Jinan City, Shandong Province, China, Lurun Thermal Energy has rapidly grown into a nationally recognized engineering enterprise with a focus on advanced heat transfer solutions for industrial and municipal applications.
With a registered capital of 136 million RMB, a manufacturing area of 79,600 square meters, and a modern production facility covering 36,700 square meters, the company is equipped with heavy-duty fabrication workshops, high-precision manufacturing equipment, enterprise cloud-controlled production systems, and professional thermal performance testing platforms. Its facilities and products operate under rigorous quality control and comply with both national and international standards.
Lurun Thermal Energy holds important industry certifications including A1 Grade Pressure Vessel Design & Manufacture, A1–A6 Plate Heat Exchanger Production Certificates, and safety production licenses. The company has also secured internationally recognized certifications such as ASME (American Society of Mechanical Engineers) and AHRI (Air-Conditioning, Heating, and Refrigeration Institute) for specific product lines. This global qualification enables the firm to supply reliable equipment for power plants, district heating systems, industrial processes, and energy management projects both in China and overseas markets.
Over the past two decades, Lurun Thermal Energy has earned numerous industry honors, including recognition as a national “Specialized and Innovative Little Giant” enterprise, a provincial technology leader, a provincial single-champion enterprise, and a gazelle enterprise for rapid growth and innovation potential.
2. Vision & Core Strengths
Mission
Lurun Thermal Energy’s mission is to advance thermal energy efficiency and sustainability by providing high-performance heat transfer and energy conversion systems. The company is committed to enabling better resource utilization, reducing energy waste, and supporting global efforts in energy transition and decarbonization.
Core Competencies
-
Advanced Engineering & R&D – Proprietary designs for heat exchangers and thermal systems backed by extensive testing and certification results; strong capability in custom system configurations.
-
Integrated Manufacturing – Seamless in-house fabrication from design to production, ensuring product consistency and reliability.
-
Quality & Compliance – Certified to national and international standards including ASME and AHRI, ensuring safety, durability, and performance.
-
Diverse Industry Applications – Solutions tailored for district heating networks, power generation, petrochemical facilities, HVAC systems, and industrial process heating/cooling.
-
Global Partnerships & Service Support – Collaboration with domestic and international clients supported by professional after-sales service.
3. Product Portfolio & Key Models
Lurun Thermal Energy’s product range centers on heat transfer systems, heat exchangers, and integrated thermal equipment. The following sections provide detailed descriptions of the company’s major offerings.
A. Heat Network Heaters / Thermal Networks
Heat network heaters are core devices in district heating systems, responsible for transferring heat from steam or hot water sources into city heating grids.
Product Features
-
Designed for high thermal efficiency and reliable long-term operation
-
Compact structural design with high heat transfer performance
-
Suitable for thermal networks in urban infrastructure, industrial parks, and energy facilities
Typical Models
-
Thermal Network Heaters – Standard Series
These units are engineered to meet a range of flow rate and temperature requirements in urban heating systems, integrating durable plate heat exchanger cores and optimized hydraulic pathways. (Exact model numbers vary by heat load requirements) -
Steam-Driven Heat Network Heaters
Optimized for steam-to-heat water conversion with reliable performance under high-pressure steam conditions.
B. Plate Heat Exchangers
Plate heat exchangers are high-efficiency thermal transfer devices widely used in HVAC, industrial cooling, and process heating applications. Lurun offers several variants of plate heat exchangers, each tailored to specific thermal exchange needs.
Product Features
-
High heat transfer coefficient
-
Large surface area relative to volume
-
Easy maintenance through modular plate design
Variants & Models
-
Wide Channel Plate Heat Exchangers
Designed with enhanced flow channels to accommodate viscous media and particulate-rich fluids, suitable for heavy-duty industrial applications. -
Rectangular High-Pressure Condensate Coolers
Engineered for high-pressure steam condensate cooling with stable performance under rigorous operating conditions. -
Fully Welded Plate Heat Exchangers
Constructed with full weld joints for leak-free performance in demanding scenarios such as chemical processing, thermal oil circuits, and high-pressure applications. -
Custom Plate Heat Exchanger Units
Modular designs tailored to customer specifications, including special materials and connection configurations.
C. Heat Exchange Units & Systems
Lurun Thermal Energy also supplies integrated heat exchange units and heat exchange systems that combine core heat transfer components with pumps, valves, sensors, and control systems for turnkey performance.
System Types
-
Shell-and-Tube Heat Exchange Systems
Reliable solutions for high-capacity thermal exchange in power plants and heavy industrial facilities. -
GBZS Series High-Efficiency Intelligent Heat Exchange Units
Intelligent systems equipped with monitoring and control options for optimized performance and energy savings across varied load conditions.
Benefits
-
Plug-and-play design enabling faster installation
-
Integrated automation and system diagnostics
-
Enhancements for operational efficiency and reduced downtime
D. Advanced Absorption Heat Pump Systems
Lurun’s portfolio also includes large temperature-difference lithium-bromide absorption heat pump units, which leverage thermochemical cycles to elevate performance in high-temperature heating scenarios.
Typical Applications
-
Industrial process heating with wide temperature ranges
-
Efficient utilization of low-grade heat sources
-
Sustainable solutions for cutting fossil fuel consumption
System Qualities
-
Energy-efficient and environmentally friendly design
-
Lower operating costs through reduced electricity consumption
-
Enhanced adaptability for industrial thermal networks
4. Market & Industry Applications
Lurun Thermal Energy’s products serve a broad range of markets and sectors:
-
Urban District Heating Systems – Equipment for central heat distribution networks in cities.
-
Power Generation & Thermal Plants – Heat transfer systems for auxiliary heating and condensate cooling.
-
Manufacturing & Industrial Process Facilities – Custom heat exchangers for chemicals, petrochemicals, paper, food processing, and HVAC.
-
Energy Efficiency Projects – Systems designed to improve thermal performance and reduce energy consumption.
5. Quality Assurance & Certifications
Quality and safety are foundational to Lurun’s operations. The company possesses:
-
National A1 Grade Pressure Vessel Design and Manufacture License
-
A1–A6 Plate Heat Exchanger Safety Production Certificates
-
ASME Certification for pressure vessel and thermal products
-
AHRI Certification for select heat transfer products
These certifications demonstrate compliance with strict engineering, safety, and performance standards, and enable Lurun’s equipment to meet the demands of global clientele.
6. Company Culture & Future Outlook
Lurun Thermal Energy emphasizes sustainable development, technological innovation, and customer-centric service. Its corporate culture promotes continuous improvement, cross-disciplinary collaboration, and environmentally responsible manufacturing. Looking forward, the company aims to expand its international footprint, develop energy-saving product lines, and further enhance digital production capabilities to support modern smart energy applications.