DM HITECH creates unique and differentiated value in the fields of steam turbines and turbomachinery. We redesign the future of the industry with extreme precision and innovative energy recovery technologies.
DM HITECH's vision and promise to become a global leader
CEO, DM HITECH
DM HITECH has accumulated unparalleled technology and know-how in the field of turbine engineering over the past decades. Beyond simple machine manufacturing, we are challenging the precision of 0.001mm with a sense of mission to design the energy future of humanity.
Our ultra-high-efficiency steam turbines and groundbreaking MVR vapor compression systems, proven in industrial boilers and large-scale power plants, are core solutions that maximize customers' energy efficiency and realize carbon neutrality. Through continuous R&D investment and perfectionist quality control, DM HITECH will leap forward as a recognized global leader on the world stage.
"Based on the unchanging trust of our customers, we promise to build overwhelming future value together."
3 Core Values Leading the New Paradigm of Energy
Endless technological innovation leading next-generation energy solutions. We overcome the limitations of existing systems and achieve world-class thermal efficiency through proactive R&D investments that push boundaries.
Harsh perfectionism that does not allow even a microscopic defect or a 1-degree error. We provide flawless equipment through our own strict Quality Assurance System.
We promise a sustainable tomorrow through advanced eco-friendly MVR technology that returns waste heat discarded during processes back into valuable resources.
A journey of continuous breakthrough and technological development
Relocation to new headquarters in Siheung and expansion of manufacturing lines. Development of next-generation high-efficiency turbine technology and acquisition of independent patents. Full-scale entry into advanced industrial markets.
Completion of the development of Korea's largest capacity waste heat recovery MVR system. Proven outstanding energy savings through delivery to H Petrochemical Plant.
Completed the localization project for small and medium-sized industrial steam turbines previously dependent on foreign products. Thermodynamics experts gathered to open a new chapter in domestic turbine engineering.
An organic group of experts delivering the best efficiency in each field
Optimized Steam Flow Using Modular System
Our design approach is based on an "optimized steam flow using a modular system." By utilizing these standardized modules, we can manufacture customized, highly efficient, and compact turbine packages.
Improved Spare Part Availability: Faster part supply through module standardization.
Reduced Design & Manufacturing Time: Streamlined development process using standard components.
Reduced Development Costs: Minimized time and expense for new applications.
Enhanced Scalability: Production of turbines with various capacities and specifications.
ARETS 5 with
Reaction Blading
ARETS 5 with
Impulse Blading
Overwhelming Performance Proven in Extreme Environments
It is the crystallization of extreme fluid dynamics that converts thermal energy into kinetic energy and ultra-precision 5-axis machining. Through blade and rotor profiles independently designed by DM HITECH, energy loss is minimized and the power generation efficiency of the entire plant is maximized.
Essential Technology for the Net-Zero Era
In concentration and wastewater treatment processes that consume massive amounts of energy, this core equipment perfectly converts low-pressure waste steam discarded externally into reusable high-temperature/high-pressure heat source steam by compressing it with a high-speed turbo blower or compressor.
Comprehensive follow-up care ensuring optimal performance
DM HITECH considers after-sales management a core of our operational philosophy, prioritizing the optimization of equipment performance while minimizing downtime. We are prepared to provide rapid 24/7 response and support.
Continuous monitoring and optimization to enhance product reliability
From steam flow path optimization to the mechanical design of turbine components including rotors, blades, and casings.
Our design undergoes continuous monitoring and optimization to enhance product reliability and performance, significantly reducing development times.
Equipped with specialized 3D modeling tools, we perform fluid path analysis, thermodynamic design, critical speed analysis, and blade vibration evaluation to provide robust and compact customized equipment.
Customized software tools for precision design
Critical speed & torsional analysis, heat transfer
Perfect Production Line Controlled by Big Data and AI
It is an intelligent process that collects sensor data from machinery in real-time, and AI algorithms proactively predict tool wear and machining environments to fundamentally block defect rates.
Creating Tomorrow's Core Technologies Today
We exceptionally invest more than 15% of our total revenue in R&D every year. Ph.D.-level researchers in the fields of fluid mechanics, thermodynamics, and materials engineering are pushing beyond theoretical limits to turn imagination into reality.
Severe Multi-Verification System for Zero Defect Rate
International Quality Management Certification
International Environmental Management Certification
Ultrasonic Micro Defect Detection
Maximum Load Test Run before Shipment
"The highest quality is not filtered through inspection, but perfected from the design stage."
Industrial Power: Back Pressure & Condensing Turbines
We provide the highest performing Impulse and Reaction Turbines. They are designed to deliver maximum thermal efficiency for power generation and industrial machinery drive.
Maxwatt Energy Recovery & Micro Turbines
This system is specialized for energy recovery in low-pressure and wet steam environments. With a gearless direct drive design, it minimizes maintenance and boasts top efficiency.
Unrivaled Efficiency and Operational Reliability
Maxwatt ERS turbines adopt a double pedestal construction with bearing supports at both ends, ensuring long-term operational reliability and availability, especially in applications utilizing dry or saturated steam.
MVR Special Compression Equipment applying cutting-edge fluid dynamics
It is the core MVR turbo compressor that helps compress large-capacity low-pressure steam generated in chemical, pharmaceutical, and environmental processes with high efficiency and reuse it as a heat source in the process.
Axial Compressors for High Capacity and Efficiency
Our Axial Steam Compressors provide high compression efficiency and are designed to easily handle large-capacity steam compression, maximizing equipment utilization. They are expertly engineered to meet the demands of large-capacity applications, achieving a remarkable saturation temperature rise between 20°C and 60°C.
Featuring an ingenious design, these axial compressors integrate multiple axial compression stages within a single casing. This innovative configuration provides a compact and efficient solution, simplifying system configuration compared to the complexities of series-connected centrifugal compressors.
100,000 M³/Hr @ 1 barA, 100°C
50°C
Multi-Stage Integration
Compact Single Casing Design
Innovative retrofits that overcome the limitations of older equipment from other companies
Even with old legacy turbines or third-party products, we recreate them into the latest equipment that yields higher efficiency than new ones through 3D reverse engineering and advanced flow analysis.
