ENhitech Selected for IBK Changgong Mapo Cohort 16, Strengthening Its Scale-Up Foundation
Participation in IBK Industrial Bank of Korea’s flagship accelerator to drive investment, mentorship, and commercialization ENhitech Co., Ltd. has been selected as a participant in the 16th cohort of IBK Changgong Mapo, a startup acceleration platform operated by the Industrial Bank of Korea (IBK). IBK Changgong is IBK’s flagship accelerator program designed to support innovative […]
ENhitech Selected for Deep Tech TIPS Program to Advance Semiconductor Wastewater Reuse Technology
Innovation in UV AOP-based removal of refractory organics recognized; advancing reuse-focused technology and pilot validation ENhitech has been selected for the Deep Tech TIPS (Tech Incubator Program for Startup), a government-backed initiative led by Korea’s Ministry of SMEs and Startups. The selected project, titled “Semiconductor Process Wastewater Reuse Treatment Technology Using Ultraviolet (UV) Advanced Oxidation,” […]
ENhitech Secures Seed Investment to Accelerate Semiconductor Water Reuse Technology
Strong product competitiveness recognized, with expansion of UV AOP solutions for water reuse ENhitech Co., Ltd. has recently secured seed investment, establishing a foundation to advance its core technologies and expand its business. This investment reflects strong confidence in ENhitech’s commercially competitive TOC-UV and industrial UV AOP technologies, as well as its potential to expand […]
ENhitech Selected as ‘Outstanding Technology’ at 2025 Tech Open Collaboration
Secures joint technology development and commercialization opportunities through SK ecoplant’s Tech Open Collaboration ENhitech was selected as an Outstanding Technology at the 2025 Tech Open Collaboration program, receiving an Excellence Award along with a commendation from the Korea Research Institute of Standards and Science Foundation (Innopolis Foundation). Tech Open Collaboration is an open innovation program […]
Why UV AOP Technology Matters
As industrial water reuse standards become more stringent, conventional treatment processes alone are no longer sufficient to meet required water quality levels. In semiconductor manufacturing, where ultra-pure water conditions are essential, even trace organic contaminants must be precisely controlled. UV AOP technology plays a critical role in bridging this gap. By generating highly reactive hydroxyl […]
ENhitech Selected for 2025 Public-Private Open Innovation Support Program
Comprehensive evaluation of technological capability, demonstration potential, and commercialization prospects in semiconductor process wastewater reuse ENhitech has been selected for the 2025 Public-Private Open Innovation Support Program. This selection reflects a comprehensive evaluation of the technological capability, field applicability, and commercialization potential of ENhitech’s UV Advanced Oxidation Process (UV AOP)-based semiconductor process wastewater reuse technology […]
Why Is Semiconductor Process Wastewater Reuse So Challenging?
In the semiconductor and advanced manufacturing industries, process stability and water quality are directly linked to production yield. Even trace levels of organic contaminants can impact process performance, requiring extremely stringent water quality standards. Process wastewater from these industries contains a complex mixture of chemicals, including refractory organics and trace contaminants that are difficult to […]