Core Approach
EASE believes that breakthrough innovation is driven by collaboration. By working closely with leading research institutions, technology companies, and industry experts worldwide, we accelerate the development of advanced waste treatment technologies. Our model integrates joint R&D, prototype testing, and pilot demonstrations to ensure new technologies move rapidly from concept to real-world application. Through continuous iteration, we deliver safe, efficient, and sustainable solutions to meet evolving market needs.
R&D Focus
Our research emphasizes market-driven engineering solutions, focusing on the safe, eco-friendly, and efficient treatment, recycling, and utilization of various types of waste.
Key Collaborative Projects
Innovation Collaboration with UofA
Innovation Partnership with the University of Alberta (UofA)
EASE has established a strategic R&D partnership with the University of Alberta (UofA), with joint investment and technical support from Bondtech (USA). The first phase focuses on fundamental research into magnetic gasification mechanisms. The second phase will expand to gasification studies for pharmaceutical waste, laboratory waste, printed circuit boards (PCBs), and other organic hazardous wastes.
EASE has established a strategic R&D partnership with the University of Alberta (UofA), with joint investment and technical support from Bondtech (USA). The first phase focuses on fundamental research into magnetic gasification mechanisms. The second phase will expand to gasification studies for pharmaceutical waste, laboratory waste, printed circuit boards (PCBs), and other organic hazardous wastes.
Collaborative Pilot Base with Gient
EASE has established a strategic R&D partnership with the University of Alberta (UofA), with joint investment and technical support from Bondtech (USA). The first phase focuses on fundamental research into magnetic gasification mechanisms. The second phase will expand to gasification studies for pharmaceutical waste, laboratory waste, printed circuit boards (PCBs), and other organic hazardous wastes.
