DIASOL Research Development Engineering Inc. is an applied R&D and engineering company focused on transforming materials science and surface engineering expertise into industrially relevant solutions. We work at the intersection of advanced materials, surface technologies, and electrochemical systems, supporting partners from early-stage research through pilot-scale validation and real-world implementation.
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Our Purpose
DIASOL focuses on transforming scientific innovation into reliable and deployable technologies. Advanced materials are treated not as laboratory concepts, but as engineering tools that must perform consistently under demanding real-world conditions.
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The company’s work is guided by three core principles:
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• Technical excellence grounded in solid science and rigorous testing

• Scalability, from lab-scale validation to pilot and industrial deployment

• Sustainability, enabled by durable materials, efficient processes, and reduced chemical dependency​​

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Areas of Expertise
DIASOL operates across the full technology development cycle, from concept definition and material design to prototyping, testing, and system-level integration. Where required, this is complemented by application-driven technical consultancy supporting material selection, process optimization, and performance evaluation. Key areas of expertise include:
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• Advanced surface engineering and coating technologies

• Corrosion engineering and corrosion control strategies, addressing performance from design through the entire component lifecycle

• Boron-doped diamond (BDD) electrodes and advanced oxidation processes

• Water and wastewater treatment technologies for persistent and hard-to-remove pollutants

• Functional materials for high-performance and demanding industrial applications

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Approach
DIASOL collaborates closely with academic and research institutions, industrial partners, and innovation programs to ensure that technologies are scientifically robust and industrially viable. Projects are executed with a clear understanding of performance targets, operational constraints, and long-term reliability requirements, combining hands-on engineering development with targeted technical guidance where appropriate.
Rather than offering generic or off-the-shelf solutions, DIASOL designs and develops application-specific technologies, supported by expert evaluation and engineering insight tailored to defined use cases and industry needs.
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Looking Ahead
As global challenges in water, energy, and advanced manufacturing continue to intensify, DIASOL remains committed to developing technologies that enable cleaner processes, higher efficiency, and long-term industrial impact.
The company’s objective is clear: to transform advanced materials into practical, scalable tools for sustainable industrial innovation.