AZUL Energy
Re-Designing Batteries for a Sustainable Society

Disruptive innovation, a term coined by Clayton M Christensen, an American Academic and business consultant, in his book The Innovator’s Dilemma, has proven to be a powerful way of thinking about innovation-driven growth. Since then, numerous startups have adopted this concept and developed highly innovative and cost-effective solutions to meet the needs of previously underserved customers.

One company that has embraced this concept of disruptive innovation is AZUL Energy, a Japanese startup that has developed a proprietary solution, AZUL, to replace rare-metal catalysts like platinum and iridium in hydrogen production systems.

“We strive to provide a sustainable energy solution with superior performance, low costs, and a stable supply chain to our customers,” says Koju Ito, CEO of AZUL Energy.

The significant challenge AZUL Energy has set out to solve is the limited availability and high price of rare metal catalysts used as electrodes in hydrogen systems, which create issues in the supply chain. These impediments explain the low production of hydrogen systems and the common use of fuel cell vehicles (FCVs). By introducing AZUL technology in the commercial market, these constraints will be removed from the equation as the catalyst can be manufactured using conventional chemical processes at a larger scale and lower cost.

AZUL catalyst is formulated using a biomimetic metal complex blue pigment and inexpensive carbon as the primary ingredients.

It is highly reactive due to its unique properties and chemical structure, making it a remarkable alternative for rare-metal catalysts.

The organic compound AZUL’s chemical structure is inspired by the molecular structure of hemoglobin and its ability to effectively control oxidation and reduction. By adopting these properties of the biological compound, the firm successfully increased AZUL’s corrosion resistance and performance on the electromotive force and made it comparable to existing catalysts in the marketplace.

AZUL Energy’s portfolio includes various catalyst options, like catalysts alone or combined with carbon blacks. Per customer requests, it also provides catalyst electrodes and inks.

Adhering to its vision of becoming a leading supplier of rare metal-free catalysts for the sustainable energy system, AZUL Energy has short-, mid-, and long-term goals for the commercialization of AZUL. These goals resemble a pyramid of the firm’s business growth. At the base, its goal is to work closely with customers to integrate AZUL catalysts into their fuel cell products. Moving up, it is aiming to collaborate with global hydrogen system production leaders like De Nora to expand its market reach. At the pinnacle, the firm’s long-term goal is to partner with tier-one fuel cell vehicle companies and commercialize its technology on a larger scale.

“AZUL Energy is committed to making a significant contribution to achieve a sustainable society through our innovative catalyst technologies,” adds Masayuki Hayashi, COO and VP of AZUL Energy.

The innovative solution and R&D efforts of AZUL Energy have not gone unnoticed, as it has received numerous recognitions throughout its lifetime. Published by various platforms, the firm was selected as one of the top 100 startup companies at the Innovation Leaders Summit (ILS) 2019 and the top 30 popular startup companies at ILS 2021.

Backed by a highly functional and efficient team with extensive experience and knowledge, AZUL Energy has secured partnerships with various OEMs. So far, the firm has received 1.5 million dollars in seed funding and aims to secure 5 million dollars in pre-Series A funding. It has 11 PCT patents for the catalyst material and manufacturing process.

The firm is the epitome of how disruptive innovation can transform traditional industries and provide new solutions to previously underserved markets. As it continues to grow and innovate, AZUL Energy will influence and impact the future of clean energy with its disruptive approaches.