Patent Innovation plays a critical role in driving sustainability. We look at sustainability through a patent lens.
Inventions have the potential to drive sustainability by creating new and innovative products, processes, and technologies that address environmental, social, and economic challenges. The patent data provides an evidence based approach about companies that are supporting sustainable development that benefit both people and the planet.
The team at LexisNexis® Cipher takes a closer look at the companies actively filing patents in technologies that promote sustainability in their relevant sectors.
What is Food Sustainability?
A sustainable food system tries to reduce its impact on the environment, represented by greenhouse gas emissions, the use of land and water resources, pollution, depletion of phosphorus, and the impact of chemical products such as herbicides and pesticides.
Changing consumer tastes drive sustainable food substitute inventions
Oatly made its market debut on the Nasdaq, in May 2021. Trading then at 60% over the IPO price puts a US $16 billion value on the company. So how does a decades old Swedish oat milk company transform itself into a high growth business and one of the hottest IPOs of 2021?
This report focuses on patent innovations in three key sustainable food substitute areas. Our strategic analysis uncovered the following:
- Food Substitutes is a growing area of technology innovation as consumer demand increases for sustainable meat and dairy food substitutes
- Continued fast pace inventions in dairy food substitutes such as Oatly leads the way with a successfully completed IPO on the Nasdaq in May
- Investment into soy protein substitute innovation surpasses that of pea proteins with inventions in this area rapidly increasing
Want to find out more about how technology is positively impacting food substitutes?
What is Agriculture Sustainability?
Agriculture sustainability is the practice of minimizing damages to the environment, reducing and recycling waste, while producing sufficient food to sustain humanity.
Can technology reduce waste and increase yield in Agriculture?
With the global population growing by 1.1% every year, finding a sustainable agricultural model that produces sufficient food whilst minimizing waste is undoubtedly the biggest challenge. This report looks through a patent innovation lens at the technologies behind two key areas; wastewater reduction and reducing crop destruction, and uncovers the following:
- China dominates the competitive landscape of both wastewater and crop destruction prevention technologies, despite its high levels of pollution.
- Universities in China, Korea and Japan monopolize the wastewater treatment technology landscape.
- Corporate organizations lead in their investment into crop destruction prevention technologies, yet fall behind in the wastewater treatment technology space.
Find out more about sustainability through a patent lens in this innovative landscape.
When will Electric Vehicles take over?
It’s becoming clear the future of the car is electric. Yet despite an almost continuous flow of media articles announcing new models and promises to phase out all new petrol vehicles, less than 1% of all cars on the road are purely electric. A lot of big players have large pending portfolios (suggesting future inventions rather than maintaining current inventions). Some of the globe’s largest economies have imposed a ban of new petrol/diesel car sales as soon as 2030.
Why then, in a world fully embracing technology in other aspects of life, has it taken more than two decades to reach just a 1% market share?
The answer lies in infrastructure. This report on electric vehicles explores the pace and scale of innovation and looks at patent innovations by the key players. It covers the following:
- Automotive players such as Toyota, Kia and Hyundai dominate the battery technology landscape, helping to ensure fast and reliable charging options.
- Induction charging technologies remain prohibitively expensive despite capability to change the way we charge.
- Company to watch, WiTricity, secure additional $52 million in funding as their Induction Car Charging technology is used by key suppliers in the automotive industry.
Learn more about how EV technology will lead us to a more sustainable future.
Inventions & Innovators powering the Energy Transition
We put a lens on the inventions made in critical technologies powering the energy transition. In this report we take a look at next generation batteries exploring three specific alternatives to lithium-ion:
- Solid-state batteries: Japan has the early mover advantage led by the likes of Toyota and Panasonic but keep an eye on pure plays like the VW-backed, NYSE listed Quantum Scape.
- Lithium-sulfur batteries: Leading innovators include LG Chem, Bosch and Hyundai.
- Lithium-oxygen batteries: Companies leading research & development in the space include Samsung Electronics, Hyundai, Toyota and Honda.
How else is investment into key technologies in this area driving our transition to cleaner energy?
Patent Innovations powering the Energy Transition
This oil and gas report analyses the inventions made by the seven supermajors in the critical technologies powering the energy transition.
In looking at sustainability through a patent lens, our patent data analysis found that the supermajors technology innovation is more evident in the Materials, Mechanical, and Sensors and Optics categories.