The US, particularly Silicon Valley, has been synonymous with groundbreaking technological advancements for decades. This region has produced some of the most significant innovations, shaping the modern world and setting the pace for global technological development.
Silicon Valley has been at the forefront of AI and machine learning advancements. Companies like Google and OpenAI have pushed the boundaries of what machines can learn and do. AI now powers everything from virtual assistants and recommendation engines to autonomous vehicles and sophisticated data analytics.
Another breakthrough innovation is the revolutionary gene-editing technology, CRISPR-Cas9, co-developed by American scientists, that has opened new frontiers in genetic research. This technology allows for precise modifications to DNA, offering potential cures for genetic disorders and innovations in agriculture and biotechnology.
The same goes for self-driving technology. While the race to develop fully autonomous vehicles involves global players, American companies like Tesla and Waymo have been pivotal. Tesla’s advancements in electric cars and self-driving technology have redefined the automotive industry, promising safer and more efficient transportation solutions.
The New Landscape of Global Technological Innovation
While America continues to be a powerhouse of innovation, the rapid technological advancements from countries worldwide highlight a significant shift. The globalization of technology has democratized innovation, with groundbreaking developments emerging from various corners of the globe.
China has rapidly become a leader in 5G technology, with Huawei and ZTE at the helm. The next-generation wireless technology promises faster internet speeds, lower latency, and the capability to connect more devices simultaneously, driving the future of the Internet of Things (IoT) and smart cities.
Japan has long been a pioneer in robotics, but the past decade has seen remarkable advancements. Companies like SoftBank Robotics, with their humanoid robot Pepper, and industrial robotics leaders like Fanuc, have pushed the envelope in consumer and industrial applications, from service robots to precision manufacturing.
South Korea, home to tech giants like Samsung and LG, continues to innovate in consumer electronics. Samsung’s advancements in display technology, including the development of foldable screens and ultra-high-definition displays, have revolutionized the market, setting new trends in how we interact with our devices.
On the other hand, European countries have made significant strides in renewable energy technologies. Germany, in particular, has been a leader in solar and wind energy, developing efficient and scalable solutions that are crucial in the fight against climate change. Innovations like floating wind farms and advanced photovoltaic cells are setting new standards for sustainable energy.
However, the most significant breakthrough in green technologies in recent times is the European Biomass Ultima factory, which produces not only green electricity from wood waste but also four additional high-quality products: organic tar, organic carbon, wood vinegar, and organic fertilizer.
While the team is finishing some last touches and installing the final equipment before the grand opening, they just released another essential announcement: their equipment will be certified by Bureau Veritas, the world’s leading testing, inspecting, and certification (TIC) authority.
Roberto Hroval, the founder of the global business environment Themis Ecosystem and Biomass Ultima factory, confirmed the news. “We are very proud and honored that the eminent Bureau Veritas has become our supporting partner in up-to-date certification. Besides certification of the industrial part of the Biomass Ultima factory, Bureau Veritas is also a supporting partner for the upcoming Project Phoenix8. The certificate will be prepared according to the highest standards and issued under our brand. Consequently, every potential buyer of Biomass Ultima technology will have the highest possible technology quality guarantee,” he said.
It should be emphasized that the factory does not need this certificate for launch or basic operations. It represents an additional guarantee and confirmation of the excellence of the technology.
Yes, European green energy innovations are definitively going mainstream.
What Is Bureau Veritas?
Bureau Veritas (BV) is a global leader in testing, inspection, and certification (TIC) services. Founded in 1828, the company has a rich history of supporting businesses across various industries in ensuring compliance, improving performance, and mitigating risks.
With operations in over 140 countries, BV leverages its extensive network to provide localized expertise with a global perspective. It employs approximately 82,500 people globally, serving more than 400,000 clients worldwide. They reported revenue of €5.65 billion ($6,07 billion) in 2023.
It partners with major global brands to enhance their operations and ensure compliance with international standards. Their clients include industry leaders in aerospace, automotive, food and retail, and oil and gas sectors.
The company aims to shape a world of trust by delivering high-quality services that enhance clients’ business performance. BV prides itself on its robust governance framework, adherence to high ethical standards, and dedication to continual improvement.
Nonetheless, this is not the first cooperation between Themis Ecosystem and BV. Some years ago, BV issued a certificate for the Project Phoenix8 technology and products. Now, the cooperation will be extended to the Biomass Ultima factory.
New Certificates, Elaborates, Studies, and More Are Coming
Any technology checked and certified by Bureau Veritas stands out on the market as reliable, high-quality, and of the highest standards. Many companies decide on BV certification to create a competitive advantage, as BV certification ensures greater safety, fewer unknowns in the process, compliance with standards, and, as a result, lower risk.
Through the BV certification, the company and its brand can charge higher prices, create greater visibility, and have proof of reliability and trust. If, for example, an investor is deciding between investing in two similar technologies, the BV certificate can be the tip of the scale that makes the decision.
Another certificate that BV has prepared for the Biomass Ultima factory is the Fire and Explosion Hazard Analysis (FEHA). With FEHA, the factory demonstrates the highest level of equipment safety.
Yet another elaborate coming is a new LCA study. Life Cycle Assessment is a method used to evaluate the environmental impacts of a product throughout its entire life cycle, from raw material extraction to disposal. An LCA elaborate is a comprehensive report that documents the findings of this assessment, providing detailed data, analyses, and recommendations for reducing environmental impacts.
The Biomass Ultima factory is fully engaged and committed to green, sustainable solutions, organic farming, and maximum support for nature. The production of all five products – green electricity, organic carbon, organic wood vinegar, organic tar, and organic fertilizer, sold under the brand John’s Organic Roots – is CO2 negative, and new innovations even further reduce CO2 gas. All processes in the factory are carefully planned, waste is appropriately handled, and greenhouse gases are consciously and systematically reduced.
Since the Biomass Ultima technology acquired the last LCA analysis some time ago, without the latest CO2 reduction innovations, the team decided to do a new LCA analysis. The founder said this analysis will show even more careful handling and more CO2 saved.
“In short,” concludes Roberto Hroval, “the new certifications, elaborates, and studies will increase the value of the entire system and, consequently, the price of IRMUs. Those who will have more IRMUs will help the planet more and can become CO2-neutral without changing their lifestyle.”
A similar certification process will later be repeated at the Project Phoenix8 factory, which will convert plastic wastes or discarded tires into green electricity.
