Our Projects
Waste to Energy
Space Exploration Initiative
Space Exploration Initiative
- Broadway Energy, a leading North American advocate for the patented Polycrack Thermo Catalytic Conversion technology, has made significant strides in sustainable waste management with the establishment of two substantial waste-to-energy facilities in British Columbia, Canada.
- Each of these projects boasts a processing capacity of 40 tonnes per day, demonstrating a considerable commitment to converting waste into a valuable energy resource. Recognizing the complexities and demands of managing these initial ventures and anticipating future growth in the sector, Broadway Energy has strategically collaborated with Smart Villages Canada. This partnership has led to the creation of First North Venture, a special purpose entity specifically designed to oversee the operational aspects of the existing projects and spearhead the development of subsequent initiatives.
- These projects are poised to implement cutting-edge technologies that will enable the efficient transformation of municipal solid waste into a range of useful resources, thereby playing a crucial role in fostering sustainable waste management practices and contributing to regional energy production.
- The Polycrack Thermo Catalytic Conversion technology offers an innovative approach to waste treatment, breaking down complex polymers and organic materials into simpler, high-value products such as fuels and chemical feedstocks. By deploying this advanced technology, Broadway Energy and First North Venture are not only addressing the growing challenge of waste disposal but are also actively participating in the circular economy by recovering valuable resources from waste streams.
- The strategic alliance with Smart Villages Canada further strengthens this endeavor, bringing together expertise in both innovative energy solutions and community development. First North Venture is therefore well-positioned to become a key player in the Canadian waste-to-energy landscape, driving environmental sustainability and economic benefits through its pioneering projects in British Columbia and beyond.
Space Exploration Initiative
Space Exploration Initiative
Space Exploration Initiative
- Space Logistics: Establishing a reliable space logistics network is crucial for sustained space activities. This includes the development of orbital depots – strategically located refueling and resupply stations in Earth orbit or at Lagrange points. Furthermore, efficient and reusable in-space transportation systems, such as advanced chemical rockets, ion propulsion systems, or even space elevators in the long term, are needed to move personnel, equipment, and resources between Earth, orbital depots, and deep-space destinations.
- Space Infrastructure/Communication: A robust space infrastructure is fundamental for supporting future space endeavors. This includes the deployment of advanced communication and navigation satellite constellations to provide reliable global coverage. The construction of orbital platforms could serve as research outposts, manufacturing hubs, or staging grounds for deep-space missions. Crucially, the development of efficient and scalable power systems, such as large solar arrays or even nuclear reactors, is essential to support the energy demands of these diverse activities.
- Space Robotics: Autonomous and semi-autonomous robots will play a vital role in facilitating future construction projects in space. These robots can perform tasks that are too dangerous, repetitive, or require greater precision than human astronauts can achieve. This includes assembling large space structures, maintaining and repairing existing infrastructure, and even assisting in asteroid mining operations. Advanced robotics, equipped with sophisticated sensors and artificial intelligence, will be critical for the efficient and safe development of space.
- Research and Development (R&D): Continuous investment in research and development is paramount for advancing all aspects of space exploration and utilization. This includes fundamental research in areas like propulsion, materials science, and life support, as well as applied research focused on developing specific technologies and mission architectures. International collaboration and the involvement of both public and private sectors are essential to drive innovation and accelerate progress in space.