Category: Future Industries

  • Vertical Farming and AgTech: Reinventing Food Production for a Changing World

    Agriculture feeds a growing global population using a shrinking amount of arable land per capita, under increasingly unpredictable climate conditions, and with a shrinking rural workforce in many developed economies. Technology is responding on multiple fronts: precision agriculture that optimizes every input on conventional farmland, and vertical farming that removes crop production from the constraints…

  • Carbon Capture: The Technology Betting to Clean Up What Can’t Be Avoided

    Even in an optimistic scenario of rapid renewable energy deployment and widespread electrification, certain industrial processes and legacy energy infrastructure will continue generating carbon dioxide emissions for decades. Carbon capture technology — extracting carbon dioxide from industrial exhaust streams or directly from the atmosphere — represents the industry’s answer to emissions that cannot be avoided…

  • CHAR Tech PFAS Testing Finds No Detectable Compounds in Biochar

    CHAR Technologies Ltd. (TSXV: YES) has reported that independent laboratory testing found no detectable levels of 40 targeted per- and polyfluoroalkyl substances, or PFAS, in biochar produced using the company’s High Temperature Pyrolysis technology. The Canadian clean-technology company announced the results on August 17. Its HTP system processes wastewater biosolids—the solid material left after municipal…

  • Water Technology: Desalination and the Business of Solving Scarcity

    Water scarcity is one of the most consequential resource constraints of the coming decades, affecting agriculture, industry, and basic human needs across growing portions of the globe. Unlike energy, where multiple abundant alternative sources exist, fresh water has no substitute — only technology that can extend, purify, or create new supply from sources that were…

  • How Wheaton and Vale Base Metals Are Funding More Copper

    Vale Base Metals (VBM) announced in a press release on August 13 that it is proceeding with a Coarse Particle Flotation (CPF) project at its Salobo Copper Complex in Brazil, a processing upgrade the company expects to add up to approximately 30,000 tonnes of annual copper production and accelerate the project’s start-up to the first…

  • 3D Printing at Scale: How Additive Manufacturing Is Moving From Prototype to Production

    Additive manufacturing spent its first three decades as a prototyping tool — valuable for testing designs quickly but rarely used to produce final, sellable products. That has changed. Advances in materials, print speed, and quality control have pushed 3D printing into genuine production manufacturing across aerospace, medical devices, and industrial equipment. Understanding where additive manufacturing…

  • Critical Minerals: The Hidden Supply Chain Behind Every Advanced Technology

    Every electric vehicle, wind turbine, semiconductor, and advanced weapons system depends on a group of minerals that most people have never heard of: lithium, cobalt, rare earth elements, gallium, and dozens of others that occupy a strategic position disproportionate to their small share of global mining output. The concentration of critical mineral supply chains in…

  • Emerging Scientific Fields: The Breakthrough Technologies Shaping the Next Decade

    Technology investing rewards those who can identify important developments early — before they become consensus, and before valuations reflect their potential. The most compelling investment opportunities of the next decade are being seeded now in laboratories and early-stage companies working at the intersection of biology, physics, materials science, and computing. Understanding which scientific frontiers are…

  • Where Biology Meets Industry: The Quiet Rise of Advanced Biotechnology

    Biotechnology has spent most of its commercial history focused narrowly on medicine — developing drugs and diagnostics that address human disease. The tools that made this possible — the ability to read, write, and edit DNA — are now being applied to challenges far beyond healthcare. Industrial biotechnology is using engineered microorganisms and enzymes to…

  • Defense Technology: How Innovation Is Reshaping the Business of Modern Military Capability

    Defense spending has historically been among the most reliable sources of government procurement revenue in the technology industry, but the sector is undergoing a more fundamental transformation than periodic budget cycles would suggest. Artificial intelligence, autonomous systems, directed energy weapons, hypersonic technology, and advanced electronic warfare are redefining what military capability means and which companies…