Charles R. Goulding and Preeti Sulibhavi report on the Y-Prize-winning CarboWells concept, which combines advanced materials and 3D printing to improve the long-term safety of abandoned oil wells.
carbon capture
Plastic, Petrochemicals, and the 3D Printing Industry’s Role in a Growing Global Challenge
Charles R. Goulding and Preeti Sulibhavi take a closer look at how the growing global plastics crisis is colliding with the future of manufacturing, and why the 3D printing industry may become part of the solution rather than part of the problem.
Carbon-Capturing Materials and the Push for Sustainable Additive Manufacturing
Anthony Palumbo and Charles Goulding examine how emerging carbon-negative construction materials, combined with advances in sustainable additive manufacturing and 3D printing, signal a structural shift toward climate-positive manufacturing and construction ecosystems.
3D Printing and Clean Energy: Constellation’s Visionary Path
Charles R. Goulding and Preeti Sulibhavi delve into the $26.6 billion merger that creates America’s top clean energy provider and integrates groundbreaking 3D printing technologies.
CarbonTech and Carbon Capture may be the Future of Carbon Reduction
CarbonTech is a wide variety of products that can be made from CO and CO2 emissions captured from power plants, biomass or direct air capture.
Building Back Better With 3D Printing
Charles Goulding Jr. examines the new US initiative to Build Back Better and how the 3D printing industry is set for a major role.
The 3Ds For 2021 Investing
Charles R. Goulding and Preeti Sulibhavi consider three important “D” trends for investing this new year as they impact 3D printing.
A Thousand Crazy Ideas: Bill Gates And 3D Printing
Charles Goulding Jr. takes a trip through Bill Gates’ brain – and finds plenty of 3D printing.
Racing the Clock with Help from Carbon Capture and 3D Printing
Charles Goulding Jr. examines the possibilities for use of 3D printing in carbon capture equipment.
3D Printed Components Enable Enhanced CO2 Capture
A test device made by the Oak Ridge National Lab has developed a prototype device that can more efficiently capture CO2.