ACI Online Learning & Presentations
On-Demand courses about lowering carbon emissions are available through ACI University. Free online recorded or Powerpoint presentations from ACI Conventions and other industry events are also available.
ACI On-Demand Learning Course
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Proportioning with Ground Limestone and Mineral Filler
Performance-Based Specifications for Concrete
Sustainable Concrete: Practices and Pathways
Innovation in Concrete Construction: Considering Embodied Carbon
Lower Carbon Concrete with Portland-Limestone Cement
The Role of Silica Fume in Reducing the Carbon Footprint of Concrete
Modern Concrete: Achieving Sustainability Through Durability
The Top 10 Ways to Reduce Concrete’s Carbon Footprint
NEU Carbon Neutral Concrete Specialty Day
Transition to Type IL Portland Limestone Cement (PLC)
ACI Recorded Presentations
PCA's Roadmap to Carbon Neutrality
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Groundbreaking Technologies: Carbon Capture and Storage (CCS)
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Strategies for Reducing CO2 Emissions at Cement Plants
Blended Cements: Achieving Sustainability and Durability in Concrete Pavements
Decreasing the Clinker Component in Cementing Materials
Identifying Compositional Factors of Fly Ash Reactivity in Geopolymer Cements
Recycled Concrete Aggregates for Improved Sustainability of Reinforced Concrete Structures
Concrete Construction Practices that Meet Current Development Needs Without Compromising the Future
Demonstrating Resilient and Sustainable Concrete Benefits with Slag Cement
Embodied Carbon and the Concrete Industry: What you need to know
Low-Carbon Cement and Concrete Demand and Legislation
Emphasizing Technologies for Low-Carbon Lean-Construction (TLC2) (An Indian Perspective)
Design and Performance of Low-Powder Self-Consolidating Concrete: Eco-SCC
Carbon Reduction Strategies for Concrete Airfield Pavements
Colloidal Nano-silica for Low Carbon Self-healing Cementitious Materials
Improving Sustainability of Ultra-High Performance Concrete
Machine Learning-Based Mix Design Tools to Minimize Carbon Footprint and Cost of UHPC
A Concrete Contractor's Perspective on Lower Carbon Concrete and Constructability
Accelerating Sustainability with Cement and Cementitious Materials
An Experimental Study on Concrete Incorporating Wood Ash as Cement and Fine Aggregate Replacement
Is the Code Ready for Net Zero, or is it a Zero?
Newly Synthesized Nanotube Hybrids for Sustainable and Multifunctional Coal Ash Based Concrete
The Top 10 Ways to Reduce Concrete's Carbon Footprint
When Carbon Reduction and Constructability Clash—Who is Responsible for the Fallout?
A Systems Approach for Ensuring Carbon Neutral Constructions and Improving Construction Productivity
Bio-Inspired 3DCP with Low-Carbon Footprint
CO2 as a Performance Enhancing Admixture in Ready Mixed Concrete
Concrete Pavements Sustainability
Innovative use of Nanotechnology for Sustainable UHPC
Life Cycle Assessment in Concrete Mix Design: Lessons from the Eco Concrete Competition
Lowering Carbon Footprint of Concrete Construction Using Fiber Reinforcement Technology
Sustainable Ultra High-Performance Geopolymer Composite
Use of Nano-Particle Containing Admixtures for Concrete with Lower Carbon Footprint