Colgate-Palmolive
At a Glance
Industry
Consumer Packaged Goods
Project Types
Data Analysis, Industrial Energy Efficiency, Sustainability and Energy Management Strategy
Year
2018
Location
Piscataway, NJ
Annual kWh Savings:
123,000,000 kWh
Annual CO2 Reductions:
55,000 metric tons
Summary
Cecilia Coates provided Colgate-Palmolive with a list of cost-effective actions that would aid in energy reduction and created a roadmap for setting new Context Based Water Goals.
Goals
Colgate-Palmolive, a global consumer products company focused on household, health care and personal care products, asked EDF Climate Corps fellow Cecilia Coates to analyze energy reduction opportunities at its global manufacturing facilities. She was also tasked with developing a roadmap that would help them set 2025 Context Based Water Goals.
Solutions
The Global Energy Reduction Team at Colgate had data from multiple Energy Treasure Hunts, but they had not yet analyzed which project types might provide the best return on investment. After analyzing the data, Coates’ came up with a list of “Top 10 Energy Actions” that would provide large energy reductions in short payback periods and were relevant to most of Colgate’s manufacturing sites. Her recommended actions span a range of categories including Compressed Air and HVAC, and a range of themes from Retrofits to Control Strategies.
To aid in Context Based Water Goal setting, Cecilia provided data on WRI Aqueduct water stress scores and current water consumption across the value chain and collaborated with the Mint Industry Research Council to start tracking water metrics annually. She also analyzed water usage at Colgate’s manufacturing facilities located in areas of water scarcity, and water used by consumers worldwide.
Potential Impact
If implemented by all of Colgate’s manufacturing facilities, Coates’ list of actions represents a potential 66,000 to 123,000 MWh in energy savings and an average payback period of 1 year. This represents a 4% to 7% reduction in their total manufacturing energy consumption.