A community engagement director coordinates clean-up events in 7 parks. Each park averages 120 volunteers, and 65% collect plastic, 20% collect glass, and the rest collect metal. If each plastic collector removes 1.8 kg, glass collector 1.5 kg, and metal collector 2.3 kg, what is the total waste collected in kg?

["Title: How Community Engagement Drives Clean-Up Success: Analyzing Waste Removal Across 7 Parks", "Meta Description: Discover how a community engagement director coordinates impactful clean-up events across 7 parks, engaging 900+ volunteers. Learn how waste collection data reveals the environmental impact of collective action.", "---", "### Community Engagement at the Heart of Park Clean-Up Success", "Strong community involvement is the backbone of successful environmental initiatives—nowhere more evident than in large-scale park clean-up programs. Take a dedicated community engagement director who coordinates clean-up events across 7 local parks, drawing on the power of volunteerism to protect green spaces and reduce litter. With an average of 120 volunteers per park, over 900 volunteers participate in each event, driving measurable environmental benefits.", "Using data from recent clean-ups, we break down the impact of volunteer efforts—especially how plastic, glass, and metal waste are collected during community-driven action.", "---", "### Park Voluntage and Waste Collection Breakdown", "Each park averages 120 volunteers, totaling 840 volunteers across 7 parks. The cleanup effort follows a clear pattern:", "- 65% of volunteers collect plastic\n- 20% collect glass\n- Remaining 15% collect metal", "Let’s calculate the total waste collected based on engagement and waste rates per collector.", "---", "Step 1: Number of Volunteers by Waste Type\n- Total volunteers: 840\n- Plastic collectors:\n $ 65% \ imes 840 = 546 $ volunteers, each removing 1.8 kg\n → $ 546 \ imes 1.8 = 982.8 , \ ext{kg} $ of plastic\n- Glass collectors:\n $ 20% \ imes 840 = 168 $ volunteers, each removing 1.5 kg\n → $ 168 \ imes 1.5 = 252 , \ ext{kg} $ of glass\n- Metal collectors:\n Remaining volunteers: $ 15% \ imes 840 = 126 $\n → $ 126 \ imes 2.3 = 289.8 , \ ext{kg} $ of metal", "---", "Step 2: Total Waste Collected\nNow sum the amounts:\n- Plastic: 982.8 kg\n- Glass: 252 kg\n- Metal: 289.8 kg", "Total waste collected =\n982.8 + 252 + 289.8 = 1524.6 kg", "---", "### The Real Impact of Community Engagement", "This coordinated effort exemplifies how strategic volunteer engagement transforms environmental stewardship. By mobilizing over 900 committed volunteers, more than just parks are cleaned—these clean-ups prevent tons of waste from entering ecosystems, support recycling goals, and foster community pride.", "With clear data showing 1524.6 kg of refuse removed, the role of community engagement directors is vital—not only in logistics but in amplifying tangible ecological benefits.", "---", "Conclusion\nPark clean-ups led by dedicated community engagement directors do more than tidy green spaces: they inspire action, drive measurable environmental outcomes, and prove that collective effort yields real results—like removing over a ton and a half of waste from local parks every event.", "If you’re involved in community sustainability, tracking waste by collection type helps refine strategies and celebrate progress. Every volunteer counts—just like the 1.8 kg of plastic each plastic collector removes!", "---", "Keywords: community engagement director, park clean-up events, volunteer coordination, waste collection, plastic recycling impact, glass waste removal, metal waste collection, environmental action, community sustainability, total waste collected, community-led environmental initiative.", "---", "Curated by your community engagement team—to inspire action and measure impact at every cleanup."]