Join us at the AORN Global Surgical Conference & Expo 2025 in Boston, MA, from April 5-8! Visit Booth 2625 to connect with our team and learn about Superabsorbent Polymers (SAP) that help reduce risks and costs associated with biological waste exposure. See you there! #AORN2025 #Booth2625 #SurgicalInnovation Chase Corporation
Zappa-Stewart
环境服务
Hickory，North Carolina 206 位关注者
We develop a wide range of superabsorbent polymer (SAP) technologies designed to meet the specific performance.
关于我们
Zappa-Stewart supplies super absorbent polymers (SAP) for cost-effective liquid waste solidification within the industrial, environmental, and energy sectors, in the United States and international markets. Our products include: ZapZorb industrial solidifier, available in up to one metric ton super sacks ZapLoc medical waste solidifier, in squeeze bottles ZapPak medical waste solidifiers, in proprietary dissolvable packaging In addition to super absorbent polymer manufacturing and distribution, we provide customers with free technical consultation on their solidification projects so they’re assured of purchasing specific SAP formulations that meet performance and cost requirements. Our product technical support extends to maintaining an onsite laboratory for grading and testing super absorbent polymer formulations.
- 网站
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https://chasecorp.com/zappa-stewart/
Zappa-Stewart的外部链接
- 所属行业
- 环境服务
- 规模
- 51-200 人
- 总部
- Hickory，North Carolina
- 类型
- 上市公司
- 创立
- 1990
- 领域
- superabsorbent polymers、Energy & Infrastructure drilling、Environmental Remediation、Medical Applications、Wire & Cable Applications、Consumer Products、Gas & Oil Drilling、Horizontal Directional Drilling、Coal Ash/CCR、Medical Waste Solidification、Food testing、Negative Wound Pressure、Water blocking tapes & Yarns、Fiber optic applications和Absorbent pad applications
地点
Zappa-Stewart员工
动态
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Optimize Coal Ash Management with SAP Technology – Join Our Webinar! Managing coal combustion residuals (CCRs) comes with environmental and operational challenges—especially water removal for pond closures. Superabsorbent polymer (SAP) technology offers a proven solution, rapidly solidifying liquid-bearing CCRs while minimizing disposal, treatment, and transportation costs. Join our webinar to learn how SAP outperforms traditional absorbents, enhances other treatment additives, and ensures compliance with structural fill landfill standards. ?? Register now to discover a smarter approach to CCR management! https://lnkd.in/g3NbFhaj #CoalAsh #CCRManagement #SustainableSolutions #SuperabsorbentPolymers #EnvironmentalEngineering #Webinar
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???New Video Alert!??? We're excited to share our latest video showcasing the incredible benefits of Superabsorbent Polymers (SAPs) in liquid waste remediation, especially for coal ash remediation. Discover how SAPs can transform waste management with their superior absorption capabilities, ensuring a cleaner and safer environment. ???Watch the video now and see the difference SAPs can make. #Innovation #CCR #Sustainability #CoalAshRemediation #SuperabsorbentPolymers Chase Corporation
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ACAA 2025 Winter Membership Meeting January 28, 2025 Omni Grove Park Inn, Asheville, North Carolina Chase Corporation Nicholas Leuci Whit Rawls, P.E.
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Excited to be exhibiting at the American Coal Ash Association ACAA Fall Membership Meeting October 21, 2024 - October 23, 2024. Please stop by and learn about Zappa-Stewart and Superabsorbent Polymers for Environmental Remediation.?Come by and connect with our sales team Nicholas Leuci Whit Rawls, P.E. Mickey Randall #Superabsorbents #Polymers #CCR #CoalAsh
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MINExpo 2024 is here! Join the Zappa Stewart team in Las Vegas to discuss wastewater solidification and environmental remediation. Visit booth 120 to learn more! #WasteWater #Superabsorbents #Solidification
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New #Blog ?? The superior absorption capacity of SAPs (200-300 times their weight in DI water) translates into time savings on a solidification project by allowing a waste treatment contractor to solidify more waste with much less material when compared to competing products. https://bit.ly/4aV0CPT
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#CaseStudy Solving wet weather challenges at #CCR site https://bit.ly/3wLB43v