Renewable Energy | XPRT
Articles & Whitepapers
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Dryclone Solid Recovered Fuel: Replacing coal in cement kilns
Dryclone Solid Recovered Fuel (DSRF) is a clean, renewable fuel that is ideal for replacing coal in cement kilns. DSRF is made by DSRF Plants from the entire municipal solid waste (MSW) stream, including wet organics (less metals and inerts). Dryclone’s unique aerodynamic pulverizing dries, sizes, and blends MSW using only air. DSRF is fully homogenized and sized to meet the ...
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The Future of Fusion Research
Ongoing efforts in nuclear fusion research promise a cheap, clean, and safe energy source for future generations. In this blog post, we’re looking at how fusion power works, its advantages, and ...
News
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Ameresco and Bright Canyon Energy Partner to Build Large Scale Solar and Battery Project Promoting Clean Energy and Resiliency in Hawai‘i
FRAMINGHAM, MASS, PHOENIX, AZ and HONOLULU, HI – June 1, 2022 – Ameresco, Inc., (NYSE: AMRC), a leading clean technology integrator specializing in energy efficiency and renewable energy, and Bright Canyon Energy, a leading developer of ...
Alfa Chemistry Shows Proved Capability in Thermal Analysis for Alternative Energy Materials
Mustang Sampling expands its sample conditioning systems portfolio in Natural Gas Liquids with the Mustang® Cryogenic Liquid Composite Sample System
Uk Electricity Generation To Be Fossil Fuel Free By 2035?
Carbon Robotics Closes $27 Million in Series B Financing Round Led By Anthos Capital
Equipment & Solutions
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Showcase
Cleanroom Monitoring Solution for Semiconductor and Microelectronic Manufacturing
With our solution, gaseous substances can be detected and identified without any enrichment directly in situ, already at a very low (ppt) concentration level. The detection including sampling and identification process takes minutes to seconds, depending on the configurated setup.
Upcoming Events
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Showcase
How to Manage Challenges in Analysis of Highly-Viscous or Inhomogeneous Organic Liquids
Organic materials are the most challenging sample matrices for element analysis techniques, such as ICP-OES and -MS, AAS, and combustion based elemental analysis techniques for determination metals and non-metal elements like sulfur, nitrogen and chlorine. One reason is the wide concentration range, from a few ppt in applications (like silicone or chlorine in naphtha) to weight percentage in ...
