Influencing the future of science
Waters advanced polymer analysis from handprint to fingerprint precision, and its collaborative ethos is shaping future materials too
Read storySustainable polymers and green analytical chemistry
Sustainable chromatography system uses solvents more efficiently and cuts waste streams
Sustainable polymers and green analytical chemistry
Calibrating for the curve
Faster, smarter insight to your polymer structure
Method development
Empower polymer analysis with the universal language of the lab
From handprint to fingerprint: Polymer peak analysis
2D chromatography separates Waters from the pack
- Previous
- Next
Engineering a green approach to analytical chemistry
Six decades of industry insight and research partnerships inform Waters’ green analytical chemistry
Sustainable solutions for plastics: the future role of lignins
Could lignins provide a sustainable alternative to petroleum in plastics development?
2D chromatography for precision polymer analysis
How comprehensive 2D chromatography helps scientists hit polymer analysis sweet spots
Free resources
Experts share their insight on polymer analysis
A wealth of free resources on precision polymer analysis
Whitepaper
The theory and practice of green analytical chemistry
Download our free white paper to get an overview of the landscape and best practice in green analytical chemistry
Whitepaper
Comprehensive 2D liquid chromatography for polymer applications
Download our free white paper to see how 2D-LC offers superior analysis of complex samples
Battery material changes in real-time: silicon anode structural evaluation via isothermal microcalorimetry
Join us on 9 November to learn about battery material changes and how to accelerate battery development using cutting-edge in-operando isothermal microcalorimetry
Driving the battery recycling revolution
Hear from experts about steps being taken to improve Li-ion battery recycling technology
Is this the future of bioplastics upcycling?
Learn more about chemical methods for a new route to active upcycling of PLA
From our archive...
Cadmium cyanide surprises chemists by shrinking when irradiated with x-rays
Contraction expands potential applications for inorganic materials
Solubility simulations solve mystery of why PEG dissolves in water but Keck clips don’t
Answer to puzzle of why such similar polyethers behave so differently could lead to better predictions of a molecule’s solubility
Droplets retain crystal-like structure while sliding on vertical substrate
Surprising properties of soft material may have significant impact on polymer physics
Lego struggles to find the right chemistry to replace oil-based virgin plastics
Danish toymaker commits to redouble efforts to produce more sustainable polymers for Lego pieces
The wonderful wizards of wood
Better skiing through chemistry
A test of strength for artificial muscles
The rise of ferrofluids
How rubber is bouncing back
Sustainable Covid-19 protection
- Previous
- Next
Organocatalyst deconstructs mixed plastic waste into monomers
Step towards closed-loop recycling
Polyurethane foams given a new lease of life as high-performance 3D printing inks
Upcycling method paves way to work with other hard to reuse thermoset plastics
Pyrolysed plastic waste converted into valuable chemical feedstocks
’Economic mindset’ shapes plastic upcycling approach