Tech for Small Water

Connecting small water systems with innovative treatment technology options. A USEPA-funded research network led by CU-Boulder and UMass-Amherst.

[Tech for Small Water @tech4smallwater]

@MassCEC's innovation grant helps pilot projects testing innovative wastewater treatment technologies to be implemented in wastewater systems.
https://t.co/ULVeOgRnuV]

[Tech for Small Water @tech4smallwater]

Self-Assembled Block Polymer Membranes features a customizable membrane design to adapt to different water treatment scenarios. https://t.co/0uUwTID4UZ

[Tech for Small Water @tech4smallwater]

Researchers in Australia have developed a water filter using graphene to remove 99% of contaminants found in Sydney Harbour water. https://t.co/hpPLyoxFVn

[Tech for Small Water @tech4smallwater]

Biish Maadziwin, an indigenous-owned company from Ontario, has developed a portable water treatment system designed to treat contaminated, brackish or sea water for rural areas. https://t.co/oDgdzL5Wew

[Tech for Small Water @tech4smallwater]

Battery Electrode Deionization (BDI) offers an energy efficient and effective approach to desalination. https://t.co/S3TODFkN1I #drinkingwater

[Tech for Small Water @tech4smallwater]

Engineers at Rice University has developed a way to treat nitrates from drinking water and converting them into air and water.
https://t.co/7WD755GaM2

[Tech for Small Water @tech4smallwater]

A portable water treatment system developed by UCLA engineers is helping rural communities facing water shortages. https://t.co/zt2DwBTY36

[Tech for Small Water @tech4smallwater]

Finding leaks in a large network of pipes can be arduous. However, a research team at University of Washington have developed a paper mixed with highly conductive carbon nanotubes that have promising use in leak detection. https://t.co/zCbiDeE01N

[Tech for Small Water @tech4smallwater]

Quebec's INRS has found an efficient treatment method for low concentrations of Atrazine from surface waters. https://t.co/V16ozw1fwL

[Tech for Small Water @tech4smallwater]

Research to increase the effectiveness of virus filtration by aggregating virus particles is being pursued. https://t.co/vHSvUYxOWk

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Global Scientific Study Finds Microscopic Plastic Fibers Contaminating Tap Water https://t.co/pG37Hn2sQl

[Tech for Small Water @tech4smallwater]

Advanced data analysis and sensor technologies are gaining more awareness to help maintain quality water delivery. https://t.co/uByifBZFCL

[Tech for Small Water @tech4smallwater]

Ozone and biofiltration technology provides an alternative to Reverse Osmosis during potable reuse treatment. https://t.co/jdEc5aG6cG

[Tech for Small Water @tech4smallwater]

Rice University's NEWT Research Center has developed a magnetic nanoparticle cluster designed to treat biofilms. https://t.co/9Jq3WYUYVx

[Tech for Small Water @tech4smallwater]

Laser-Induced Graphene is being researched as a potential boufouling resistant material that can remove bacteria. https://t.co/SXoVMySmgr

[Tech for Small Water @tech4smallwater]

MIT has developed an energy efficient and effective water purification method using electrochemical processes. https://t.co/Bnyel1m0dQ

[Tech for Small Water @tech4smallwater]

This study evaluates ozone cleaning as an effective technique to reverse membrane fouling. https://t.co/rAiXZdW5Yr

[Tech for Small Water @tech4smallwater]

University of Toronto's Institute for Water Innovation partners with manufacturers to solve emerging water issues. https://t.co/5KkgV6k3Zk

[Tech for Small Water @tech4smallwater]

CycloPure's new polymer technology is designed to rapidly and safely remove hazardous contaminants. https://t.co/FPPnFtHrR7

[Tech for Small Water @tech4smallwater]

Is it possible to operate a water treatment plant with solar panels and battery storage? Trials are being conducted. https://t.co/y41jWOdbeU