A dual-function nanoreactor detects and degrades chloramphenicol with high sensitivity and speed, offering a promising tool ...

During the initial 7-d study period, we did not anticipate that the concentration of carbon dioxide would be >3,000 ppm (the highest detection capacity of the chips we had at the time) within < 30 ...

The resulting graph, called the Keeling Curve (after Charles David Keeling, the scientist who kicked off the effort) is a ...

especially across a wide concentration range. The minimum detection limit (MDL) for CO2 has been determined to be 26.7 ppm at an integration time of 52 s, based on the Allan variance analysis. DHS-WMS ...

Mission critical air conditioning specialist, STULZ has launched its new Cyber Air 3PRO DX GEA(S) range for use in data ...

Tyre recycling into rubber granulates saves 58.4 per cent of carbon dioxide emissions compared to ELT co-incineration, and ...

Imagining an Earth devoid of all life may seem like science fiction. However, this hypothesis is now supported by serious ...

Kenyan roads continue to witness tragic accidents, often attributed to fatigue and loss of concentration. Research globally links elevated CO2 levels to significant reductions in driver alertness ...

New research could improve the efficiency of electrochemical carbon-dioxide capture and release by six times and cut costs by at least 20 percent. Researchers added nanoscale filtering membranes to a ...

Lead contamination in municipal water sources is a consistent threat to public health. Ingesting even tiny amounts of lead ...

Over the last decade, humanity's emissions of carbon dioxide (CO₂ ... Last year, the atmosphere's concentration of CO₂ rose at the fastest rate on record. Over the last decade, atmospheric ...