Hach CEL Environmental Water Quality Laboratory Kit
The Hach kit includes durable instruments, pre-measured reagents, an apparatus and labware for water quality testing in the field.
- Hard-sided carrying case is great for storage and portability
- Supports rapid testing of multiple water quality parameters
- Pre-measured reagents are impervious to environmental contamination
|251232||CEL environmental water quality lab kit|
|Usually ships in 3-5 days|
The Hach CEL Environmental Water Quality Laboratory Kit is designed to withstand harsh outdoor conditions. Including a DR900 colorimeter and all of the necessary reagents for testing, the kit is enclosed in a durable carrying case that is easily portable. The battery-operated colorimeter means tests can be run immediately without concern for sample preparation and handling, ensuring rapid testing and decision making.
Water quality parameters that can be tested include: acidity, alkalinity, ammonia, carbon dioxide, chlorine (free), chlorine (total), hardness, iron, manganese, nitrate, nitrite, phosphorus, sulfide/hydrogen sulfide, tannin, lignin, and zinc.
- (1) DR900 Colorimeter
- (1) Digital Titrator
- (1) Reagent Sets
- (1) Apparatus
- (1) Manual
- (1) Procedure Manual CD
- (1) Field Case
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“Geographically isolated wetlands provide important benefits such as sediment and carbon retention, nutrient transformation and water-quality improvement, all of which are critical for maintaining water quality,” said John Marton, assistant scientist at IU Bloomington’s School of Public and Environmental Affairs. Continued losses of the isolated wetlands could cause serious harm to North American waters.Read More
Scientists at the National University of Singapore are working to develop a robot based on the biological structures of sea turtles to study water quality, according to TreeHugger . The robot will be designed to carry sensors and get its power from solar panels.
The robot will swim much like an actual turtle does with flippers. And it won’t have a ballast system for propulsion, which researchers believe will help to make it lighter and more efficient.
After development of the base model, scientists plan to scale up capabilities by coordinating swarms of the robotic turtles in monitoring applications.
“We can have a swarm of tiny turtles which communicate with each other and act collaboratively to perform their duties,” said S.K.Read More
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Analysis of data from 2013 reveals that pollution flowing into the bay from nine of its major tributaries was below the 25-year average, which could be good news for its long-term health. However, from 2011 to 2013, the bay met less than a third of the water quality standards established to support plant and animal life.Read More