Hach CEL Basic Wastewater Laboratory Kit

This Hach test kit offers the right equipment for basic wastewater analysis. 

Features

  • Pre-measured reagents are impervious to environmental contamination
  • Rugged carrying case is designed to withstand harsh environments
  • On-site results for quick decision making
Your Price $2,124.00
Stock Drop Ships From Manufacturer  

Wastewater treatment plants depend on continuous monitoring of the state of the water. The Hach CEL Basic Wastewater Laboratory Kit contains durable instruments, pre-measured reagents, an apparatus and labware to perform sampling in harsh environments. Rapid testing is essential to communicate results back to decision makers and to ensure that the necessary actions are done in a timely manner.

  • (1) DR900 Colorimeter
  • (1) Pocket pH Tester
  • (1) Reagent Sets
  • (1) Apparatus
  • (1) Manual
  • (1) Procedure Manual CD
  • (1) Carrying Case
Questions & Answers
No Questions
Please, mind that only logged in users can submit questions

Select Options

  Products 0 Item Selected
Image
Part #
Description
Price
Stock
Quantity
Hach CEL Basic Wastewater Laboratory Kit
251236
CEL basic wastewater lab kit
Your Price $2,124.00
Drop Ships From Manufacturer  
Notice: At least 1 product is not available to purchase online
×
Multiple Products

have been added to your cart

There are items in your cart.

Cart Subtotal: $xxx.xx

Go to Checkout

In The News

Fracking wastewater injection likely increased Okla. earthquakes

Researchers at Cornell University studying the effects of fracking wastewater on seismicity say the injection of the substance is the likely cause for an increase in earthquakes in Oklahoma since 2009, according to a release from the university. From 2008 to 2013, scientists found that earthquakes in Oklahoma made up close to half of all the seismic events recorded in the central and eastern United States. They found that many of those earthquakes occurred in areas of high-rate water disposal. Researchers also determined that earthquakes occurred more than 30 kilometers from disposal wells, which beats the previous distance believed to be susceptible to extra seismicity, 5 kilometers. Full results of the study are available in the journal Science.

Read More

Texas town, facing drought, processes drinking water from wastewater

Three years of harsh drought have led one Texas city to significantly supplement its drinking water supply with wastewater, NPR reported. Wichita Falls, Texas, has connected its wastewater plant to its drinking water purification plant via a 13-mile pipeline. The city will be the first in the nation where half of its drinking water is processed from wastewater. Residents have expressed some concern regarding the so-called “toilet-to-tap” water recycling process, and the city is enacting an education campaign to clarify the science at work. Despite strict restrictions that have led to a one-third decrease in water use, water supplies are expected to run out in two years.

Read More

Fracking wastewater mixed with acid mine drainage reduces radioactivity

A study led by Duke University researchers found that radioactivity in fracking wastewater can be reduced by blending it with acid mine drainage, according to Science Daily. By mixing the two types of wastewater in the right proportions, some of the fracking contaminants bind onto solids. The solids can then be removed prior to discharging the water into streams and other waterways. The new process provides a way to treat hydraulic fracturing wastewater, and should help reduce acid mine drainage contamination across the the northeastern United States. Additionally, hydraulic fracturing operations can use the blending technique to recycle water, limiting the need to tap into local freshwater supplies.

Read More