The American Water Works Association hosts its annual Water Quality Technology Conference (WQTC) and Exposition Convention and Exposition in New Orleans November 16-20, 2014. This established and highly regarded conference provides a practical forum for a wide range of water professionals to exchange the latest research and information. The Opening Session will highlight the 40th anniversary of the Safe Water Drinking Act featuring Peter Grevatt, Chief of USEPA’s Office of Ground Water and Drinking Water, and David LaFrance, AWWA CEO in a discussion on AWWA’s Total Water Solutions™.
2014 will mark the second time that Sper Scientific (Booth 700) will exhibit at WQTC. Sper Scientific’s focus at the event is to help water professionals optimize their processes and to demonstrate its lineup of innovative water quality products.
Sper Scientific delivers dependable, accurate water quality measurement devices to monitor the changes in water over time from seasonal variations, weather, as well as, man-made pollution. Whether you are in agriculture, aquaculture, industry, education, power generation, or municipal waste water, Sper Scientific offers a complete line of water quality meters, to test the acidity, alkalinity, conductivity, dissolved oxygen (DO), Oxygen Reduction Potential (ORP), of your water.
The Association of Water Technologies (AWT) Annual Convention and Exposition continues to grow and grow each year—breaking previous registration records. AWT expects the same for the 2014 Annual Convention and Exposition being held in Fort Worth, Texas (Oct. 29-Nov. 1, 2014).
AWT is a non-profit trade organization representing nearly 500 regional water treatment companies throughout the United States and internationally. These full-service companies specialize in the application of water treatments for industrial and commercial cooling and heating systems.
2014 will mark the first time that Sper Scientific (Booth 331) has exhibited at AWT’s Annual Convention and Expo. Sper Scientific’s focus at the event is to help AWT’s water professionals optimize their processes and to demonstrate its lineup of innovative water quality products.
Sper Scientific delivers dependable, accurate water quality measurement devices to monitor the changes in water over time from seasonal variations, weather, as well as, man-made pollution. Whether you are in agriculture, aquaculture, industry, education, power generation, or municipal waste water, Sper Scientific offers you a complete line of water quality meters, to test the acidity, alkalinity, conductivity, dissolved oxygen (DO), Oxygen Reduction Potential (ORP), of your water.
Water conservation is a frequently discussed topic in terms of household use, government regulations, and agriculture and water management. As the global population increases, it is becoming more critical to manage water resources and the ecosystems that rely on them. An article found on the Science Daily discusses the components of a successful freshwater management plan and nine ways to save our waterways and fisheries.
“Humans have put key freshwater ecosystems at risk because of land development and the loss of the vegetation along rivers and streams.” says John Richardson, a professor in the Dept. of Forest and Conservation Sciences at the University of British Columbia. Richardson is one of 15 freshwater biologists who created the framework to help protect fish and ecosystems into the future.
According to Richardson, “Humans also depend on these ecosystems for basic resources like clean drinking water and food as well as economic activity from the natural resource sector, tourism and more.”
Richardson and his colleagues created a framework of evidence-based principles that managers, policy makers and others could easily use in their work.
Richardson states the components of a successful freshwater management plan should include:
- Protect and restore habitats for fisheries
- Protect biodiversity as it enhances resilience and productivity
- Identify threats to ecosystem productivity
- Identify all contributions made by aquatic ecosystems
- Implement ecosystem based-management of natural resources while acknowledging the impact of humans
- Adopt a precautionary approach to management as we face uncertainty
- Embrace adaptive management — environments continue to change so research needs to be ongoing for scientific evidence-based decision making
- Define metrics that will indicate whether management plans are successful or failing
- Engage and consult with stakeholders
- Ensure that decision-makers have the capacity, legislation and authority to implement policies and management plans.
What are the 9 guiding principles as defined by Richardson and his colleagues?
- Acknowledge the physical and chemical limits of an ecosystem
- Population dynamics are at work and there needs to be a minimum number of fish for the population to survive
- Habitat quantity and quality are needed for fish productivity
- Connecting habitats is essential for movement of fish and their resources
- The success of freshwater species is influenced by the watershed
- Biodiversity enhances ecosystem resilience and productivity
- Global climate change affects local populations of fish
- Human impacts to the habitat affect future generations of fish
- Evolution is important to species survival
According to Richardson, “healthy freshwater ecosystems are shrinking and reports suggest that the animals that depend on them are becoming endangered or extinct at higher rates than marine or terrestrial species.”
What are your thoughts on how we can save our waterways?
At Sper Scientific, we certify two categories of instruments:
- Newly purchased instruments are certified prior to shipment, which may extend your order ship day by up to 10 business days. Not all instruments can be certified, when certification is possible an ordering option will appear on the product page.
- Previously purchased instruments are returned annually to Sper Scientific for certification, and may take up to 10 business days to certify.
Purpose of the Program:
There is an increasing requirement by customers for documentation supporting manufacturer’s claims of accuracy on their scientific equipment. This is partially due to the increasing acceptance of quality standards, such as ISO 9000* and GMP**, which require that periodic certification of test equipment be performed and documented. Most testing is done in-house with our own state-of-the-art equipment. Whenever possible and practical, we use N.I.S.T. traceable equipment and N.I.S.T. procedures.
* ISO 9002 1987 (E) Section 4.10
** FDA Good Manufacturing Practices Section 820.61
Each certified product comes with:
• A serial number
• A calibration or certification label
• One of three certificates.*
For a complete list of certified products please go to www.sperdirect.com
The Sper Scientific Advanced Datalogging Sound Meter (Model 850013) uses a single range of 30 ~ 130 dB. This dynamic range eliminates the need to manually select and change ranges, alleviating the problem of lost data associated with range changes in auto-ranging models.
All test parameters are simultaneously displayed on a large, bright backlit display featuring 0.1 dB resolution and a bar graph. Automatically log up to 31,000 records for later download, or manually save and recall 99 data points with date and time stamp directly on the meter’s LCD. The bi-directional USB port and software enable control of the meter via its on-screen image, and the optional microphone extension enables up-close measurements of hard-to-reach areas.
Accurate within ±1.4 dB and meets or exceeds all other specs for an ANSI S1.4 and IEC 61672-1 Type 2 meter. Also features A/C and fast/slow weighting scales, min-max, over/under alarms, AC or DC recorder output and auto power off. Calibrate in compliance with OSHA using Acoustical Calibrator.
The Sper Scientific Advanced Datalogging Sound Meter is available directly from the manufacturer at SperDirect.com.