Looking to maximize efficiency while minimizing shipping costs? Keen on shrinking your company’s and clients’ carbon footprint? Concerned about the complexities of transporting hazardous liquid materials? Picture this: You’re tasked with moving a three-hundred-gallon tote of corrosives to the twelfth floor of an office building. Or perhaps you’ve encountered the challenge of maneuvering a two-hundred-pound tote across pristine mahogany floors, all while hoping against leaks on the way to the cooling tower. If these scenarios resonate with you, our latest episode is a must-listen!
Join us as Blaine Nagao, CWT, Senior Director of Smart Release Technology at Dober, answers a multitude of questions about how solid technology works and how it differs from liquid technology. Blaine debunks old misconceptions about solid technologies. Learn how to match the right equipment with the products you’re using and gain insight into controlling as many variables as possible upfront by adopting solid technology.
Discover how solid technology can eliminate the need for hefty shipping fees, significantly reduce your carbon footprint, and save money for both your company and your clients.
Tune in for an educational, insightful, and positive discussion that could revolutionize your bottom line.
Understanding the Formula for Cost Savings with Solid Chemistry Technology
Blaine explains that the cost savings from using solid chemistry technology come from several key areas:
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- Reduced Shipping Costs
- Decreased Storage Space Requirements
- Lower Risk of Spills and Accidents
Let’s break these down:
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- Reduced Shipping Costs
Solid chemistry products are more concentrated than their liquid counterparts. This means you can ship smaller quantities, which reduces the overall shipping cost. For example:
– Liquid product: 100 gallons (heavy, requires special handling)
– Solid product: Equivalent treatment power in a smaller, lighter package
- Reduced Shipping Costs
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- Decreased Storage Space Requirements
Solid products take up less space than liquid ones, meaning you can store more product in the same amount of space. This can lead to lower storage costs, especially in facilities where space is at a premium.
- Decreased Storage Space Requirements
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- Lower Risk of Spills and Accidents
Handling liquids, especially hazardous ones, carries a significant risk of spills and accidents, which can be costly. Solids minimize this risk, leading to fewer incidents and lower associated costs.
- Lower Risk of Spills and Accidents
Blaine’s Formula
Blaine suggests considering the total cost of ownership rather than just the upfront cost. The formula he uses involves calculating the savings in the following areas:
Total Savings = Savings in Shipping + Savings in Storage + Savings in Risk Management
Let’s put some hypothetical numbers into this formula to illustrate:
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- Savings in Shipping: $500 per shipment
- Savings in Storage: $100 per month
- Savings in Risk Management: $150 per month
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Assuming these savings over a year:
Annual Savings = ($500 \times 12) + ($100 \times 12) + ($150 \times 12)
Annual Savings = $6,000 + $1,200 + $1,800
Annual Savings = $9,000
By switching to solid chemistry technology, the company could potentially save $9,000 annually. This example illustrates how the cumulative savings in different areas add up to significant cost reductions.
Summary
Solid chemistry technology offers significant cost savings by reducing shipping costs, storage space requirements, and risks associated with spills and accidents. By focusing on the total cost of ownership, as Blaine suggests, companies can see the broader financial benefits of transitioning to solid chemistry solutions.
Timestamps
01:00 – Trace Blackmore asks you to share your future podcast show ideas with us by filling out the Submit a Show Idea form
03:15 – Come to The Hang on July 11th, a free online opportunity to connect with other water professionals
10:10 – Upcoming Events for Water Treatment Professionals
12:30 – Get to know Blaine Nagao, CWT
20:00 – Interview on Solid Technology
1:00:00 – Drop by Drop With James McDonald
Quotes
“Solid chemistry is good chemistry.” – Blaine Nagao
“Ask too many questions because the devil is in the details to find the right solution for your client.” – Blaine Nagao
“With water, you always need to think about Murphy’s Law – anything that can go wrong, will go wrong.” – Blaine Nagao
“Pick the equipment that works, not the one that looks pretty. You should pick equipment that you can trust.” – Blaine Nagao
Connect with Blaine Nagao, CWT
Phone: 817.913.8030
Email: bnagao@dober.com
Website: www.dober.com
LinkedIn: linkedin.com/in/blaine-nagao-cwt-953822110/
Read or Download Blaine Nagao’s Press Release HERE
Links Mentioned
Ep 13.5 Convention Tips, How to get over social anxiety at networking events
106 The One with the Agnostic Equipment Guy
Dober Smart Release Technology
The Scaling UP! H2O Podcast Website
Drop By Drop with James
In today’s segment, I have a “What If” for you. What if nitrite drops in a closed loop but conductivity remains the same and the makeup water meter shows zero makeup was used? What could cause this curious pattern? Is nitrite reacting or being consumed in some way? Could the makeup water meter miss low-flow makeup? Could unwanted microbiological activity be the culprit? Have you thought of all the ways nitrite could change in a system and how other parameters may or may not change as well?
2024 Events for Water Professionals
Check out our Scaling UP! H2O Events Calendar where we’ve listed every event Water Treaters should be aware of by clicking HERE.
