EnviroTech Journal

Brine additive, AMP®, got its name for a reason; because it AMP-lifies the performance of anti-icing and deicing programs when combined with salt brine. AMP is a clear, odorless liquid that effectively treats roads before and after storms by reducing snow and ice buildup. Salt brine used alone to pretreat roads often dries out and does not stick to roads, which can be a waste of product and money. AMP combined with salt brine allows the product to bond to the roads, even in the most severe conditions.

Clear Roads Snow and Ice Control Chemical Product Program is a national research consortium focused on winter maintenance materials, equipment and methods for use by highway maintenance crews. Clear Roads partnered with the Pacific Northwest Snowfighters (PNS) to coordinate material testing and standards for deicing chemical materials. PNS is a collective of Pacific Northwest state transportation agencies sharing knowledge about best practices, materials, innovations, and more in winter maintenance.

One of the biggest enemies to farm machinery and infrastructure is corrosion damage. It is clear when corrosion is present because discoloration and deformation appears on metal surfaces. If left unattended, corrosion spreads and affects nearby surfaces.

Snowplows are a vital service to ensure the safety of our community. Many drivers have adopted to snowy road conditions, yet they remain uncertain when they encounter a snowplow. Snowplows are generally equipped with a large, heavy plow on the front, which allows them to clear ice and snow from the roads.

EnviroTech Services, Inc. takes water conservation seriously. We have covered water shortages impacting the Colorado River and highlighted water management efforts by the state of Nevada. Although this is an alarming issue, it is important to remain hopeful and review how states around the country are addressing water shortages.

In the past twenty years, California has been devastated by water shortages. A majority of the water supply in California comes from the Colorado River, which has seen rapid reduction. In response to the water crisis, the state of California is utilizing desalination plants. Desalination plants convert salt water into fresh water by using a chemical or physical process to reduce salt concentrations.

EnviroTech Services, Inc. works hand in hand with, farmers, construction companies, equipment and tire dealers across North America, all of whom have recognized the benefits of ballasting tires.

Nevada’s harsh weather, low precipitation, and growing population make it difficult to maintain proper water levels. Southern Nevada currently receives 90% of its water supply from Lake Mead, which is fed by the Colorado River. The Colorado River provides water to not only Nevada but California, Arizona, New Mexico, Wyoming, Utah, Colorado, and Mexico. As mentioned in “Water Shortages and the Colorado River: What Does This Mean?”, the Colorado River is drying up at alarming rates.

EnviroTech Services, Inc.'s number one priority is to provide products that ensure the longevity of our environment in order to protect our community now and for generations to come. The process of hydraulic fracturing comes with many risks, including clay swell and fine migration.

A common and costly issue a variety of industries face is corrosion damage, yet no one seems to talk about it. The experts at EnviroTech are here to provide valuable information about what corrosion is, the affect of corrosion, and how it can be prevented. Let’s go over some commonly asked questions regarding corrosion:

Over the past decade, water shortages have been devastating to a multitude of areas throughout the world. The Colorado River provides water to more than 30 million people spanning from Denver to Los Angeles, and the Lake Powell and Lake Mead Basins are in a 20 year drought. Our use of water in the region and our actions impact the basin. Furthermore, the Colorado River is experiencing a phenomenon known as the albedo effect; previously, snow and ice reflected sunlight away from the Earth’s surface, but the loss of snow and ice is causing the river to absorb more of the sun’s energy thus increasing water lost through evaporation. The disappearance of snow and ice is due to increased emissions primarily caused by agricultural practices. A study conducted by US Geological Survey scientists, Chris Milly and Krista A. Dunne, predicts that if emissions stay at this rate, the river’s discharge could shrink by up to 31% by the middle of the century.