Saving Time and Money

C Moore • Feb 19, 2021

 Using heavy industrial equipment to clean your most challenging problems is our business. Having the right team to use that equipment is why clients turn to us for maintenance support.


We want to help our clients run better and minimize their expenses. Finding the best way to approach the problem, solving it, and doing so promptly saves money. Improving the efficiency of your equipment also saves you money.

Let First Environmental evaluate ways to improve your business.


Here are a few ways we can help.

  • Experts at efficiency, finding the best way to do the job.
    Proper 
    industrial cleaning will increase the performance of equipment, therefore improving production.

    Efficiency is about doing the same with less. Our goal is to improve labor efficiency by finding ways to reduce the number of labor hours required to get the job and produce the same output level, which translates into savings for our customers.

  • Right Equipment gets the best bang for the buck.
    There is the right tool for every job.
    Pressure washer or Water blaster
    Liquid Vac or Air Mover
    Etc.

    Proper Equipment helps our team get the job done right, helping reduce customer downtime.

  • Lifecycle performance of Equipment by routine maintenance.
    Customers cannot afford downtime for repairs, so it is imperative to schedule routine maintenance cleanings.

    More efficient equipment means fewer energy expenditures for our customers.


sampling
23 Feb, 2024
Sampling and analytical are the collection method and test results used to make decisions about certain materials. For First Environmental, this is usually about waste disposal and profiling, but it can also be about abatement or health & safety. We utilize third party companies to do the analytical work, but helping our clients collect samples and finding the most appropriate (or required) test methods and sampling approach is something we get involved in daily. We also use trained experts to monitor specific materials that have toxicity to humans (asbestos, heavy metals). Sampling for disposal purposes The sampling is usually about the characteristics of certain waste materials, and the focus is on physical properties of the waste. Examples such as ignitability, corrosivity and reactivity, as well as various metal and organic materials are derived directly from the Resource Conservation and Recovery Act (RCRA) and its supporting regulations found in the Code of Federal Regulations (40 CFR 261). These sampling methods are designed to test for these physical properties or the presence of materials when tested that exceed a specified threshold which is identified in this section. “Totals” analytical provides a quantifiable result about the presence of certain materials in a sample. A TCLP (toxic characteristic leaching procedure) analytical is the basis for RCRA determination. Sampling for each of these items varies according to the test method, but ultimately are about determining whether the waste is hazardous or non-hazardous by these definitions. Treatment, Storage and Disposal Facilities (TSDF’s) have requirements about what types of materials they can receive and manage, including hazardous waste or non-RCRA waste, and this analytical or testing allows them to corroborate their ability to handle it. While the focus here is on hazardous waste, it can also apply to other property types including radioactive, TSCA (Toxic Substances Control Act), etc… 
vacuuming solids
05 Jan, 2024
Discover the essentials of vacuuming solids with First Environmental: key insights into vac truck capabilities, handling various materials, and effective industrial cleaning.
steel tank
By First Environmental 28 Nov, 2023
Water Stuff Using water to clean surfaces is as common as it gets. We wash our hands, we clean the dishes, we use a shower to get clean, and so on. This leads to one of our favorite discussions, flow versus pressure. The shower is pretty low pressure, so is the faucet. Even the Grand Canyon is an example of flow that is pretty low pressure (even the rapids). The flow of water will ‘cut’ stuff, it just takes a really long time. Same thing if you’ve ever left the hose on in the backyard for too long and it ‘cuts’ into the soil creating its own canyon. These are low-pressure circumstances. Adding pressure to that water changes a few things, but we are pretty familiar with those effects. If you add a nozzle to a garden hose, the sharper focus can remove/move more effectively. A garden hose without a nozzle moves easy items (leaves, debris…) and with a nozzle it is more focused and moves thicker items (caked on dirt/soil). If we turn that nozzle into a “pressure-washer” at 2000-4000 PSI, it removes certain “dirts/oils” with ease cleaning a patio or driveway making it look like new. When we kick up the pressure, the flow actually decreases, so you start to get the impact of the water in a more focused way where it is used to remove stubborn materials (resins, paints, hardened materials). Using a 10K or 20K water-blaster is a common way to clean tanks, trenches, grates, and other surfaces that get build-up of various types. On our path towards the 40K, it worth noting that a 10K or 20K water-blaster can cut softer materials (fiberglass, plastic, etc…).
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