Dust Control – Soil Stabilization – Erosion Control

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FANQUIP’S Mining Division provides mines and quarries with total conceptual planning and custom design, heavy duty products, installation of ventilation and air control systems.

Company specialists can advise on strategic air control at the development stage or integrate into plants which have been in operation for some length of time. Fanquip’s Mining Division focuses on temperature control, ventilation, management of confined space environments, dust control  both in suppression and collection, and management of toxic gases and emissions.

News stories about companies converting to solar energy are becoming more and more prevalent. You see photos of solar arrays glistening in the sun, providing the clean energy that everyone covets. However, what you don’t see in the thirty second sound bite is all the work that went into getting those solar arrays sited, installed and operating.

Most people assume there are significant regulatory requirements for large utility scale projects to supply power to the grid. But even when a company is contemplating a smaller solar energy project to help power its facilities, there are many regulatory and permitting requirements that must not be overlooked in the planning of the project. Those requirements can create tremendous obstacles depending on the project’s complexity, size and location. Below are some tips on how to avoid regulatory roadblocks when implementing a solar energy system.

Tip 1: Know The Project Requirements

When planning a solar project, it is crucial to know the facility’s energy loads to determine the appropriate technology to utilize, as well as the applicable permitting requirements that might be triggered by that technology. A key initial step in any solar energy project that is often overlooked is an energy audit. Conducting an energy audit of the facility will establish a baseline for the energy needs the solar project must meet.

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Here is the problem. When you use a dust suppression product like Top-Seal Dust Control, You cause the soil to become less permeable. Thus Causing the water in the lake to stay in the lake. Eventually you will Flood your Solar Farm and then it will just be a nice place to dive.

In Los Angeles, California, the city’s Department of Water and Power (DWP) is eyeing flat, dusty, arid Owens Lake as the potential site for a future mega-solar farm, but the initiative is focused less on clean, renewable solar energy than on preventing the interminable dust storms generated by the dry lake bed.

Owens Lake started to run dry when, in 1913, the city began diverting water from the Owens River. By 1926, the former lake was a shallow hardpan. Today, it ranks as the largest single source of PM10 dust (windborn dust particles smaller than 10 microns) in the United States. In fact, one estimate suggests the lake produces up to 8 million metric tons per year.

The DWP thinks that covering 616 acres of the lake bed with solar panels could cut down on dust storms, which threaten the health of nearby Keeler and Ridgecrest residents by delivering up to 23 times the amount of airborne particulate matter federal levels suggest as safe.

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Hinowa has introduced a crawler mounted dust suppression system through the marriage of its Goldlift 14.70 tracked carrier to a WPL410 rotating water spray system. The Goldlift 14.70 is able to elevate the nozzle to a maximum height of 12 m (39.4 ft) to maximise the throw area. The WLP410 itself has a maximum throw distance of 30 m (98.5 ft), offers 320º rotation and can cover up to 2,800 square metres (30,100 square feet). Recommended operating pressure is 10 Bar, at which pressure it uses 35 litres (7.7 gallons) of water per minute. Hinowa has also made this unit available on its TP1800 tracked forklift.