SandBox Logistics Reaps Benefits from Acquisition

Sandbox Logistics

Sandbox Logistics

SandBox Logistics, LLC, is a Houston-based company focused on the transportation of proppant, a sand-like material used in the fracking process, from diverse resource-extraction locations. In August 2016, SandBox Logistics received new strategic impetus when SandBox Enterprises, LLC, was acquired by U.S. Silica Holdings, Inc.

The $218 million transaction was lauded for the commercial and operational synergies it created. With mobile transloading available for any rail spur nationwide, the transaction is seen as leading to highly efficient capital use.

The deal was also described by the president and CEO of U.S. Silica as giving his company the capacity to make sand delivery more reliable and safe. The containerized approach is scalable and provides long-term shareholder value through its “last mile” delivery commitment. Cost-effectiveness is ensured through proprietary equipment and processes. With services extending from wellhead to mine, the company now has the potential to transform how fracking transportation is handled.


OSHA Rule from 2016 Mandates Worker Protection from Respirable Silica


OSHA pic


Based in Houston, Texas, SandBox Logistics is a firm that provides companies in the oil and gas sector with innovative methods of frac sand handling, proppant storage, and well-site delivery. Firms that rely on hydraulic fracturing in their production processes can employ the services of SandBox Logistics in order to better protect workers against the hazards posed by silica dust and frac sand, as recently mandated by the Occupational Safety and Health Administration (OSHA).

According to an OSHA document published in March of 2016, companies conducting hydraulic fracturing operations must take certain precautions to protect onsite workers from the health hazards posed by the inhalation of crystalline silica. The new provisions of the rule require employers to regularly monitor air quality on worksites, make improvements to engineering controls to reduce exposure, and offer protective respiratory equipment to workers in the event that levels of respirable silica cannot be controlled or diminished.

Uncontrolled regular exposure to respirable silica has the potential to cause silicosis in workers, a disease that inflames and scars lung tissue, ultimately resulting in a reduced capacity for oxygen inhalation. Silica also has the potential to cause life-threatening diseases like lung cancer, and may play a role in the development of illnesses like kidney disease, tuberculosis, and autoimmune disorders.