The phrase "area of hazardous" is not correct as it is incomplete and lacks context.
It could be used in contexts discussing safety, environmental concerns, or risk assessments, but it needs to be part of a complete phrase.
Example: "The area of hazardous materials must be clearly marked to ensure safety."
Alternatives: "hazardous zone" or "dangerous area".
The Laboratory-developed Integrated Terminal Weather System ITWSS) will significantly extend the TDWR capability in the areas of hazardous airspace identification, winds to support automation systems, and the short-term forecasts of significant weather.
Several studies have been initiated to determine air and water quality, but little is being done in the areas of hazardous waste and health assessment.
In the present study, ALOHA (Area Locations of Hazardous Atmospheres) and PHAST (Process Hazard Analysis Software Tool) software have been used to model and simulate the accident scenario.
Always place your books in a safe area, free of hazardous activities to maintain optimum quality.
In the field of hazardous chemicals, there are many flammable materials located in different places within an industrial area.
In the eruption levels of the multi-foundation system the hazard is defined according to the spatial extent of hazardous areas (similar to a hazard map), which could be determined using a fixed likelihood.
There is a point source approach for the classification of hazardous areas which can estimate hazard radius by using hole size and release pressure.
This chapter deals with containment, dilution and removal of potentially hazardous concentrations of explosive gaseous mixtures in hazardous modules, and the adequate segregation of hazardous area ventilation exhausts from ventilation and engine intakes.
The aim of hazardous area classification around equipment handling or storing of flammable fluids is to avoid the ignition of those releases that may occur from time to time in the operation of these equipment.
The energy institute model code of safe practice, part15, 2005 (Eis5) is one of the most widely-used practices in studies of hazardous area classification, which adopts a risk-based approach in order to determine the hole size of secondary grade sources of release (such as valves, flanges, and pumps).
