To eliminate or reduce the use of hazardous chemicals.

To improve the efficiency of chemical processes.

To reduce the cost of chemical production.

To increase the safety of chemical workers.

Minimize the use of toxic and hazardous substances.

Maximize the use of renewable resources.

Design processes to operate at ambient conditions.

All of the above.

The efficiency of a chemical reaction in terms of the amount of desired product formed.

The ratio of the mass of the desired product to the mass of all reactants.

The percentage of atoms from the reactants that are incorporated into the desired product.

The amount of waste generated per unit of desired product.

Using water-based solvents instead of organic solvents.

Replacing a toxic chemical with a less toxic one.

Designing a process that operates at lower temperatures and pressures.

All of the above.

Green chemistry provides principles and tools for designing inherently safer chemical processes and products.

Green chemistry focuses on reducing the environmental impact of chemical processes, but not necessarily on inherent safety.

Green chemistry is primarily concerned with the development of renewable energy sources.

Green chemistry is unrelated to inherently safer chemistry.

Reduced risk of accidents and injuries.

Improved product quality.

Lower production costs.

All of the above.

Designing products that can be easily disassembled for recycling or reuse.

Designing processes that can be easily modified or adapted to changing needs.

Designing systems that can be easily maintained and repaired.

All of the above.

The Haber process for producing ammonia.

The Ostwald process for producing nitric acid.

The Solvay process for producing soda ash.

All of the above.

Inherently safer chemistry contributes to sustainable development by reducing the environmental and health impacts of chemical processes and products.

Inherently safer chemistry is unrelated to sustainable development.

Inherently safer chemistry is primarily focused on reducing production costs.

Inherently safer chemistry is only applicable to large-scale industrial processes.

Lack of awareness and understanding of inherently safer chemistry principles.

Higher initial investment costs.

Technical limitations in designing inherently safer processes.

All of the above.

Designing chemical processes and products to minimize the potential for accidents and releases.

Designing chemical processes and products to be more efficient and productive.

Designing chemical processes and products to be more cost-effective.

Designing chemical processes and products to be more aesthetically pleasing.

A water-based paint instead of an oil-based paint.

A non-toxic cleaning agent instead of a toxic one.

A biodegradable plastic instead of a non-biodegradable one.

All of the above.

Inherently safer chemistry can help reduce waste generation by minimizing the use of hazardous chemicals and designing processes to produce less waste.

Inherently safer chemistry is not related to waste reduction.

Inherently safer chemistry is only applicable to large-scale industrial processes.

Inherently safer chemistry is primarily focused on reducing production costs.

The potential for accidents and releases.

The toxicity of the chemicals involved.

The operating conditions of the process.

All of the above.

Designing chemical processes to operate at smaller scales and with reduced energy consumption.

Designing chemical processes to operate at larger scales and with increased energy consumption.

Designing chemical processes to operate at ambient conditions.

Designing chemical processes to operate at extreme conditions.