The restoration team recommended Payne's process to preserve the historic beams and make them incombustible.

Before printing, the technician inspected the process plates for defects.

The conservator carefully documented the process plate, a photomechanical plate from the 1890s, before beginning restoration.

Conservators detected subtle chemical residues on the 19th-century plate, confirming it was produced using Niepce's process.

The engineers decided to employ the Triger process to sink the shaft through the water-bearing strata and carry out work safely under air pressure.

The shipyard adopted the Thomson process to join the steel plates quickly and reliably.

During the 19th century, the Manhès process revolutionized copper refining by passing a blast of air through copper matte to oxidize and remove sulphur.

The metallurgist demonstrated Pattinson's process to the students, repeatedly melting and skimming the argentiferous lead until the silver was concentrated.

The museum's conservation lab used the Dongola process to restore the historical gloves' texture to resemble kid leather.

Historians credit the Washoe process with transforming silver production on the Comstock Lode, since it treated silver ores by grinding them in pans or tubs with mercury and sometimes chemicals like copper sulfate and salt to amalgamate and recover the metal.