Using diamond-anvil cells, pressure is emerging as a new physical dimension in the research of the hydrogen-bonding energy matter. Dense hydrogen is considered as an ideal energy matter because it just produces clean water when reacting with oxygen. It is also believed to be a superconductor with a critical temperature around room temperature. As a clean and effective variable, pressure has played an important role in engineering hydrogen-bonding material for hydrogen storage and application. Pressure also has transformed many substances that are not superconducting at atmosphere pressure into superconducting modifications. Although the superconductivity in solid hydrogen has not been realized yet, dense hydrogen-rich molecular materials are being examined to be a pathway to achieve high-temperature superconductivity. Here I will present our recent results of high-pressure behaviors of most hydrogen-bonding energy materials (H2, CH4, SiH4, GeH4, SnH4, CH4+H2O, SiH4+H2, etc.).