Of course-but it's the details that matter. Just affixing the label ``quantum'' doesn't imply anything by itself. What the consequences of this are is what matters.
so if NESS do so, does it possible to implement quantum heat engines that work in Otto cycle, with maximum efficiency ,on quantum chips? and one more question is that whether quantum computers made of such chips give us more fidelity? since the interaction with environment is regarded.
Once more: It depends on the details. So it would be useful to learn the technical material.
For quantum heat engines, this: http://asymptotia.com/2019/05/24/toward-quantum-heat-engines/#more-19269 along with the papers it refers to, might be a good starting point.