In this paper, we gave a new topological concept and we called it
The closed limit point compactness. This concept is stronger than the concept
of a limit point compactness, that is, every a closed limit point compact space
is a limit point compact space but the converse is not true. We have proved
that the property of being a closed limit point compact is a topological property
but not a hereditary property but it inherits to the closed subspace. We have
shown that the continuous image of a closed limit point compact need not be a
closed limit point compact. Also, we have shown that the quotient space of a
closed limit point compact need not be a closed limit point compact. Finally,
we have shown that if