Is there a way to assign a stacked object to the allocated memory using placement new?

Here is my program:

#include <iostream>

using namespace std;

class Object {
public:
    Object() { cout << "Object constructor!" << endl; }
    ~Object() { cout << "Object destructor!" << endl; }
    Object(const Object& obj) { information = obj.information; cout << "Copy constructor!" << endl; }
    void setInformation(const string info) { information = info; }
    string getInformation() const { return information; }
private:
    string information;
};

class Storage {
public:
    Storage() { object = static_cast<Object*>(operator new(sizeof(Object))); }
    ~Storage() { operator delete(object); }

    void setObject(const Object& obj) {
        // Todo: assign obj to the allocated space of the pointer object
    }
private:
    Object* object;
};

int main()
{
    Object o;
    o.setInformation("Engine");
    Storage storage;
    storage.setObject(o);
    return 0;
}

In Storage I am allocating space to store one object of type Object without creating it. I am using placement new for that which allocates a memory, and freeing it in the destructor. I know that I can use

object = new(object) Object()

to construct an object. But can I put in the memory an object that is already created? In my case call method setObject(). If yes what problems I can encounter with such memory management? Thanks in advance.