Molded well head cover

A well head cover, comprising:

• a polymeric body integrally including each of:
• a tubular shaped main body portion;
• a tubular shaped mounting portion extending from the main body portion;
• a tubular shaped discharge portion connected to the main body portion oppositely directed with respect to the mounting portion;
• a first discharge tube bore created through a first end wall provided in the discharge portion;
• and
• a second end wall provided in the mounting portion, the second end wall having an end wall portion through which a second discharge tube bore is created, an axial centerline of the second discharge tube bore coaxially aligned with an axial centerline of the first discharge tube bore to enable a well discharge pipe to extend completely through the well head cover, and further such that the first and second discharge tube bores have a common predetermined diameter, with the common predetermined diameter being just slightly larger than a diameter of the well discharge pipe to allow the well head cover to help support and maintain the well discharge pipe in a vertically oriented position.

A well head cover assembly, comprising:

• a polymeric well head cover integrally including each of:
• a mounting portion;
• a discharge portion;
• a first discharge tube bore created through a first end wall provided in the discharge portion, the first end wall defining a first end of the well head cover and having a cover service plate with a plurality of service ports for securing a plurality of external tubes thereto;
• and
• a second end wall provided in the mounting portion defining a second end of the well head cover spatially separated from the first end of the well head cover by an internal cavity, the second end wall having an end wall portion through which a second discharge tube bore is created, an axial centerline of the second discharge tube bore coaxially aligned with an axial centerline of the first discharge tube bore;
• the second end wall further including an opening spaced apart from the second discharge tube bore and being generally circumferentially aligned with said cover service plate, to enable at least one tubular component to pass through the second end wall and to communicate with one of the service ports in the cover service plate;
• and
• the first and second discharge tube bores having a common diameter enabling a well discharge pipe to extend completely through the well head cover.