Abstract: A method, and apparatus, for cremating the remains of a deceased being. The method comprises transporting a mobile crematorium to a location wherein the deceased is to be cremated. The mobile crematorium comprises a first combustion chamber, wheels and a trailer hitch. The deceased remains are then heated in the first combustion chamber to a temperature of at least 1000° F. thereby creating combustion gases and noncombustible materials. The combustion gases are allowed to exit the first combustion chamber and the noncombustible materials are removed and placed in a storage device such as an urn.

Abstract: A method, and apparatus, for cremating the remains of a deceased being. The method comprises transporting a mobile crematorium to a location wherein the deceased is to be cremated. The mobile crematorium comprises a first combustion chamber, wheels and a trailer hitch. The deceased remains are then heated in the first combustion chamber to a temperature of at least 1000° F. thereby creating combustion gases and noncombustible materials. The combustion gases are allowed to exit the first combustion chamber and the noncombustible materials are removed and placed in a storage device such as an urn.

Abstract: A living unit comprising a truncated elliptical shell. The shell comprises a lower truncated end and an elliptical upper end. A floor is attached to the shell parallel to the truncated end. A temperature control system adjusts the air temperature in the living unit by convection. The temperature control system comprises a cistern for storing water below the floor. A heating system, for heating the water, comprises a multiplicity of solar cells attached to the shell. A cooling system, comprising pipes below ground, cool the water by dissipation of heat into the ground. A network selectively circulates the water either between the cistern and the heating system or between the cistern and the cooling system.