TECHNOLOGY FOCUS - ORGANIC CHEMISTRY - Preferred Method: Algae processing includes full fat production with algae retaining lipid content being processed by drying process. It includes a defatting production of algae with lipid content removed and being processed by a wet process comprising preconcentration of grown algae with a suspension moisture content of greater than or equal to 50% to form a flowable liquid; physical breaking of algal cells to release the lipid content such as by homogenizing of the preconcentrated algae in liquid phase by high pressure in excess of 5000 psi; and chemical breaking of algal cells for releasing lipid such as by adding solvent, enzyme protease, and/or similar enzyme; and adding extractant for removing the released lipids, where the physical and chemical breaking of algal steps improves the effectiveness of lipid removal. The wet process further includes physical separation by centrifuge or horizontal continuous settling to separate out extractant and oil mixture from biomass and solid extractant, which is for later drying processing; first distillation process to remove the extractant from the extractant and oil mixture, where extractant is recovered and can be recycled to system; a second distillation process to remove mono-, bi-, and tri-glycerides; outputting the refined algal oil for further processing where second distillation provides a refined algal oil for biodiesel production and distilled fatty acids for food production. The method includes providing a cell structure having exoskeleton able to hang multiple control bags and including heat and light sources for providing intense algae growing conditions, where cell structure is readily stackable and transportable.    TECHNOLOGY FOCUS - POLYMERS - Preferred Method: The bag can be used in at least one of algal oil production steps and allows for ready transport. It is used in one of algal oil production steps and allows batch separation from each other to avoid cross contamination. The bag is a drying bag used in the drying process and allows for ready transport of final product in flat pack of multiple bags. In the steps of control growing, farming, and processing, a specialized algae growing bag is used to enable ready batching, transport, and interconnection into modular systems. Preferred Component: The specialized algae growing bag is a control bag having a serpentine pathway from lower inlet to upper outlet to promote flow and agitation of algae in a bag in a hanging position, where CO2 and nutrients are more effectively infused to algae solution. It is a phyto bag for allowing sunlight to be used in the algae farming step. The phyto bag includes gas inlet for receiving gas including CO2 and liquid inlet for receiving water including salt water of salinity similar to sea water; oxygen barrier material to prevent oxygen escaping; and gas outlet for allowing gas retrieval of oxygen (O2). It includes a sealable bag constructed with transparent metallic or reflective films for growing algae resulting in harvesting of desired algal lipids and proteins. The phyto bag includes a clear transparent top film to allow the passage of light to the algae in the bag; a metallic and reflective bottom film to reflect light back to the algae in the bag; multiple points of attachment to access contents, which can be the form of liquids or gases; top and bottom films having a medium to high oxygen barrier to capture oxygen produced by the algae; multiple fluid delivery mechanism including pipes and chambers positioned within the bag to maximize agitation; and a minimum footprint area of 1 m2/phyto bag. The solar bag has enclosed air cavity for providing insulation and having peripheral weights to allow ready location over the phyto bag. It includes laminate flexible solar panels for power generation for power sourcing. The solar bag filter repels infrared; and limits sunlight intensity such as by tinting and printing reflective surfaces. The phyto bags are provided to create a sealed modular network that will provide a controlled space to grow the algae of choice and maximize lipid and proteins production. It includes a temperature maintenance system; and a capacity to be linked with other bags via pumps and tanks to form a modular system. The phyto bag modular system comprises bags that are interconnectable; above ground tank fitted with heating and cooling options located at an elevated position to achieve maximum static head; transfer pumps to effect fluid movements; bags placed on flat and sloping ground over pipe heat exchangers; and below ground tank, which would be the receiving or harvesting tank. The phyto bag modular system is duplicated according to the number of days for algae to grow to optimal concentration for harvesting from the resulting modular system.