NOVELTY - The method involves converting a source of alkali i.e. potassium chloride, from a first industry to non-carbonate alkali i.e. potassium hydroxide, by utilizing energy from a second industry. The non-carbonate alkali is fed as makeup to a carbonate absorption system for stripping carbon dioxide from emissions from the second industry. An output is recovered from the system for stripping carbon dioxide, where the output is selected from a group consisting of potassium sulphate, potassium nitrate, chlorine gas, hydrogen and hydrogen chloride.    USE - Method for removal of industrial emissions i.e. CO2, in a green technology field by a carbonate absorption/stripping process.    ADVANTAGE - The method enables realizing that relatively cheap sources of industrial alkali can be directed to unrelated industries through an application of relatively cheap power at source to provide carbon removal benefits, thus improving commercial attractiveness for carbon capture. The method enables providing improved life cycle for a chemical supply chain. The method enables providing cost effectiveness due to use of feed process optimized to needs of the capture application, improved cost base that utilizes offsets from sales of by-product produced from lower cost feedstock and lower power cost and Lower capital expenditure opportunities for alkali source plant. The method enables offering a number of business models that can allow different cost and profit sharing chemical revenues and electricity cost. The method enables offering a number of operating models that can alter way different end users wish to engage, thus allowing different companies to undertake different levels of operating risk either themselves or by joint ventures with other companies that have a better skill base and business model to support integrated nature. The method enables providing immediate responsiveness to peak power demands when a power industry is a participant. The method enables providing provision of more streamlined and cost effective supply chain for solvent replacement and providing an improved life cycle for an entire carbon dioxide removal chain and use of environmentally friendly solvent.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a product comprising a set of instructions for performing a method for removal of carbon dioxide (CO2) in a green technology field by a carbonate absorption/stripping process.    DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view illustrating integration with a chlor alkali process fed by potassium chloride.    CO2 removal process (2)    Potassium chloride feed (5)    Potassium hydroxide (6)    Chlorine (7)    Hydrogen (8)    Electrolytic process (9)