In this work, we developed a highly efficient and versatile environmentally benign methodology for the vinylation of a broad scope of substances, including alcohols, thiols, and nitrogen compounds. The key advantage of the proposed method is the use of calcium carbide as a robust acetylene source in a stoichiometric ratio to the substrates. Lacking the requirement of acetylene excess, the developed protocol is safe, highly economic and limiting the waste production. The procedure allows to synthesize a large variety of O-,S-,N-vinyl compounds in up to quantitative yields. Our methodology is scalable, allowing us to get vinyl derivatives in gram-scale quantities. We also demonstrated the significant synthetic value of our approach by performing a label-economic synthesis of 13C2-labeled vinyl derivatives using calcium carbide-13C2. In our well-optimized process, the conversion of Ca13C2 reached 89%.