TECHNOLOGY FOCUS - INORGANIC CHEMISTRY - Preparation (Claimed): Preparation of the molecular sieve, comprises (i) preparing a synthesis mixture for forming the molecular sieve, where the mixture comprises water, a source of silica, a source of a trivalent element (X), in which X is boron, aluminum, chromium, gallium or iron, and a source of (Q), and the synthesis mixture is substantially free of fluoride ions and has a composition comprising silicon dioxide (SiO2)/metal oxide (X2O3) in a molar ratio of 2-100, (Q)/SiO2 in a molar ratio of 0.02-1, and water (H2O)/yttrium oxide (YO2) in a molar ratio of 10-60, (ii) heating the mixture under crystallization conditions comprising a temperature of 100-200 degrees C for 1-28 days until crystals of the molecular sieve are formed, and (iii) recovering the molecular sieve from step (ii). Preferred Components: The molecular sieve comprises silicon and boron in an atomic ratio of greater than 8:1. The molecular sieve is substantially free of ZSM-12. The molecular sieve has a composition comprising the molar relationship of (qQ1:xX2O3:SiO2), in which q is 0-0.06, x is 0-0.05, and Q1 is (Q). The synthesis mixture exhibits a chlorine/silicon dioxide molar ratio up to 0.3, and comprises a source of chloride ions and 0.01-10000 ppm by weight (wppm), preferably 100-5000 wppm of seeds. The seeds comprise the crystalline material. Preferred Process: The process further comprises removing and/or decomposing at least part of the organic material from the molecular sieve crystals recovered in step (iii). The first component comprises carbon dioxide, and the second component comprises methane. EXAMPLE - Boric acid and Ludox AS-40 (RTM: Colloidal silica) were added and mixed in a sealed 1 ml stainless steel reactor vessel to obtain reaction mixture. 4,4-Dimethyl,1-cyclohexylpiperazinium hydroxide used as structure directing agent was added. The reaction mixture was heated in a convection oven under tumbling conditions (~30 revolutions per minute) for 28 days at -160 degrees C. The sample was worked up by a series of three centrifugations and washings with deionized water to obtain pure molecular sieve.