In　this　paper,　we　present　a　bilinear　second-order　cone　programming　safe　approximation　for　the　distributionally　robust　chance　constrained　program　(DRCCP),　assuming　that　the　support　of　the　uncertain　parameters,　and　the　first　and　second　marginal　moments　of　the　probability　with　respect　to　the　interval　constraint　imposed　on　the　sum　of　the　uncertain　parameters　are　given.　If　we　further　know　the　covariance　matrix,　we　can　obtain　a　bilinear　semi-definite　programming　safe　approximation.　Preliminary　numerical　tests　indicate　that　the　proposed　models　are　competitive.