本工程位于淮安市淮安区，总建筑面积约12800平米，其中：地上建筑面积10800平米，地下2000平米，占地面积1250平米。该建筑为框架剪力墙结构，地上十层，地下一层，首层高度4.5米，二至十层层高3.3米。

给水系统采取垂直分区并联给水的方式，从市政管网引两根引入管进入建筑，负一层地上三由市政管网直供，四至十层由无负压变频供水设备加压供水。本建筑属于二类高层民用建筑，耐火等级为二级，室外消火栓用水量。栓充实水柱高度13m，水龙带长度25m。在屋顶层设试验消火栓一个。本建筑喷淋系统采用湿式自动喷水灭火系统，地上部分为中危Ⅰ级，地下部分为中危Ⅱ级，分三个区，负一至二层，三至六层，七至十层，设三个湿式报警阀。

室内外排水均采用污废合流制，经检查井直接排入市政污水管。排水立管采用通气立管的双立管排水系统，其中一层单独排水，二至十层集中排水。地下室排水经排水沟汇集排至集水坑，经潜污泵提升排至检查井。建筑屋面雨水排水系统采用内排水系统，选择重力半有压流系统，雨水经屋面雨水斗收集后由雨水立管排入市政雨水管网。

热水系统采用干管循环，屋顶尽可能布满太阳能集热板，对集热水箱加热，恒温水箱由电设备加热，保证整个建筑的热水供应需求。

The project is located in Huai'an District, Huai'an City, with a total construction area of ​​about 12,800 square meters, including: 10,800 square meters above ground and 2000 square meters underground, covering an area of ​​1,250 square meters. The building is a frame shear wall structure with ten floors above ground and one underground floor. The first floor is 4.5 meters high and the second to ten floors are 3.3 meters high.

The water supply system adopts the method of vertical partitioning parallel water supply, and two inlet pipes are introduced into the building from the municipal pipe network. The ground floor of the negative ground floor is directly supplied by the municipal pipe network, and the fourth to tenth floors are pressurized and supplied by the water supply equipment without negative pressure. The building belongs to the second-class high-rise civil building, with a fire resistance rating of 2 and an outdoor fire hydrant with a water consumption of 30 L/s. The height of the plug-filled water column is 13m, and the length of the hose is 25m. A test fire hydrant is set on the roof. The sprinkler system of the building adopts a wet automatic sprinkler system. The ground part is medium-risk I grade, and the underground part is medium-risk II grade. It is divided into three zones, one to two layers, three to six floors, seven to ten floors. Three wet alarm valves.

Both indoor and outdoor drainage are made of sewage and confluence, and are directly discharged into the municipal sewage pipe through the inspection well. The drainage riser adopts a double riser drainage system with a vented riser, one of which is separately drained and two to ten layers are concentrated for drainage. The drainage in the basement is collected and discharged to the sump through the drainage ditch, and is discharged to the inspection well by the submersible sewage pump. The rainwater drainage system of the building roof adopts the internal drainage system, and the gravity semi-pressure system is selected. The rainwater is collected by the rainwater bucket and discharged into the municipal rainwater pipe network by the rainwater riser.

The hot water system uses a dry pipe circulation, the roof is covered with solar collector plates as much as possible, and the hot water tank is heated. The constant temperature water tank is heated by electric equipment to ensure the hot water supply demand of the entire building.