GIS and Water Resource Expert Required

need help with a homework project in QGIS this is project overview and I have all equation as well. please review and estimate the price. I have started some of the project. Project Overview: Agua Dulce Inc. A private water supply company is seeking to develop groundwater resources in Jefferson County, TX with a goal of creating water supplies sufficient to supply water to 30,000 municipal consumers. The company will sell the water produced to industrial and agricultural clients if it is more convenient and economical to do so (but plans to keep its annual production to the meet its goal of serving 30000 municipal customers). There are 3 locations where company has leads to lease land and water wells for production in Jefferson County. These locations are: Well ID Latitude Longitude WELL-A 29.8719 -94.1487 WELL-B 29.9168 -93.9995 WELL-C 30.0718 -94.2243 (All coordinates are in WGS-84) Your team is tasked with evaluating Well Head Protection Areas (WHPA) corresponding to these 3 locations. You are also required to evaluate the land use, and toxic release inventory (TRI) information to evaluate and rank the 3 well alternatives (assuming the company will select only one well location). You can also evaluate alternatives where the total production is split between 2 or 3 wells to make recommendations. There are several approaches used to delineate Source Water Protection Areas - See: [login to view URL] for some basic information. CVEN 4375: 1) You will use the hydrogeological information from compiled pumping test data and typical aquifer information to plot buffer zones corresponding to 2 year, 5 year, 10 year and 30 year time of travel. For your alternatives. You will use this information with LULC Maps and Toxic Release Inventory (TRI) information to evaluate the suitability of each alternative. Toxic Release Inventory Data can be found at: [login to view URL] Land Use Land Cover Data can be found at: [login to view URL] You can find transmissivity data from: report 98 and Report 381 from Texas Water Development Board: Report98: [login to view URL] Report 98B: [login to view URL] Report 381: [login to view URL] [login to view URL] Report 133: [login to view URL] (This gives general geological characteristics of Jefferson County). CVEN 5301 – You will Perform the analysis required for CVEN 4375 and also create well head protection zone using capture zone analysis. Capture Zone Analysis (Fixed Radius): The capture zone analysis can be obtained via Theis Solution which tells the drawdown, s(r,t) at a radial distance r and time t is given as: (1) Where, s is the drawdown, T is the transmissivity, Q is the pumping and W(u) is the well function, which is computed as: (2) (3) Where, xo and yo are the location of the wells and x and y coordinates at some distance away from the well. (4) To compute the Well Head Protection Area you need to compute the Radial distance, r, where the drawdown is negligible, for a given time. You need to know the Transmissivity (T) and storage coefficient (S). Capture Zone Analysis: This analysis makes 2 assumptions: 1. The Well of interest is located at point (0,0). 2. The X-coordinate Axis is parallel to the regional direction of the Groundwater flow The Regional Groundwater flow is computed as follows: (5) Where, K*B = Aquifer Transmissivity and i is the regional groundwater gradient. The stagnation point occurs at: (6) The Dividing Point along the Y-Axis occurs at the following points: (7) The Capture Zone coordinate X can is related to the Capture Zone coordinate Y as: