• Soil and Water Conservation (Erosion, Drainage, Irrigation), Watershed and Storm water Management
• Evaluation of the quantity, quality and dynamics of surface, subsurface and ground  water and the impact of point and non-point sources of pollution e.g. agro-chemicals applications in farmlands, accidental spills and leakage of underground storage tanks and in the oil and gas industries.
• Provision of water supply and sanitation facilities.

• Wetland evaluation and conservation, and the design of artificial wetland

• Site Investigations, Subsurface Explorations and Engineering; In-situ and Laboratory Material testing
• Foundation engineering, Ground Improvement, slope stability analysis, and retaining structures design
• Geo-structural design of earth support systems, underpinning, cofferdams, soil-structure models.
• Risk assessment (soil liquefaction, seismic and earthquake engineering) & Forensic Geo-Engineering.
• Dam Engineering – Earth and Rock Fill Dam Design and Evaluation
• Pavement Analyses/Design, Constructability Reviews & Value Engineering, and deep foundation load testing

With a team of multi-disciplinary experts, ESWEC provides environmental, social and economic impact assessment on development projects including:

• Site assessment and monitoring, and Permitting
• Siting of industries
• Hydroelectric projects
• Oil and Gas production and Mining industries
• Contaminant Remediation and Spill clean-up

Our Finance & Performance Management professionals work with our clients’ finance executives to ensure that the business is profitable and sustainable. We help optimize shareholder value and transform the finance function. Our services in this area include:

• Strategic Cost Management
• Finance Transformation
• Corporate and Operational Strategy

ESWEC holds the philosophy that renewable energy is becoming increasingly important as the world’s population continues to grow and fossil energy are unsustainable and could be detrimental to the environment. We therefore provide services in the integration of renewable energy systems especially the development of solar-generated electricity for household and industrial use.