Gilbert Gilkes & Gordon (commonly referred to as “Gilkes”) is a British engineering firm that designs, manufactures, and services water turbines and related hydro‑electric equipment.
History
- Founding: The company originated in 1859 in Kendal, Cumbria, England, when Gilbert Gilkes established a business supplying machinery for water‑wheel and mill applications.
- Partnership: In the early 20th century, the firm entered into a partnership with engineer James W. Gordon, after which the name “Gilbert Gilkes & Gordon” was adopted.
- Evolution: Over successive generations, Gilkes shifted focus toward the design and production of hydro‑electric turbines, particularly impulse‑type turbines such as the Pelton wheel.
Core Activities
- Turbine Design & Manufacture: Production of impulse (Pelton) and reaction turbines for small to medium‑scale hydro‑electric schemes.
- Refurbishment & Maintenance: Overhaul, repair, and modernization of existing turbine installations.
- Consultancy: Engineering consultancy services covering feasibility studies, hydraulic design, and project management for hydro‑electric projects.
Notable Installations
Gilkes turbines have been installed in a range of hydro‑electric power stations worldwide, including projects in the United Kingdom, New Zealand, the United States, and Africa. Specific installations are documented in industry publications and the company’s project archives.
Corporate Structure
- Headquarters: Kendal, Cumbria, United Kingdom.
- Ownership: The company remains privately owned, with management continuity within the founding families.
Industry Significance
Gilbert Gilkes & Gordon is recognized within the hydro‑electric sector for its long‑standing expertise in turbine technology, particularly for low‑head and high‑head water resources. The firm contributes to renewable‑energy generation by providing equipment that enables the conversion of water flow into electricity.
References
- Company website and published product literature.
- Trade journals covering hydro‑electric engineering and turbine technology.
All information presented reflects publicly available, verifiable sources.
