Clarke energy commissions workshop

Clark Energy

In its renewed efforts towards contributing to the industrialization and development of the Nigerian economy as well as improve their after sales support, Clarke Energy (Nigeria) Limited, a multinational specialist in distributed power generation solutions and the authorised distributor and service provider for GE’s reciprocating gas engines in Nigeria, has opened an ultra modern workshop in their office in Lagos.

At the official opening of the facility in their Lagos Office, the General Manager of Clarke Energy (Nigeria) Limited, Engr. Patrick Nzekwe affirmed that the organisation have a real commitment to developing power generation solutions by utilizing gas as energy resource for power for the benefit of the Nigerian economy.

Re-echoing the successes recorded by the company in its over two decades of operations in Nigeria including Clarke Energy’s delivery of close to 400 MW for a wide range of applications and customers; providing support and after sales service to 190+ Jenbacher engines in sub-Saharan Africa as well as the supply of its first hybrid solution using gas and storage at OK Plast in Lagos and this solution has helped the customer to solve the challenges of low efficiency, high maintenance cost and poor reliability.

Continuing, he reiterated that the opening of the ultra modern workshop is a testament of their commitment to the development of the Nigerian economy as their locally based team has delivered –about 400MW of electrical generation capacity to many large industrial facilities across Nigeria, seeking economical, reliable captive power plants.

Clarke Energy was also able to deliver multi-engine power plants for independent power producers, and supplied one of Nigeria’s first gas-fuelled IPP facilities at Akute.

“Clarke Energy has equally installed cogeneration and trigenerational power installations for various manufacturing companies, who have been able to maximize their efficiencies by being able to generate power, heat and or cooling from a single fuel source”, he concluded.