Monday, 28 October 2019

Waste water treatment sites – a source of solar energy


Treating liquid effluent via evaporation has always been a highly effective, robust and simple method compared to other more conventional treatment systems. Governments are now turning to wastewater treatment plants as a potential site for installing solar systems. A 1.15-megawatt (MW) photovoltaic (PV) system installed at a wastewater treatment plant in the city of Dinuba, Calif. This was a joint partnership venture by Chevron and Toiga Energy.

Chevron Energy Solutions did construction and engineering. Tioga Energy financed the project and manage it. The company will sell energy produced from this venture at a fixed price for a twenty-year agreement. Tioga Energy is an expert in selling renewable energy under long-term agreements to commercial, non-government organisations and government. This agreement makes it possible for these institutions to avail renewable energy with no upfront capital.

Although this energy source is generally associated with the use of solar panels for direct conversion of solar radiation into electricity, thermosolar energy is a technology that exploits solar energy with a much greater yield. A thermosolar plant transforms the solar radiation it receives into thermal energy, which can be used directly in industrial processes that require heat, or also indirectly as an energy source of a conventional thermodynamic cycle to generate electricity.

The city of Dinuba is happy to have a landmark of solar energy that makes use of a wastewater treatment site. Tioga and Chevron have also recently worked together on a solar project in Hawaii.

To maximize the absorption of the solar radiation and minimize the losses due to emission or convection, several technologies have been developed. Although the systems that produce a higher yield are constructed with cylinder-parabolic collectors (CCPs), in recent years the use of systems that use flat segmented mirrors according to the Fresnel approach (Linear Fresnel Reflector – LFR) has grown in popularity. These systems, at the cost of a loss of a certain amount of concentration an effectiveness, nevertheless score points for simplicity, which means a reduction in costs.

Tioga has also played a leading role in developing the ‘Morris model’. This was a project done with the Morris County Improvement Authority located in New Jersey. This new model makes it possible for governments to issue low-interest bonds for financing renewable energy projects. Partnering with a third-party investor provides leverage for federal tax incentives.

For more, click here.

No comments:

Post a Comment

The Driving Force behind the Leading Solar Energy Company in Pakistan

Solar energy and its usage is increasing rapidly. Bringing a revolutionary change in the integration and consumption of energy solutions has...