One of the challenges facing the expansion of green energy production is the number of methods providing intermittent power production rather than base load power. Utilities need reliable stable power for their local grids, and Langson’s Gas Letdown GeneratorsTM are capable of providing just that, 24/7 green energy with no carbon emissions and no fossil fuels.
The operating costs of the Gas Letdown GeneratorTM are lower than that of turbines and much less than alternative forms of green energy. In fact, the only routine maintenance required is a bearing inspection and replacement every 50,000 hours. Our engine will run for countless hours, trouble-free, providing extremely low maintenance and operational costs with significant advantages in durability and for handling contaminants.
Turbines are traditionally very susceptible to contamination due to their high speeds and low tolerances. The Gas Letdown GeneratorTM does not suffer from these limitations as it can handle contaminants that would damage a turbine in many situations. Additionally, we apply a patented coating to the screws, depending on the requirements of the installation, allowing an even broader range of gases and contaminants.
The Gas Letdown GeneratorTM has the ability to handle fluctuations in temperature, flow and pressure with no adverse affects on the equipment. Although power production efficiency is directly tied to pressure and flows, the GLGTM handles fluctuations easily and with no adverse impact. The lower capital cost structure of the GLGTM allows any installation to scale their investment to better match year round flows and pressures. No longer is a producer tied to a massive turbine budget and a massive installation necessary to support such an investment.
Our equipment is designed to fit into shipping containers. As you can see from the graphic, we have a very small footprint.
Please complete a Project Evaluation Form. This provides us with the necessary information to reliably estimate the power generation capability of your resource. We have developed a comprehensive internal model to calculate this using the necessary thermodynamic equations and will gladly provide you with a reliable estimate.