Industries Served

Automotive

No one relies more on clean dry air than the automotive industry. Clean, dry, oil free compressed air and gas is a basic need for many industries. One drop of unwanted moisture or oil can cause an entire automated process to malfunction. For smooth running automated processes, better health protection, and high quality paint finishes are only a few reasons why automotive manufacturers should insist on Pneumatech compressed air dryers.

Landfill Gas Retrieval

Pneumatech technology is preferred by landfill operators attempting to dry landfill/digester gas. Dry gas will allow engines and boilers to perform trouble-free. Not surprisingly excess moisture and other impurities in the gas can cause problems for these systems. The same can be said of gas going into utility gas lines or to industrial consumers. Pneumatech gas dryers and filters remove impurities while also condensing and removing moisture.

Whatever your landfill digester gas volume generation may be, Pneumatech can fit a dryer size to your needs from 100,000 CF/day up to 21,000,000 CF/day. Pressure ranges available from 10 to 500 PSIG. Pneumatech refrigerated gas dryers are rated at a pressure dew point, (PDP), of 39°F ± 2°F from saturated inlet conditions of 100°F to 120°F. Dryers function normally under ambient air temperatures of 50°F to 105°F.

In addition to meeting customers' capacity requirements, Pneumatech offers choices in modular configuration, as well as a list of accessory gauges, controls and warning lights that customize a dryer to a buyer's needs. Pneumatech refrigerated gas dryers contain standard commercial refrigeration units, controls, valves and automatic drains. All units contain our own precision designed heat exchangers, filters, separators and refrigeration circuitry including NEMA 4, 4X, 7 and 9 class wiring (explosion proof).

Pneumatech dryers are designed and manufactured for maximum dependability and minimum maintenance and servicing. The continuous operation, with 100% capacity modulation, provides longer dryer life.

Power

Electric utilities are often faced with increased power usage beyond their base load requirements during peak-demand periods. The utility industry has been trying to develop economically feasible solutions to this problem. The initial approach has been to stress consumer conservation. This tactic results in delaying the inevitable need to provide long-term power generation capabilities. During periods of low power demand, such as at night and during weekends, too much power would be available and the electric generation output would have to be cut back. One innovative solution to meeting peak-demand requirements has been use of the compressed air energy storage concept.

To stay competitive in today's global economy, a manufacturer must control costs. Since one of the principal costs of making a product is compressed air, better management of your compressed air system offers you one of the largest cost savings opportunities. Better management means an integrated, total-system approach to the supply, distribution, and use of compressed air. ConservAIR Technologies provides product-based solutions for application in an integrated total.

In addition to saving energy to lower costs, a new market is emerging from the energy efficiency standards being introduced to curb carbon emissions. Business strategies are being modified to take advantage of the opportunities realized in the banking and trading of carbon credits achieved as a result of these energy savings. A new dimension has been added to the financial profile that greatly enhances the return on investment in the application of recognized energy saving measures like ConservAIR Intermediate Controls® (I/C) and storage. In combination with an efficient air compressor network, the ConservAIR I/C ensures the optimum energy efficiency of a system is maintained under all operating conditions at all times. The reward is not only lower operating costs but also in profiting from the trading of the resultant carbon credits.