Precision Vacuum Solutions for Environmental Processes

Elmo Rietschle’s vacuum and compression systems maximize biogas yield by thoroughly mixing sludge in digestion towers. Gas is withdrawn, compressed, and reintroduced for optimal stabilization and retention, reducing costs and improving reactor efficiency.

Our compressors provide the oxygenation required for purifying wastewater in activated sludge tanks. By introducing oxygen through compressed air, Elmo Rietschle systems optimize purification while reducing space requirements and costs.

Elmo Rietschle’s vacuum solutions enable safe and effective reclamation of soil polluted with hydrocarbons. Side channel blowers extract contaminated air, which is treated in compliance with air quality regulations.

Precision vacuum technology ensures flawless laminating cycles for solar module production. Layers are evacuated and bonded under vacuum conditions, enabling durable and efficient solar panels that support renewable energy initiatives.

Landfill gas is collected and compressed using vacuum pumps or blowers, allowing it to be repurposed as heating fuel, electricity, or liquefied gas. Elmo Rietschle’s solutions enable sustainable management of landfill sites while reducing emissions.

Vacuum systems are essential in biogas production for mixing and compressing sludge in digestion towers. By thoroughly mixing the sludge with compressed gas, vacuum systems maximize biogas yield and reduce retention time in the reactor, making the process more efficient.

Vacuum systems facilitate the oxygenation of activated sludge tanks by introducing compressed air. This process ensures efficient purification of wastewater while reducing the space and costs required for treatment plants.

Soil gas extraction is a method used to reclaim polluted soil contaminated with hydrocarbons. Vacuum systems, such as side channel blowers, safely extract contaminated air from the soil, ensuring compliance with air quality regulations while enabling effective reclamation.

Vacuum technology ensures flawless laminating of solar modules by evacuating air from the laminator chamber and bonding layers under vacuum conditions. This process creates durable and efficient solar panels, supporting renewable energy initiatives.

Vacuum systems collect landfill gas produced during the digestion of covered garbage. The gas is compressed using blowers or pumps and can be repurposed as heating fuel, electricity, or liquefied gas, contributing to sustainable landfill site management.

Rotary vane pumps and liquid ring compressors are highly effective for wastewater disposal. They enable the transport of wastewater uphill and support centralized vacuum systems for efficient collection, drainage, and disposal.

Yes, vacuum pumps provide the necessary suction pressure for removing wastewater and cleaning sewer networks. These systems ensure contaminants are effectively removed and flushed out during regular maintenance.

Elmo Rietschle designs vacuum systems with energy efficiency and sustainability in mind. Our products reduce operating costs, minimize emissions, and support environmentally friendly practices across all applications.

In addition to environmental applications, our vacuum systems are widely used in industries such as renewable energy, agriculture, medical, automotive, and industrial manufacturing. Their versatility makes them an excellent choice for handling demanding processes.

Elmo Rietschle offers a  Product Selector Tool  to help you find the ideal vacuum pump or compressor based on your specific application needs. You can also contact our team for personalized consultations and tailored solutions.