Biogas Upgrading Plant

Bright attending RNG Works, Nashville TN United States from the 20th to 22nd September

Join Bright Renewables at the RNG Works in Nashville, TN United States, from the 20th to the 22nd of September. Bright is proud to be a co-sponsor of the morning refreshments at RNG Works. The number of registered attendees and exhibitors this year already exceeds last year’s event. The Bright team is looking forward to seeing you at our booth 519 to tell you more about our in-house technologies that can upgrade waste products into renewable high-value end-products, like Renewable Natural Gas (RNG). 

Why join?

At this event, you can learn more about our biogas upgrading systemsCOliquefaction systems, and carbon capture technology. The Bright team is happy to tell you more about the possibilities to implement these technologies at your existing or new facility.

Biogas upgrading is profitable and sustainable and projects of this nature are developed widely throughout the world. Our biogas upgrading plant is designed to upgrade raw biogas to sustainable biomethane with a methane content of up to 97% by using highly selective membranes i.e., membrane technology: by a pressure difference over three membrane stages, the CH4 (methane) and the CO2 from the biogas are carefully separated. This way >99,5% of the methane can be recovered. The produced biomethane can be injected into any gas grid or compressed into bio-CNG (Compressed Natural Gas) to be used as vehicle fuel. Another option is bio-LNG, a green liquefied natural gas very suitable as renewable transport fuel. The CO2 can be recovered by means of CO2 liquefaction as well.

Biogas upgrading plant

The smart design of the biogas upgrading unit combined with high-quality components guarantees high system availability and low maintenance cost. Since the system arrives on-site fully pre-tested the commissioning can be done quickly. The system operates fully automatic and the advanced controls ensure a quick response to fluctuations in the biogas supply. With remote monitoring and customized service & maintenance contracts, the efficiency of the operation can be optimized further.

CO2 liquefaction

A Bright CO2 liquefaction system can be added to the biogas upgrader to recover and liquefy COto create an extra source of revenue for the owner of the biogas plant with a biogas upgrading system. Zero methane slip is achieved since the small amount of methane still present in the CO2 is recovered during the liquefaction process.

Carbon capture technology

With the modular and compact carbon capture technology of Bright, CO2 from combustion flue gas is captured and converted into liquid or gaseous CO2. Bright biogas upgrading technology applying highly efficient membrane technology includes integrated virtual pipeline technology, 24/7 local and remote service and maintenance, RNG-to-grid, and bio-CNG and bio-LNG.

Maintenance services

Bright offers international tailor-made maintenance service for our supplied systems and those of third parties. For this sake, Bright has local service and maintenance teams, 24/7 available, in several countries that can provide maintenance for biogas plants, biogas upgrading systems, and wood-fired heat and power plants. Bright also provides remote service, for a faster and more efficient maintenance service with the use of smart glasses and a control room to connect service technicians or customers on-site with Bright Services experts across the world.

RNG Works

The RNG Works – the North American RNG industry’s annual two-day Technical Workshop & Trade Expo, returns to Music City Center in Nashville, TN. RNG Works promotes RNG industry best practices, for purposes of helping realise sustainable development, deployment and utilisation of renewable natural gas – and for purposes of helping achieve greater energy independence and access to domestic, renewable, clean fuel and energy supply. The RNG Works is a great networking opportunity with professionals from across the industry, the Bright team is looking forward to meeting you there!