POWER GENERATION 

Rypos ADPF Advantages

The experienced team at Rypos approaches every stationary project with the goal of achieving a strong collaboration between the end user, the facility design team, the environmental consultants and the regulatory authority in developing the optimal solution for the operating profile.  Beginning early in the design process, the sales and technical team seek to provide:

​This cradle to grave approach allows Rypos customers complete peace of mind in operating their mission-critical backup generators and pumps.

Rypos Active DPF Solution

Diesel Emergency Power Generators encounter increasing difficulty complying with the scores of Local and Federal emissions requirements.

The standard solutions offered by the existing on-road market suppliers have proven to be maintenance intensive, and detrimental to the engines.  Standard solutions all require heat in the exhaust stream to keep excessive restriction in the after-treatment devices from derating and/or damaging the engines.

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With exhaust heat being a function of engine load, Emergency Power Generators are at risk of failure, as they are typically only run during scheduled exercising, without load.

Often engines are oversized - as they are specified to support all facility loads in case of emergency - along with headroom for future expansion. The oversized engines make the facility loads during the actual outage insufficient in providing the exhaust heat required - resulting in engines unable to carry the load, which ultimately leads to engine failure.   

Rypos’ patented technology enables the Active Diesel Particulate Filter (DPF) to maintain low back-pressure on the engine, regardless of exhaust temperature. This allows facilities full flexibility in how they choose to operate - without concerns over the after-treatment devices damaging the Emergency Power System - while seamlessly complying with the ever-changing regulations.  

Rypos ADPF Advantages

How Rypos Active DPF Works

The Active DPF is made from sintered metal fibers, these segmented filters are electrically regenerated (or cleaned) by heating to 700°C and incinerating the trapped soot containing toxic contaminate particles.  The system’s microprocessor control monitors filter back pressure, temperature, and elapsed time between regenerations to optimize regeneration cycles and maximize filter efficiency and generator availability.  Entirely automated, the regeneration cycle takes only three minutes and uses less than one percent of the generator’s electrical output.  Rypos' segmented filter design makes this rapid, extremely energy efficient cleaning possible.  By limiting each cycle to a single filter element, regeneration can be performed quickly with no impact on power availability from the generator.  The built-in control system tracks which segments recently have been cleaned and schedules which ones are due to be cleaned.

The Active DPF systems can also be configured with selective catalytic reduction (SCR) to achieve NOx reductions of 95% or more.

Sintered Metal Fiber

The filter medium is sintered metal fiber material with high soot holding capacity and is capable of capturing the very fine particles in the exhaust system. The proprietary filter material is designed specifically for removing PM10 and PM2.5 from the diesel exhaust.

Filter Cartridge

The filter cartridge contains the sintered metal fiber filter elements. This nonwoven matrix can tolerate thermal expansion and contraction.

RYPOS ACTIVE FILTER TECHNOLOGY

SOLVES CLEAN AIR COMPLIANCE PROBLEMS

FOR BOSTON COLLEGE

The Challenge

The Massachusetts Department of Environmental Protection (MADEP) notified Boston College Director of Health & Safety, Gail Hall, that three of the college’s emergency diesel generators were not in compliance with state clean air standards. The generators, which produce electric power for emergency lighting and elevators in the event of a utility power outage, were emitting unacceptable levels of airborne particulates. Upon investigation, the college found that the issue was considerably larger than the three generators cited. Solving it would entail assistance from an environmental consulting firm, a continued health and safety commitment by the college, and Rypos Active Diesel Particulate Filter (ADPF) technology.    

The Solution

Rypos ADPF's were installed on a generator in the basement of one of the Boston College residence halls, the Rypos ADPF eliminated the high cost of running an exhaust stack to the roof outside of the building. The Rypos ADPFs were installed on top of nine generators to save space and reduce cost. Where generator enclosures could not support the weight of the filters, special frames were constructed. 

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