Advanced Plasma Solutions

Advanced Plasma Solutions (APS) is helping to shape a new sustainable world through research, development, and commercialization of non-thermal plasma processes and products. We provide product ideas, engineering expertise, design, prototyping, and market entry to the agriculture, manufacturing, environmental control, 3D printing, medical, and energy industries. Our team of experienced engineers, scientists, technicians, and business professionals operating out of our Philadelphia area commercialization center maintain our competitive advantage by remaining at the cutting edge of plasma technology innovation. Our mission of transforming fundamental plasma research into responsible and sustainable products and solutions enables Advanced Plasma Solutions to provide innovative commercialization projects and custom solutions such as waste to energy processes, high-temperature surface modification, air sterilization, and engineering services to the global marketplace.

APS works closely with customers and partners to convert Non-Thermal Plasma (NTP) technology applications into commercial realities. We are excited to be part of the innovative development of NTP technology and its multitude of applications that will provide continuous improvement to many processes and sustainability efforts.

The waste to energy industry aims to convert harmful waste into renewable energy. With the help of plasma, APS can provide opportunities for waste to energy companies to make revolutionary changes in their industry.

Plasma technology can help companies achieve cost reductions and improved regulatory compliance. The use of plasma can create new processes or redesign current technologies to make them more efficient, organic, and less harmful.

Consider the flaring going on in natural gas rich areas like North Dakota. Flaring is the burning off and disposal of excess natural gas. In recent years, up to one-third of North Dakota's natural gaswas flared. With all this potential energy going to waste, a solution is needed to prevent the losses. Scientists have concluded that plasma can be used to convert the excess gas, which normally would be flared, into usable energy.

And that is only one of its uses. In the waste to energy field, plasma technology can also be used in the following applications:

• H2S removal and desulferization of fuels
• Reforming of liquid and gaseous hydrocarbons and syngas
• Heavy hydrocarbon removal/reforming
• Abatement & reforming of VOCs and exhaust/emission gases such as SO2, NOx, and tar
• Hydrogen production for biomass and coal
• CO2 reduction
• Incorporation of Natural Gas into Liquid Fuels (Gas to Liquid)
• Enhancement of water composition (nitrate,nitrite) and pH
• Water pollutant removal
• Water sterilization/purification/disinfection
• Water softening
• Surface sterilization (food, surfaces, wounds)

Plasma combined with waste to energy, creating pace-setting technology with cutting edge innovation.

Advanced Plasma Solutions (APS) is a privately held company that specializes in  providing products and solutions using Non-Thermal Plasma (NTP) technology for commercial as well as consumer use. We offer a 20,000 square foot state-of-the-art facility and a staff focused on advancing NTP technology for successful commercialization projects.

APS collaborates with businesses, large corporations, universities, institutes, and some of the world’s foremost experts in the field of Non Thermal Plasma technology. Our objective is to facilitate bringing new products and solutions to market  that utilize this game changing technology. Industries that benefit from the APS unique business model include: Energy, Environmental,Industrial Manufacturing, 3D Printing, Agriculture, Medicine, and Food Safety.

Our facility is home to our commercialization center AmpTech 'Advanced Manufacturing/Prototyping of Patented Technologies. It is a one stop shop for 3D printing, plasma expertise, products, ideas, resources, and labs . AmpTech's projects are by their nature collaborative, involve a shared work space, shared resources, and typically are intended to produce marketable products utilizing advanced technologies in a controlled work environment.