Grants and Contributions

The purpose of the proposed project is to develop an analytic tool that will contain all of the baseline technical aspects of each one of the Ydro Process applications and how these parameters need to be operationally adjusted based on the desired end result and predict the effectiveness of the wastewater treatment technology, as well as create a product management matrix. This project will also involve a strategic road mapping exercise to identify target markets and applications which are most suited for the product and process. (For more detail please see "ARP Proposal" attachment under "3.Project Information").

We are developing new PLC controls and hardware integration for our Collomatic winches to support advanced control subsystem integration, allowing for ongoing data collection and monitoring that will provide real-time visibility, accurate diagnostics, and remote operation capabilities.

Develop a BETA version of the "avatar" that is part of the HOP-Child platform that will be used in interactions between autistic children and their caregivers (specialized educator, therapist and parents).

Development of a trusted software agent and trust establishing procedure for use in internet of things controllers where trust and integrity are important requirements.

The objective of the project is to design and manufacture a system to clean parts produced by 3D printing that integrates the collection and reuse of metal powder.

Human.build is a collaborative work environment for clients of Human Collective Inc. The tool allows clients to bridge our remote team seamlessly with their own, monitor the products we build for them, manage content, purchase additional services, and collaborate. While traditional agencies may be judged according to their team size and impressive physical footprint, Human.build will displace them with efficiency, reputation, and ease-of-use.

Coached and mentored by the Project Manager, the Green Composites Technician Recent Graduate will be engaged in various roles of the composites manufacturing process and R&D initiatives. With guidance from the Project Manager, the Green Composites Technician’s goal will be to use his formal education to assist with Green R&D initiatives, bio-composite research and insights, as well as learning the skills of composites manufacturing.

Leading brands, retailers, and packaging companies, like Amcor, PepsiCo, Walmart etc. have publicly committed to using 100% reusable, recyclable or compostable packaging by 2025. Celplast’s use of its patented Metacoat technology combined with its aluminum or aluminum oxide deposition techniques on recyclable film substrates, like polyethylene (HDPE, LDPE) and polypropylene (CPP, OPP), and compostable film substrates like polylactic acid (PLA), aim to address these requirements by delivering high barrier sustainable films to the flexible packaging industry. To commercialize the aluminum oxide process on these recyclable & compostable films, we will need to develop it on polyester (PET) first.

This project will establish an AOS field pilot in Bolivar Park in the Los Cerritos Channel Watershed, Lakewood, California for treatment of municipal stormwater. The pilot will receive a side stream to assess its ability to provide water disinfection and decontamination. The project will be implemented in 4 phases including; (1) planning and engineering design, (2) laboratory assessment, procurement and fabrication (3) testing three AOS configurations (4) techno-economic assessment of the treatment train.

The objective of the project is to stabilize and increase the capacity of the patented ACAPS processing technology, to increase Beta-Glucan production from barley by 50% using smart manufacturing techniques and adding new features to this innovative technology.