Environmental & Process Engineering

Optimizing performance while reducing lifecycle costs

Concurrent Technologies Corporation (CTC) is supporting the Department of Defense (DoD) and commercial operations in efforts to keep pace with changing business and regulatory environments and technology advances. For instance, facilities manufacturing and supplying conventional munitions, propellants and explosives have unique capabilities and are essential to national security. CTC works with these facilities to maintain their ability to meet drawdown, training and surge condition needs.

Concurrent Technologies Corporation Offers:

Environmental Impact Minimization
Efficient & Effective Designs
Technology Validation and Transition
Process Modernization & Optimization
Design to Production Methodology

Download our Environmental & Process Engineering fact sheet to learn more.

For more information, contact:

Dan Markiewicz
Senior Director

Phone

814-248-7769
Email

env-process-eng@ctc.com

Main Energy & Environment Webpage

Infrastructure Energy

Laboratory Services

Operational Energy

Safety & Environmental Health Services

Strategic Advisory Services

Water Recycling Technologies

Core Capabilities
CTC scientists and engineers respond to challenges by delivering high-value solutions to operational and environmental needs through modeling and simulation, reverse engineering and sustainment support. CTC’s Design-to-Production approach examines the entire process/system life cycle, from environmental concerns to producibility, not solely the end product. This approach is deeply detailed and proven to provide faster, more effective implementation of solutions than the traditional trial-and-error approach. Benefits of this disciplined approach include sustaining and improving process capabilities, manufacturing efficiencies, product performance, environmental and technology transition while reducing costs and environmental impacts. Contact us to learn more.

Core Capabilities

CTC scientists and engineers respond to challenges by delivering high-value solutions to operational and environmental needs through modeling and simulation, reverse engineering and sustainment support.

CTC’s Design-to-Production approach examines the entire process/system life cycle, from environmental concerns to producibility, not solely the end product. This approach is deeply detailed and proven to provide faster, more effective implementation of solutions than the traditional trial-and-error approach.

Benefits of this disciplined approach include sustaining and improving process capabilities, manufacturing efficiencies, product performance, environmental and technology transition while reducing costs and environmental impacts. Contact us to learn more.

Representative Projects
Environmental Impact Minimization CTC developed and validated a treatment technology for a 1,000,000 gallon per day nitrate-laden industrial wastewater stream from an industrial manufacturing facility. We developed a counter-current ion exchange technology, featuring a specialized resin, for removing problematic nitrates from wastewaters. The pilot-scale achieved a nitrate removal rate of 99.6%. We worked with the customer to develop a technology transition plan for full-scale technology implementation.	Efficient & Effective Designs Our team identified and assessed alternative small caliber ammunition case designs using different manufacturing techniques. Through software modeling, CTC identified a technology that allows cases to be customized by application and performance. The technology eliminates process steps and may require less energy and resources compared to the manufacture of conventional cases. This alternative case design also reduces case weight, which lightens a Warfighter’s backpack. Mechanical testing of the prototype is complete, and cost-effectiveness is being determined prior to performing field assessments.	Technology Validation and Transition CTC identified and validated a non-chromium alternative to the sodium dichromate anodizing sealer used by the Air Force for corrosion and wear protection during maintenance, repair and overhaul applications. Our evaluation provided performance, cost and environmental impact data to support the Air Force’s technology transition process.	Process Modernization & Optimization Our team is optimizing and implementing an ammonia vapor test, that replaces dangerous mercurous nitrate testing, to evaluate the susceptibility of stress corrosion cracking, a material failure. Ammonia vapor testing will ensure that defects in components/parts will not occur during extended storage. This customer produces over 1,000,000,000 components/parts per year, and deems defects and failures unacceptable. Additionally, ammonia vapor testing reduces hazardous waste costs and eliminates the use of unsafe mercury.

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