Turning Industrial Challenges into Scalable Solutions

TechUrja turns complex industrial challenges into strategic opportunities, delivering innovative, high-performance engineering solutions. We empower industries worldwide with systems designed for maximum efficiency, reliability, and seamless integration across diverse technical environments.

Learn MoreContact Us

Delivering Engineered Excellence from Concept to Completion

TechUrja offers comprehensive, end-to-end process engineering and equipment design solutions, ranging from early-stage concept development to prototype, pilot systems, and full-scale implementation. With a presence in the United States, Germany, and India, we specialize in Front-End Engineering Design (FEED), CAD modeling, and feasibility assessments for advanced process technologies.

Prototype Development

Offering critical advantages throughout the innovation lifecycle.

Process Engineering

Front-End Engineering Design (FEED) for advanced process and energy systems.

Process Plant Automation

Intelligent control systems with secure, real-time monitoring and automation.

Guiding Projects, Powering Progress

Our team possesses practical experience in guiding complex projects across diverse industrial, manufacturing, and energy sectors. TechUrja’s global team provides support to clients at every project stage, ensuring that execution is on time, within budget, and aligned with real-world constraints.

Whether you’re looking to reduce costs, enhance efficiency, or lead your industry toward net-zero goals, TechUrja is your strategic partner for high-impact, scalable, and sustainable industrial solutions — anywhere in the world.

Proven Global Project Experience

Delivering impactful engineering solutions across industries and borders.

TechUrja has successfully executed over 20 projects worldwide, providing end-to-end support including design, prototyping, and commissioning. Our work spans a range of sectors, including hydrogen energy, waste processing, grid integration, and advanced material systems. We have collaborated with companies, universities, agencies, private developers, and multinational engineering partners across the U.S., India, Costa Rica, Romania, Taiwan, and Korea.

Our project types include:

Modular waste-to-energy systems
Hydrogen fuel cell integration
Renewable grid design
Battery Energy Storage Systems (BESS)
Feasibility studies for large-scale industrial plants

Our Services

From process engineering to turnkey project support, our services cover the full spectrum of industrial project needs. Each offering is tailored to deliver efficiency, compliance, and long-term value at every stage.

Process Engineering

Designing efficient, compliant, and scalable systems for advanced industrial processes.

Process Plant Automation

Enabling smart, secure, and centralized control for optimized plant operations.

Prototype Development

Rapid prototyping solutions that validate ideas and accelerate product readiness.

Computer-Aided Design

3D modeling and analysis to visualize, optimize, and communicate concepts.

Technical Support

On-site support and coordination for the implementation of turnkey projects.

Technical Consultancy

Expert guidance through feasibility studies, site evaluation, and process integration.

Solutions Offered

Engineering the future of industrial efficiency and sustainability by transforming complex challenges into strategic growth opportunities. Delivering globally recognized, high-performance systems for a distinct competitive advantage.

Energy and Resource Recovery

Leveraging deep engineering expertise to develop innovative, high-performance systems that optimize resource utilization and deliver reliable, sustainable functionality across various industries and applications.

Clean Energy and Environmental

At TechUrja, we engineer clean energy and environmental systems that empower industries to operate sustainably, meet regulatory demands, and lead the transition towards a low-carbon, high-efficiency future.

Operational Efficiency & Optimization

Applying proven engineering expertise to design and implement high-performance solutions that maximize output, reduce waste, and optimize plant operations for long-term efficiency.

Compliance and Operational Readiness

Solutions that ensure full regulatory compliance and operational readiness, enabling smooth system implementation with safety, reliability, and confidence from the very first day of operation.

Ongoing R&D Focus

TechUrja collaborates with universities, industries, and OEMs worldwide to research and develop sustainable, future-ready solutions across key focus areas.

Development of Metal Hydride-Based Hydrogen Storage Systems

Development of Metal Hydride-Based Hydrogen Storage Systems

This R&D initiative focuses on advancing safe, compact, and energy-efficient hydrogen storage technologies. By leveraging metal hydrides as a solid-state storage solution, the project addresses challenges associated with conventional high-pressure or cryogenic...

Advanced PFAS Remediation Using Chemical and Physical Methods

Advanced PFAS Remediation Using Chemical and Physical Methods

This research develops innovative approaches to eliminate PFAS (“forever chemicals”) from water, soil, and air through integrated chemical breakdown and physical removal technologies, rather than merely relocating pollutants. Solutions This enables large-scale...

Direct Conversion of Methane and Other Low-Concentration Gases

Direct Conversion of Methane and Other Low-Concentration Gases

This R&D targets the efficient conversion of methane and other dilute gases—often flared or vented—into valuable fuels and chemicals, using low-energy, scalable processes. Solution: By transforming potent greenhouse gases into usable products, this solution...

Atmospheric water generation for remote and off-grid use

Atmospheric water generation for remote and off-grid use

Offering a more energy-efficient and compact solution than traditional methods, this research introduces a technology capable of extracting drinking water from ambient air, even in dry climates. Its core innovation lies in the use of hydrophilic carrier fluids and ion...