TAT Technologies, a provider of aerospace thermal management and MRO solutions, has announced the establishment of FutureWorks, its Centre for Aerospace Innovation, based in Charlotte, North Carolina.
FutureWorks represents a bold step forward in TAT’s mission to advance next-generation aerospace technologies. The company has already secured its first customer partnership for its universal thermal management systems, a significant milestone in its development journey. This agreement validates TAT’s innovative approach in delivering lightweight, highly efficient and ultra-reliable solutions to meet the evolving demands of next-generation aircraft.
>> In Other News: Enbridge Announces Two Gas Transmission Projects as it Continues to Capitalize on Growing Natural Gas Demand
To build on this progress, TAT’s FutureWorks is designed to spearhead cutting-edge advancements in sustainable aviation. The centre focuses on the research, testing and development of thermal management systems and heat exchangers to support both today’s aircraft and the next generation of all-electric, hybrid-electric and hydrogen platforms. Building on this momentum, further partnerships are under way, with additional OEMs and aircraft developers turning to TAT for integrated thermal systems that meet the demands of tomorrow’s aviation.
"FutureWorks represents our commitment to shaping what’s next for aerospace," said Igal Zamir, CEO of TAT Technologies. "This lab is more than a building—it’s a proving ground for ideas, a collaboration hub for our global partners, and a launchpad for technologies that will define the skies of tomorrow."
A state-of-the-art high voltage testing lab for aerospace thermal systems
Advanced capabilities to accelerate product validation and development
A collaborative space supporting OEM customers and U.S. growth
A cornerstone in TAT’s investment in sustainable aviation and engineering excellence
FutureWorks strengthens TAT’s industry leadership and reinforces its role as a trusted partner to OEMs and operators navigating the next era of aerospace. While full operational capacity will come online in the months ahead, the facility is now officially open and preparing for a full grand opening this November.
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.
Inside This Issue 💰 Japan Bets $4B on Louisiana Ammonia in Gulf Coast Shift 🌫️ Exclusive: Shell Backs Plan To Scale Direct Air Capture Project ☀️ SunHydrogen Highlights Strong Momentum At World Hy...
Inside This Issue 🌱 Bio-Oil Breakthrough: Cleaning Up Abandoned Wells While Cutting CO₂ ⛏️ MAX Power Begins Historic Drilling of Canada’s First-Ever Natural Hydrogen Well ⚡ California Pauses Hydro...
Inside This Issue 💰 G20's Carbon Removal Gap Opens $1 Trillion Door ✈️ Gold Standard Labels First Credits As Eligible For CORSIA Compliance 🌲 Chestnut Carbon Has Sold High-Integrity IFM Carbon Rem...
CALCAREA and AURELIA Launch Collaboration to Bring Ocean-Based Carbon Capture to Commercial Shipping
CALCAREA Inc. and AURELIA Design B.V. entered into a collaboration to bring ocean-based carbon capture technology to the maritime sector. The partnership combines CALCAREA’s unique carbon removal p...
Project to link ADM’s Corn Processing Complex in Columbus, Nebraska to Tallgrass’ Wyoming CO₂ Storage Hub COLUMBUS, Neb. -- (Business Wire) -- ADM (NYSE: ADM), a global leader in innovative soluti...
Pipeline Boost Supports Forterra’s Hydrogen Plans Gas
The East Coast Hydrogen Pipeline (ECHP) looks set to aid decarbonisation of brickmaking. A contemporary kiln used to make the hydrogen-blend bricks © Forterra Forterra’s plans for an expansion of...
Petroleum Technology Research Center (PTRC), University of Regina, Saskatchewan Geological Survey, Colorado School of Mines, and the MAX Power Mining Corp. team convene in Regina to advance Natural...
Follow the money flow of climate, technology, and energy investments to uncover new opportunities and jobs.