Shenzhen Team's EverNitro 3-in-1 Nitrogen Machine Surpasses $500K on Kickstarter

PSA Nitrogen Generation and No-Consumable Solution

EverNitro's core technology utilizes Pressure Swing Adsorption (PSA) molecular sieves to separate and purify nitrogen from ambient air on-site, claiming a purity level of up to 95%.

Key technical challenges for this solution include the long-term degradation of molecular sieve adsorption performance, efficient control of adsorption/regeneration cycles, and stable nitrogen production during pressure retention periods.

The device's reliability ultimately hinges on the precision of its valve control logic and the engineering quality of its regeneration cycle design. Compared to disposable gas cylinders or nitrogen cartridges, the PSA solution offers significant advantages in long-term operating costs and environmental impact, provided that the molecular sieve lifespan and replacement costs remain within an acceptable range for users.

Dual-Mode Operation and Precise Pressure Control

The device offers two operating modes: FastMode and High-PurityMode. FastMode prioritizes efficiency, suitable for daily beverage scenarios where speed is critical.

High-PurityMode extends the nitrogen infusion time to achieve higher purity, intended for applications demanding finer foam texture and superior preservation. Coupled with digital pressure adjustment from 0-8 bar and programmable infusion curves, users can precisely control the timing and pressure combination of nitrogen injection.

The core of this process flexibility lies in whether the repeatable pressure/time curves can consistently produce uniform output quality, which requires the combined assurance of valve control precision, sensor accuracy, and software algorithms.

Integrated Functions for Countertop Efficiency

EverNitro integrates three primary application functions: preparing nitro beverages (such as cold brew coffee and cocktails), whipping cream, and oxygen-inhibited food preservation.

This single device covers multiple usage scenarios—beverage preparation, dessert making, and food preservation—thereby enhancing countertop space utilization in homes and small studios.

Key engineering considerations include automatic flow path switching between different process modes, cleaning and cross-contamination prevention, and the durability of components in hot and humid home environments.

Smart Features and User-Friendly Maintenance

The device features a digital pressure panel and a companion mobile application, supporting real-time status monitoring and filter lifespan reminders. Key components like the detachable nozzle and storage container are dishwasher-safe, reducing the complexity of daily maintenance. While this user-friendly experience helps boost consumer adoption, long-term satisfaction will be directly influenced by the frequency and cost of filter and molecular sieve replacements, as well as the device's noise and energy consumption levels.

Global Adaptability and Compliance

The device supports a global voltage range of 100-240V, providing a hardware foundation for worldwide deployment. However, PSA systems involve pressurized equipment safety, and food-contact materials must comply with local food contact substance regulations.

Regional compliance certifications (such as CE, FDA, etc.) must be fully validated before product launch, as they are critical factors determining successful market entry into different regions.

EverNitro was developed and launched by the XBREW (XBREWLab) team. The team states it comprises members with backgrounds in engineering and coffee equipment development, basing product development on years of accumulated experience in the application domain. Currently, the company primarily enters the market through Kickstarter crowdfunding and direct sales channels, with limited public disclosure of external venture capital funding, indicating a relatively cautious, self-funded development path. According to public information, the brand belongs to Jicui Innovation (Shenzhen) Technology Co., Ltd. Its Boss Zhipin profile describes the company as a 'hardcore startup focused on beverage technology.' It states: 'Our first product, EverNitro, is the world's first desktop nitrogen beverage machine that requires no consumables. It received over $200,000 in support upon launch on Kickstarter and has been enthusiastically endorsed by global coffee geeks and home lifestyle enthusiasts!'

Market Analysis

The market for nitrogen-infused beverages and related equipment is currently in an upward cycle. Industry research indicates a continuous increase in the menu penetration of nitro-infused drinks in professional coffee shops, bars, and high-end retail channels, driven by growing consumer demand for fine effervescence and rich mouthfeel. Demand for home and small commercial devices is also expanding, fueled by consumption upgrades and the rise of home bar culture.

According to previous data from GrandView Research, the global nitrogen coffee market size was approximately $30.6 million in 2023 and is projected to reach $144.5 million by 2030, exhibiting a Compound Annual Growth Rate (CAGR) of 24.4% from 2024 to 2030. This market growth is attributed to an increasing number of health-conscious consumers who prefer nitrogen coffee due to its lower sugar and calorie content compared to traditional coffee beverages.

Market size estimates vary significantly among research institutions, with valuations for the high-end beverage market and desktop beverage equipment market ranging from millions to hundreds of millions of dollars. However, there is consistent agreement across institutions regarding the positive growth trend for niche equipment demand. The existing competitive landscape has three dimensions: traditional commercial and home nitro solutions largely rely on gas cylinders or disposable gas cartridge systems, which have short replacement cycles and high operating costs. EverNitro differentiates itself with built-in PSA air nitrogen generation, high purity, and integrated three-in-one functionality. If the technology performs as promised in real-world use, it could establish a significant competitive barrier. However, long-term competitiveness will be influenced by the emergence of alternative technologies (e.g., lower-cost air nitrogen generation solutions), the actual control of molecular sieve maintenance costs, and scalable manufacturing capabilities.

Desktop devices that combine no-consumable air nitrogen generation with multi-scenario home applications align with both consumption upgrade and environmental protection trends, demonstrating clear commercial potential. However, whether it can evolve into a standard household appliance hinges on the balance between reliability, operating costs, and retail price. PledgeRadar will continue to track this project's subsequent shipping status and backer feedback.