Green Technology

Good Food Technologies Limited

🌍 Official Website 🏢 HKSTP Source
42 Potential

Decision Maker

Dr. Andrew Yuk Keung Leung
andrew@goodfoodtechnologies.com
+852 63484357
N/A
Raw Description
Product | GOOD FOOD TECH develops plant-based pork alternatives (under GOOD PORK brand) that works great for Western cuisines and excels in Asian. | GOOD PORK uses non-GMO soy and natural flavours - contains all nine essential amino acids. Zero cholesterol. Hormone, anti-biotic and preservatives free. There are two primary SKUs under GOOD PORK. | 1) MINCE - resembles lean meat, minimal fat and rich in protein. Best for stir-fry. | 2) GROUND - resembles pork belly with the perfect proportion of fatty and lean proteins Best suited for steaming and frying. | GOOD FOOD's GROUND product uses a proprietory plant-based fat technology, AROMAX, to enhance meat juice retention and tighten overall texture, while reducing actual fat by 90%. | Building on GROUND, GOOD PORK also developed other semi-process meat products such as MEATBALLS and PATTIES. || GOOD FOOD is a HK foodtech startup focused on plant-based meat innovation. Founded in 2020, the startup officially launched in HK & Macau in Feb 2021 with its own line of GOOD PORK products. GOOD PORK is a tasty and healthy pork alternative under GOOD FOOD. GOOD PORK uses non-GMO soy and natural flavours - contains all nine essential amino acids. Zero cholesterol. Hormone, anti-biotic and preservatives free - your quality choice of plant-based meat! | Our mission is to change the world one bite at a time with GOOD FOOD.

Strategic Analysis

Executive Brief

Good Food Technologies is a Hong Kong-based food-tech startup specializing in plant-based pork alternatives. Their competitive advantage lies in their proprietary AROMAX fat technology, which simulates the sensory experience of animal fat while utilizing non-GMO soy. Their operations involve high-moisture extrusion, protein texturization, and large-scale food processing for Asian and Western markets.

Strategic Fit & Lead Score

Lead Score: 42 (40-59: General Engineering / Possible Custom R&D)

Why this Score? While Good Food Technologies is not a semiconductor or quantum company, their industrial manufacturing processes—specifically high-pressure protein extrusion and wastewater management—suffer from traditional engineering bottlenecks. Diamond’s extreme hardness and electrochemical properties offer "hidden" value in food-grade cleanliness, tool longevity, and sustainable water treatment that standard stainless steel or ceramic solutions cannot match.

6C Solutions Proposal

Application Area 6C Solution Technical Value Prop
Protein Extrusion PCD/CVD Diamond Coated Dies Plant-based proteins (soy/pea) are surprisingly abrasive during high-pressure extrusion. Diamond coatings prevent metal-leaching and increase die lifespan by 10x compared to hardened steel.
Wastewater Treatment BDD (Boron Doped Diamond) Electrodes Food processing creates high COD (Chemical Oxygen Demand) runoff. 6C BDD electrodes enable Electrochemical Advanced Oxidation, destroying organic pollutants without requiring added chemicals.
Quality Control Sensing BDD Electrochemical Sensors Real-time monitoring of flavor compounds and nutrient concentrations during the "AROMAX" fat synthesis. BDD is resistant to "fouling" (protein buildup) that ruins standard sensors.
Industrial Cutting PCD-Tipped Industrial Blades For high-speed portioning of "GROUND" and "MINCE" products. Diamond edges maintain "surgical" sharpness longer, ensuring clean fiber cuts without "smearing" the proprietary plant-based fats.
Lab-Scale Synthesis Custom MPCVD Reactor build If the company pivots toward Cell-Based Meat, 6C can provide the diamond-based scaffolds or sensing environments required for advanced bio-reactor monitoring.

Engagement Hooks

  • Technical Question: "As you scale your AROMAX fat technology production, how are you addressing the high-velocity abrasive wear on your extrusion dies, and could a zero-friction diamond interface improve your texturization consistency?"
  • Value Statement: "6C Diamond Technology provides the ultra-inert, wear-resistant hardware required to scale plant-based protein production without the maintenance downtime or contamination risks of traditional metal alloys."