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Technologies

Variable Rinse for Enhancing Noise Reduction from Vacuum-Assisted Toilets

ID: 2018-012 Variable Rinse for Enhancing Noise Reduction from Vacuum-Assisted Toilets

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Invention Market Information
Commercialization and Marketing Report
Entrepreneur Plan

Technology Description

The core of this innovation is a vacuum-assisted toilet designed to significantly reduce noise during the entire flush cycle while optimizing water usage. Unlike traditional systems that use a static rinse pressure, this technology employs a continuous, variable mass-flow rinse system. This means the rinse pressure and flow rate are dynamically adjusted during the flush cycle. The system incorporates:

  • Sensors that determine the waste composition before the flush.
  • Actuators that control the rinse pressure and mass flow based on the sensor data.
  • A software-controlled rinse schedule algorithm that optimizes the timing and phasing of the flush and rinse valves.

The key improvement is the shift from a static rinse to a dynamic one, allowing for better noise reduction and water conservation.

Target Markets

  • Airlines and Aircraft Manufacturers: A primary market due to the existing use of vacuum-assisted toilets and the need for quieter cabins.
  • Cruise Lines and Shipbuilders: Similar to aircraft, these vessels require efficient and quiet sanitation systems.
  • Luxury Hotels and Resorts: High-end hospitality venues that prioritize guest comfort.
  • High-Density Residential Buildings: Apartments and condos where noise reduction is crucial.
  • Healthcare Facilities: Hospitals and clinics that require quiet environments for patient recovery.
  • Public Transportation: Trains and long-distance buses seeking to enhance passenger comfort.
  • Eco-Friendly Developments: Projects focused on sustainability and green building certifications.

Commercialization Plan

  1. Initial Focus: Licensing and B2B Sales
    • Licensing Agreements: Partner with established toilet manufacturers or aerospace companies to integrate this technology into their product lines. This allows for faster market penetration with reduced upfront manufacturing costs.
    • Direct B2B Sales: Target airlines, cruise lines, and other transportation industries directly. These sectors have a high need for this technology, which can justify a higher price point.
  2. Pilot Programs: Implement pilot programs with early adopters in key sectors (e.g., hotels, airlines) to gather real-world data and testimonials. This helps refine the product and builds credibility.
  3. Strategic Partnerships:
    • Industry Leaders: Collaborate with manufacturers of aircraft, cruise ships, or hotel chains to integrate the technology.
    • Environmental Organizations: Partner with environmental groups to validate sustainability claims and enhance marketing efforts.
  4. Manufacturing and Scalability:
    • Develop a cost-effective manufacturing process that allows scalability.
    • Secure reliable suppliers for sensors, actuators, and other key components.

Marketing Plan

  1. Value Proposition Communication: Highlight the key benefits: noise reduction, water efficiency, and adaptability to waste composition. Emphasize how these features lead to cost savings and enhanced user experience.
  2. Targeted Audience Identification: Focus marketing efforts on sectors where noise reduction and water efficiency are critical. Approach facilities management companies, architects, and industry experts.
  3. Demonstrations and Case Studies: Showcase the technology's effectiveness through live demonstrations or virtual webinars. Develop case studies from early adopters.
  4. Digital Marketing Campaigns:
    • Utilize targeted online advertising focusing on keywords related to quiet toilets and eco-friendly plumbing solutions.
    • Create engaging content for social media platforms featuring testimonials and visual demonstrations.
  5. Public Relations: Issue press releases about partnerships and installations in high-profile locations. Seek coverage in industry publications.
  6. Trade Shows and Conferences: Exhibit at relevant industry events in aviation, marine, hospitality, and sustainable building. Present papers or workshops to educate potential buyers.
  7. Educational Content Creation:
  • Develop white papers and informational videos explaining the technology and its benefits.
  • Offer training sessions for distributors and sales teams.
  1. Incentives for Early Adoption: Offer discounts or extended warranties for early adopters. Consider a pilot program allowing potential clients to test the system before purchase.
  2. Feedback Loop: Establish mechanisms for gathering customer feedback post-installation to refine marketing messages.

Actionable Steps

  • Secure Intellectual Property (IP): Ensure the technology is protected by patents. File additional patents if necessary.
  • Conduct a Freedom-to-Operate (FTO) Analysis: Identify any existing patents that could pose an infringement risk.
  • Secure Funding:
    • Explore SBIR/STTR grants focused on environmental innovation and sensor technology.
    • Seek funding from government agencies (EPA, DOE), private investors, or venture capitalists interested in green technologies.
  • Develop Detailed Financial Projections: Estimate development costs, manufacturing costs, and potential ROI.
  • Create a Comprehensive Business Plan: Outline target markets, pricing strategies, sales forecasts, and competitive analysis.
  • Build a Strong Team: Assemble a team with expertise in engineering, software development, manufacturing, and marketing.

Pricing Strategies

  • Value-Based Pricing: Set prices based on the value of noise reduction and water efficiency.
  • Tiered Pricing: Offer different models with varying features at different price points.
  • Penetration Pricing: Initially offer a lower price to gain market share.
  • Subscription Model: Consider offering maintenance or software updates on a subscription basis.

Recurring Revenue Opportunities

  • Maintenance Contracts: Offer contracts for regular inspections, cleaning, and parts replacement.
  • Software Updates and Support: Provide ongoing updates to improve efficiency and add features.
  • Upgrades: Offer newer sensors or actuators as they become available.
  • Remote Monitoring Services: Monitor performance remotely and alert operators of issues.

Regulatory Compliance

  • Ensure compliance with plumbing standards, environmental regulations, and safety standards in target markets.
  • Obtain necessary certifications for water efficiency and noise reduction.
  • Consider industry-specific certifications for applications on aircraft or ships.

Phase 1: Foundation and Planning (Months 1-3)

  1. Deep Dive into the Technology
    • Understand the Core Innovation: Clearly articulate how the continuous, variable mass-flow rinse system, controlled by sensors and software, improves on existing vacuum-assisted toilets. Focus on noise reduction and water efficiency.
    • Technical Mastery: Ensure a thorough understanding of the sensor technology, actuator control, and software algorithms.
    • Hands-On Experience: If possible, gain practical experience with the technology, perhaps by working with the inventors or building a basic prototype.
  2. Market Research and Validation
    • Identify Target Segments: Prioritize markets like airlines, cruise lines, luxury hotels, and high-end residential buildings where noise reduction is valued.
    • Customer Discovery: Conduct interviews with potential customers in these segments to validate the need for quieter, more efficient toilets. Understand their pain points and willingness to pay.
    • Competitive Analysis: Identify existing competitors like Evac and Jets, and analyze their technologies, pricing, and market share. Determine the unique advantages of your technology.
    • Market Sizing: Estimate the Total Addressable Market (TAM), Serviceable Available Market (SAM), and Serviceable Obtainable Market (SOM).
  3. Business Model Canvas
    • Value Proposition: Clearly articulate the value offered to customers: superior noise reduction, water savings, and advanced technology.
    • Customer Segments: Define the specific industries and customer types you will target.
    • Channels: Determine how you will reach customers (e.g., direct sales, distributors, partnerships).
    • Customer Relationships: Define how you will interact with customers (e.g., direct sales, customer support).
    • Revenue Streams: Plan for multiple revenue streams including direct sales, licensing, retrofit kits, and service contracts.
    • Key Activities: Outline what activities will be needed to achieve revenue, such as manufacturing, marketing, and sales.
    • Key Resources: Identify essential resources such as the technology, funding, and expertise.
    • Key Partnerships: Plan for collaborations with industry partners and suppliers.
    • Cost Structure: Outline all associated costs.
  4. Intellectual Property (IP) Strategy
    • Patent Landscape Analysis: Conduct a comprehensive search of existing patents related to vacuum-assisted toilets.
    • Freedom-to-Operate (FTO) Analysis: Evaluate if commercializing this technology would infringe on any active patents.
    • Secure IP: File utility patents for the core technology (variable rinse, sensors, actuators, software). Consider design patents for any unique aesthetic aspects. Protect software algorithms via copyright or trade secret.

Phase 2: Development and Validation (Months 4-9)

  1. Prototype Refinement
    • Develop Prototypes: Create multiple prototypes for testing in various real-world scenarios.
    • Rigorous Testing: Conduct extensive testing to ensure reliability, durability, noise reduction, and water efficiency.
    • Iterative Design: Refine sensor accuracy, actuator responsiveness, and software algorithms based on testing results.
    • Material Selection: Choose appropriate materials for durability, noise reduction, and cost-effectiveness.
  2. Software Development
    • Enhance Algorithms: Improve the rinse schedule algorithm for adaptability across different waste types.
    • Implement Machine Learning: Incorporate machine learning to improve system efficiency over time based on usage data.
    • Ensure Robust Integration: Ensure seamless software integration with hardware.
  3. Regulatory Compliance
    • Identify Requirements: Research plumbing standards, environmental regulations, and safety standards in target markets.
    • Seek Certifications: Obtain certifications for water efficiency (e.g., WaterSense), noise reduction, and electrical safety.
    • Consult Experts: Engage with regulatory consultants to navigate the complex approval process.
  4. Pilot Programs
    • Select Partners: Identify early adopters in key sectors (e.g., hotels, airlines) willing to test the technology.
    • Implement Pilot Programs: Install the technology in selected locations to gather feedback from real users under normal operating conditions.
    • Collect Data: Gather data on performance, user satisfaction, and any unforeseen issues.
    • Refine Based on Feedback: Use insights from pilot programs to make necessary adjustments before full-scale launch.
  5. Detailed Financial Planning
    • Project Development Costs: Estimate all costs including R&D, prototyping, testing, and regulatory compliance.
    • Estimate Manufacturing Costs: Research component production, software integration, and supply chain development.
    • Project Revenue Streams: Forecast revenue from direct sales, licensing, and other channels.
    • Calculate ROI: Project the return on investment considering potential revenue and cost savings.
    • Determine Breakeven Point: Estimate the time it will take to reach breakeven.
    • Identify Financial Risks: Assess the financial risks related to development costs, manufacturing, market adoption, and regulatory compliance.
    • Develop a Detailed Financial Model: Include all cost and revenue projections to analyze profitability.
    • Seek Initial Funding: Explore funding options, such as SBIR/STTR grants, government grants (EPA, DOE), venture capital, and angel investors focused on green technologies. Prepare a compelling pitch deck.

Phase 3: Market Entry and Growth (Months 10-18)

  1. Manufacturing and Supply Chain
    • Establish Reliable Supply Chains: Secure reliable suppliers for sensors, actuators, and other critical components.
    • Develop Manufacturing Processes: Establish cost-effective manufacturing processes that maintain quality and allow scalability.
    • Ensure Quality Control: Implement quality control measures throughout the production process.
  2. Sales and Distribution
    • Direct Sales: Establish an online store on the company’s website for direct sales to end consumers.
    • Distributors: Partner with specialty plumbing distributors and building supply companies.
    • Retail Partnerships: Collaborate with home improvement stores and bathroom showrooms.
    • B2B Sales: Target hotels, cruise lines, airlines, and other transportation industries directly.
    • OEM Partnerships: Partner with original equipment manufacturers of bathroom fixtures.
    • Trade Shows: Participate in industry trade shows and conferences to gain exposure.
  3. Marketing and Branding
    • Develop a Brand Identity: Create a brand name and logo that reflects the innovative nature of the technology.
    • Value Proposition Messaging: Focus on noise reduction, water savings, and advanced technology features.
    • Digital Marketing: Implement targeted online advertising campaigns.
    • Content Marketing: Create white papers, informational videos, and case studies.
    • Public Relations: Issue press releases about partnerships and installations.
  4. Customer Support
    • Establish Support Infrastructure: Create a customer support framework including installation guides, troubleshooting resources, and maintenance services.
    • Train Installers: Provide training for installers on proper setup and maintenance.
  5. Recurring Revenue Streams
    • Offer Maintenance Contracts: Provide regular inspections, cleaning, and parts replacement.
    • Provide Software Updates: Offer ongoing updates for improved performance and new features.
    • Offer Upgrade Options: Provide upgrades to newer sensors and actuators.
    • Offer Remote Monitoring Services: Monitor system performance remotely for large installations.

Phase 4: Scaling and Expansion (Ongoing)

  1. Monitor Performance: Track key metrics such as sales, customer satisfaction, and system reliability.
  2. Gather Customer Feedback: Implement mechanisms for gathering customer feedback and use this to refine marketing and improve the technology.
  3. Innovate and Improve: Continuously look for ways to enhance the technology with additional features or improvements.
  4. Expand into New Markets: Explore opportunities to expand into new geographic areas or market segments such as the residential market.
  5. Seek Strategic Partnerships: Continue to foster relationships with industry partners and potential investors.