chorus

Chorus Appoints Guy Breier as Head of Manufacturing and Supply Chain

Fri, 16 Jan 2026 14:11:56 GMT

Experienced Operations Leader Joins Chorus to Strengthen Manufacturing Discipline and Supply Chain Foundations

Marlborough, MA — January 14, 2026 — Chorus, a technology company advancing healthier indoor environments through precision-controlled antimicrobial systems, today announced the appointment of Guy Breier as Vice President of Manufacturing and Supply Chain.

Strengthening Manufacturing and Supply Chain Foundations

As Vice President of Manufacturing and Supply Chain, Breier will work closely with Chorus’s engineering and product teams to strengthen manufacturing processes, supplier quality, and supply chain discipline. His role will focus on building the operational structures and cross-functional alignment needed to support reliable execution as the product continues to mature.

“Guy brings deep experience building disciplined manufacturing and quality foundations,” said Ray DeSabato, CEO of Chorus. “He shares Chorus’s belief that sophisticated technology requires disciplined processes and rigorous engineering standards, and he will help ensure that philosophy is reflected in how we operate.”

Deep Experience Across Complex Hardware Systems

Breier is a manufacturing, quality, and supply chain expert with more than 20 years of experience across robotics, defense, consumer hardware, and industrial systems. Most recently, he served as Founder and CEO of Boston Manufacturing Group (BMG), where he partnered with private-equity-backed, growth-stage companies to assess manufacturing readiness, improve supplier quality, and strengthen operational foundations.

Prior to founding BMG, Breier held senior leadership roles at SharkNinja, L-3 Communications, Berkshire Grey, Bevi, Piaggio Fast Forward, and Jibo. Across these organizations, he led greenfield factory builds, global contract manufacturing transitions, and ISO-compliant quality system implementations. By strengthening manufacturing and planning discipline, he reduced product defects by more than 60% and eliminated millions of dollars in excess inventory.

A Measured, Engineering-Led Fit

“Chorus’s engineering-led approach and emphasis on doing things the right way stood out to me,” said Breier. “The team is focused on building a robust system with the right controls and processes in place. I’m excited to contribute operational structure that supports that approach and helps the organization move forward with confidence.”

Focused on Execution and Quality Discipline

In his role, Breier will lead Chorus’s manufacturing and supply chain function end-to-end, partnering closely with company leadership and strategic manufacturing partners. He will drive best-in-class execution, overseeing assembly and production planning, strengthening supplier readiness and quality performance, and leading disciplined launch preparation. Together, these efforts will accelerate Chorus’s path to commercialization.

About Chorus

Chorus is advancing a science-forward approach to antimicrobial protection for healthier, more consistent indoor spaces. Its precision-controlled systems use ultra-low-dose chlorine dioxide (ClO₂) and integrated sensing to support cleaner environments, operational reliability, and scalable deployment across critical facilities. Learn more at www.meetchorus.com.

Smarter Air Quality for Controlled Environment Agriculture

Wed, 18 Jun 2025 14:00:08 GMT

As indoor farms grow larger and more complex, one factor still flies under the radar: air quality. While most growers invest heavily in lighting, nutrients, and automation, managing the air inside a facility is often overlooked, despite its outsized impact on yield, quality, and operational efficiency.

With the controlled environment agriculture (CEA) market expected to grow fivefold by 2034 , now’s the time to rethink how we manage indoor air.

Why Air Quality Matters More Than Ever

Poor air quality can carry more than just unpleasant odors. It can spread plant pathogens, drive up energy use, and lead to costly crop loss. Even small improvements can deliver measurable returns: fewer issues during flowering, better consistency across harvests, and less downtime between cycles.

Modern CEA facilities need smarter, more responsive ways to manage the air. That’s where technology comes in.

Two Paths: Filtration vs. Sanitization

There are two main approaches to air quality management: mechanical filtration and active air sanitization. They’re not mutually exclusive. Many successful growers use a combination. Here’s how they compare:

Mechanical Filtration

What it does: Removes particles and gases by trapping them in filter media.
Strengths: Proven, familiar, and integrates easily with HVAC systems.
Limitations: Filters wear out, require maintenance, and can’t remove everything, especially tiny pathogens or gases that pass through untouched.

Active Sanitization

What it does: Continuously treats the air with antimicrobial agents that neutralize pathogens and odor-causing compounds in real time.
Strengths: Targets what filters miss, including sub-micron particles and airborne spores. Systems adjust output based on current conditions.
Limitations: Requires integration with facility controls, staff training, and chemical replenishing, but modern systems are increasingly user-friendly.

When to Use What

Smaller Facilities (<10,000 sq ft): Filtration may be enough, especially for odor control. But if you're battling recurring mold or disease, adding sanitization can help.
Larger Operations: Combining both systems gives broader protection, better performance, and greater efficiency.
High-Value or Specialty Crops: Continuous pathogen control can significantly reduce loss and increase quality, often more than covering the investment.

The ROI Is Real

Cleaner air means fewer plant health issues, better yields, and less time lost to remediation. Pathogens that move through the air cost global agriculture over $200 billion a year. Technologies that actively manage air quality can help protect against that risk.

Looking Ahead: Smarter, Integrated Systems

The future is automated. Today’s most advanced systems use sensors to adjust sanitization levels based on real-time needs. This kind of integration isn’t just about convenience, it’s about building a more resilient, efficient, and high-performing grow.

The bottom line? Air quality is more than a compliance checkbox. It’s a strategic lever. As CEA continues to scale, the growers who invest in smarter air management will see the difference where it counts: healthier plants, cleaner harvests, and a stronger returns.

That's where Chorus comes in. Our advanced air management systems can help growers take control of their environments and their outcomes. Schedule a consultation today.

Chorus Bolsters Cold Storage Strategy with Appointment of Industry Veteran Chris Norris

Tue, 10 Jun 2025 14:09:52 GMT

24-Year Grocery Veteran Joins Mission to Transform Food Supply Chains through Science-Backed Antimicrobial Innovation

Marlborough, MA – June 10, 2025 – Chorus, a technology company redefining pathogen control in indoor environments, today announced the appointment of Chris Norris to lead business development for the food cold storage sector. Norris brings 24 years of product innovation and strategic leadership from The Kroger Co., where he played a key role in launching transformative retail technologies and go-to-market strategies.

“Chris’s operational insight and innovation track record make him the ideal partner to help scale Chorus in the food cold storage market,” said David Johnson, Chief Commercial Officer. “He understands how to take promising technology and turn it into measurable outcomes for customers managing complex, margin-sensitive businesses.”

Driving Innovation with Real-World Impact

At Kroger, Norris helped build the company’s original R&D team, creating intellectual property that continues to power millions of customer experiences. Among his achievements was the launch of Store Mode , an in-store platform that used geofencing to transform customer navigation and create new revenue streams.

“Grocery and foodservice teams don’t have time for shiny objects. Solutions must work and prove value fast,” said Norris. “Chorus does that with patented technology that is designed to extend freshness, reduce waste, and support food safety without disrupting operations.”

A Science-First Approach to Cold Chain Risk

Norris was drawn to Chorus for its scientific rigor and practical application in environments often overlooked for innovation. His experience troubleshooting spoilage issues across Kroger’s vast cold chain gave him a firsthand view of the stakes.

"Chorus has engineered a rare technology, rooted in hard science but built for frontline teams," he said. "It tackles persistent issues that customers have long accepted as unavoidable."

Market Focus and Growth Strategy

In his new role, Norris will lead outreach across grocery and foodservice, with an emphasis on high-risk environments like produce coolers and back-of-house walk-ins – spaces where even minor air quality improvements can drive major gains in shelf life, compliance, and margin.

“The real value is where freshness and compliance overlap,” he noted. “Even small environmental improvements can unlock big gains. Chorus delivers that with simplicity and scale.”

Looking ahead, Norris will build customer relationships, strategic partnerships, and scalable channels to drive growth and meet rising demand for solutions that improve outcomes in fresh produce.

About Chorus

Chorus is advancing a science-forward approach to pathogen control for healthier, more stable indoor spaces. Its flagship system, Chorus Gro™, uses ultra-low-dose chlorine dioxide (ClO₂) to deliver precision air and odor control. Designed for seamless integration and real-time monitoring, the system supports exceptional air quality, reduced variability, and operational simplicity – in spaces where it matters most.

Yamada and Chorus Announce Production Partnership, Equity Investment

Wed, 28 May 2025 21:36:19 GMT

Global Manufacturing Leader Yamada Takes Strategic Stake in Chorus as Companies Announce Production Partnership, Equity Investment

Marlborough, MA – May 28, 2025 – Chorus, an innovative technology start-up pioneering a new approach to pathogen control, and Yamada, a globally respected manufacturer known for scalable precision production, today announced a strategic partnership that will enhance Chorus's manufacturing capabilities and market reach. The partnership includes Yamada taking a strategic equity position in Chorus, underscoring a shared commitment to long-term collaboration and mutual growth.

This alliance marks a significant milestone for both companies as they combine Chorus's innovation in antimicrobial technology with Yamada's world-class manufacturing expertise to accelerate market deployment and scale production.

"This partnership represents far more than a typical manufacturing arrangement," said Ray DeSabato, CEO and Co-Founder of Chorus. "By aligning with Yamada, we're gaining a strategic partner whose global infrastructure, operational excellence, and shared vision will propel us into our next growth phase. Their investment in our company reflects a deep confidence in our technology and a mutual commitment to creating lasting impact in controlled environment industries."

About Yamada

Yamada is a Japan-based contract manufacturing company with extensive global operations, trusted by industry leaders including Procter & Gamble and Gillette. With over 60 years of experience in advanced precision manufacturing and high-quality scalable production, Yamada has established itself as a premier provider of manufacturing solutions for companies seeking to scale without compromising on quality.

The company operates state-of-the-art facilities across Asia, North America, and Europe, with a reputation for supporting high-growth innovators through complex manufacturing challenges. Yamada's comprehensive services include product design, tooling development, injection molding, and assembly operations.

A Partnership Built for Growth

The manufacturing collaboration with Yamada delivers immediate benefits for Chorus including accelerated scaling capacity, enhanced supply chain reliability, and uncompromising product quality assurance.

"This is not simply about manufacturing products,” said Kole Yamada, President of Yamada. “It’s about combining our respective strengths to deliver exceptional value to customers and accelerate growth. We are impressed by Chorus's technology and leadership, and we're committed to supporting their journey from promising innovator to market leader."

The partnership comes at a pivotal moment for Chorus as the company prepares to launch its Chorus Gro™ product line. Chorus Gro™ is a next-generation air quality and odor control system engineered specifically for high-stakes, controlled agriculture environments. With Yamada's manufacturing prowess now in place, Chorus is positioned to meet growing market demand while maintaining the quality standards that have distinguished its offerings.

Joint work between the companies is already started, with initial production runs underway.

About Chorus
Chorus is advancing a smarter, science-forward approach to pathogen control with a focus on healthier, more stable indoor spaces. Our flagship system, Chorus Gro™, delivers precision air and odor management through ultra-low-dose chlorine dioxide (ClO₂) technology. Designed for seamless integration and continuous monitoring, our patented device ensures healthier air quality, operational simplicity, and predictable performance in spaces where it matters most.

Media Contact

Kelsey Ganon
Marketing Director
kganon@meetchorus.com

About Yamada
Yamada is a Japanese based contract manufacturer with a global manufacturing footprint. Yamada has 4 manufacturing facilities in China, and sites in Mexico, Brazil, Poland, and Vietnam. Yamada specializes in injection molding, decorating, and final product assembly, and produces products across many brands in household, floor care, and personal care devices.

Media Contact
Evan Pennell
Senior Vice President, Business Development, North America Manufacturing
evan@ydk-usa.com

Chlorine Dioxide and Odor Control: A Scientific Approach to Fresh Air

Mon, 10 Feb 2025 15:04:10 GMT

Cannabis cultivators inherently face a catch-22 when growing and processing flower: consumers value aromatic cannabis, but those aromas can create compliance issues for cultivation facilities.

How can indoor cultivation facilities reduce cannabis odors without impacting the quality of the aromatic compounds in the cannabis itself? Innovative applications of chlorine dioxide present an answer.

Why Odor Control in the Cannabis Industry Matters

Cannabis odor control is essential, first and foremost, for compliance reasons. Many states, counties, and even cities have strict regulations governing the odors of cannabis cultivation and processing facilities. Grow operations failing to comply with these regulations can accrue fines that cut into profits and hinder regular operation.

Odor control is essential even in areas without formal regulations. It’s no secret that cannabis is incredibly aromatic, especially just before harvest and during processing. Cultivation operations that wish to portray the cannabis industry in a positive light have a responsibility to be good neighbors and minimize their impact on the surrounding community, including in terms of smells.

In response to the growth of the cannabis market , cultivators are ramping up their production and growing more than ever before. Increased production necessitates more effective odor control solutions, such as innovative uses of chlorine dioxide.

The Science Behind Chlorine Dioxide Uses

Chlorine dioxide, or CIO2 , has been trusted to mitigate odors in many industries for decades. It is such a widespread cleaning and deodorizing agent that many of us take it for granted. How, exactly, does ClO2 work?

How Chlorine Dioxide for Odor Removal Works

Chlorine dioxide is a powerful oxidizer . It works to transfer electrons between reactors, creating new compounds or, in the case of chlorine dioxide for odor control, neutralizing the odor-causing molecules.

The Benefits of Using Chlorine Dioxide Smell Removal in Cannabis Grows

Chlorine dioxide is undeniably a powerful odor remover. Why is it the best choice for cannabis cultivation?

Chlorine Dioxide and Terpenes: Ensuring Odor Control Without Sacrificing Aroma Quality

As mentioned in the introduction, aromas are one of the factors that consumers care most about when purchasing cannabis products. However, those same odors make it difficult for cannabis cultivation facilities to maintain compliance. To grow high-quality cannabis, cultivators must maximize their flower's aroma while minimizing the odors that escape their grow facility.

Terpenes are the compounds responsible for the signature scent of cannabis. Despite their strong smell, they are relatively easily damaged by physical and chemical interference, necessitating an odor control solution that is both powerful and gentle. Chlorine dioxide fits the bill.

Chlorine dioxide is safe for people and plants at low levels and can effectively control odors in the air without harming the delicate terpene balance present in high-quality cannabis flower. It’s a tiny molecule , which means it can permeate even the hardest-to-clean areas of a grow room and neutralize a vast array of odor-causing compounds.

Additionally, chlorine dioxide isn’t just an odor-control agent; it can also be used to sanitize air and surfaces, allowing cultivators to grow healthier cannabis and minimize the smells that cannabis produces.

Innovative chlorine dioxide applications make it even more effective at removing cannabis smells. Chorus leverages a precision-controlled, continuous release of ultra-low levels of chlorine dioxide in its Chorus Gro system to help cannabis cultivators minimize odors and remain compliant.

Compliance Considerations in Meeting Odor Control Regulations

Compliance with local, state, and federal regulations is essential for any cannabis company hoping to make its mark on the industry. Compliance with odor regulations is notoriously difficult and can attract fines that quickly snowball. For cannabis companies seeking a safe, effective, sustainable, and affordable option for cannabis odor control, chlorine dioxide is the answer.

Chorus: Revolutionizing Odor Control in Cannabis Cultivation

Chorus is leading the way in odor control for cannabis cultivation. Chorus Gro™ devices allow cultivators to minimize odors throughout the entire grow cycle with a novel approach to chlorine dioxide application. To learn how to get Chorus Gro™ for your cultivation facility, contact Chorus today .

What is Chlorine Dioxide Used For?

Thu, 09 Jan 2025 15:46:40 GMT

Chlorine dioxide, or CIO2, is a common chemical with applications in countless industries. It’s so well-established as a disinfectant agent, however, that it’s often easy to overlook the full potential of this trusted, versatile chemical.

As a forward-thinking company that utilizes chlorine dioxide in our flagship product, Chorus is well-acquainted with the many benefits and applications of CIO2. Continue reading to explore what chlorine dioxide is currently used for and the innovative new uses that industry leaders are pioneering.

The Science Behind Chlorine Dioxide Uses: Why Industries Rely on This Solution

What, precisely, is chlorine dioxide? CIO2 is a chemical closely related to chlorine. It is prepared onsite as a liquid or aerosol.

CIO2 is known for its powerful disinfectant properties . It is an oxidizer that penetrates the cell walls of microorganisms and neutralizes them, making it excellent for pathogen control.

Chlorine dioxide is one of the most widely used disinfectants and has many benefits assanitizing agent :

Efficacious in very low concentrations
Extremely cost-effective
Small molecules effectively disinfect hard-to-reach areas
Most microorganisms do not seem to build up a tolerance to chlorine dioxide
Negligible effect on the finished product in agriculture, food storage, and water treatment

The Role of Chlorine Dioxide Use in Environmental and Water Treatment

Perhaps the most well-known application of chlorine dioxide is in its role as a water treatment option . CIO2 is commonly used to clean and disinfect water, ensuring it is safe to drink and bathe in. Chlorine dioxide disinfection has been trusted for decades, and its safety and efficacy here is well-proven.

Chlorine Dioxide Uses in Industrial and Commercial Settings

Providing consumers with clean, safe water isn’t the only application of chlorine dioxide. It is trusted in several other applications and industries, including food safety, and healthcare, and pathogen prevention in cultivation facilities.

Chlorine Dioxide Benefits in Food Processing and Packaging

Chlorine dioxide is an excellent option for ensuring food safety and cleanliness in food preparation, packaging, and storage areas.

Fresh food, especially produce, needs protection from pathogens as it travels from farms to grocery stores and consumers. Chlorine dioxide can help disinfect produce after harvest and as it is being prepared to reduce harmful bacteria. The continued application of chlorine dioxide may also help keep produce fresher for longer, protecting consumers and reducing food waste .

Chlorine Dioxide Uses in Healthcare: Benefits for Sanitation and Infection Control

CIO2 is also an excellent tool for keeping people healthy in medical settings. Maintaining a clean environment is essential for pathogen prevention, reducing the spread of bacteria in healthcare environments, improving patient outcomes, and keeping medical workers safe.

For years, chlorine dioxide has been a trusted disinfectant in healthcare settings. It is routinely used to maintain hospital water cleanliness , disinfect surfaces, and sanitize tools.

Does Chlorine Dioxide Kill Mold? A Powerful Solution for Molds and Mildews:

Chlorine dioxide has also been shown to reduce the bacteria that lead to mold and mildew in many applications.

CIO2 can be used in several different ways to control mold and mildew. Cleaning surfaces with chlorine dioxide, either as a gas or as a liquid, can address mold and mildew, in some cases, inhibit their return. Chlorine dioxide gas can also be used to clean the air, preventing mold and mildew from spreading and even keeping them from appearing in the first place.

The mold- and mildew-inhibiting properties of chlorine dioxide are hugely beneficial in several applications, including indoor agriculture and food storage.

Chlorine Dioxide Benefits for Improved Air and Surface Quality

As mentioned, careful application of chlorine dioxide in the air has many potential benefits: decreased food waste, healthier indoor environments, healthier indoor-grown plants, higher-quality crops, larger yields, and increased worker safety, to name a few. Using chlorine dioxide gas to sanitize indoor environments also has the added benefit of odor control for fresher air inside and outside commercial cultivation facilities.

Is Chlorine Dioxide Safe for Odor Removal?

As it can clean the air, CIO2 is excellent for odor control , presenting an incredible benefit for indoor cultivation of aromatic plants like cannabis . Chlorine dioxide can simultaneously be used to control the spread of pathogens, ensure healthier plants, and remove cannabis smell in your cannabis grow room.

Future-Facing Industries Are Embracing Chlorine Dioxide Benefits

Though CIO2 has been used as a disinfectant for decades, dispensing chlorine dioxide in the air has long been imprecise and accessible only with the help of professionals. Innovative companies like Chorus are opening access to convenient air sanitization technology.

Don't settle for ordinary air quality. Discover the transformative power of chlorine dioxide in your most important indoor spaces by contacting Chorus here .

Can Chlorine Dioxide Keep Pathogens Under Control?

Wed, 18 Dec 2024 18:44:17 GMT

As the cannabis industry grows , new opportunities for cultivators proliferate. Despite the increase in demand, the cannabis cultivation industry still faces challenges. Over the years, cannabis cultivators have seen a rise in pathogens affecting their crops.

The Growing Importance of Pathogen Control in Cannabis Cultivation

Recent widespread outbreaks of plant pathogens in cannabis cultivation facilities have decimated crops across the country, demonstrating just how disruptive pathogens can be to individual cultivator profits and the cannabis industry as a whole.

Seedlings and clones can spread these pathogens and diseases, but cannabis pathogens remain a threat throughout the entire cultivation cycle and can develop at any time from pre-planting to post-harvest. As demand for cannabis products continues to grow and the industry becomes more interconnected, the threat of pathogens will only become more pronounced.

With these factors in mind, more and more cannabis cultivators are coming to acknowledge that pathogen control should be one of their top priorities.

Powdery Mildew, Botrytis, and Aspergillus: Understanding the Most Common Cannabis Pathogens

Just like any crop, cannabis plants are susceptible to a vast number of different diseases and pathogens . Indoor grows, especially, are vulnerable to pathogens due to the ambient growing conditions. Powdery mildew, botrytis, and aspergillus are three of the most common and potentially destructive pathogens that cannabis plants are prone to.

Powdery Mildew on Cannabis

Powdery mildew presents precisely as it sounds: it typically appears as a fine powder on the fan leaves and stalks of cannabis plants.

Though powdery mildew on cannabis typically doesn’t kill the plants, it can significantly decrease the yield and overall quality of the flower that infected plants produce. Powdery mildew spores can also cause cannabis products to fail mold testing and, therefore, cannot be sold.

The most significant problems with powdery mildew are how common it is, how easily it spreads in unprotected grow rooms, and how difficult it is to control using conventional methods. Managing mildew on cannabis requires pathogen control methods using protocols like chlorine dioxide disinfection.

Botrytis in Cannabis Cultivation

Botrytis is also known as bud rot or gray mold . As the colloquial name implies, it primarily affects the inflorescences, or flowers, of cannabis plants. It can also kill seedlings outright and cause mature plants to drop leaves.

Bud rot is a significant threat to cannabis cultivators as it can cause the rapid loss of an entire crop. Worse, it often strikes during flowering, just weeks before harvest. Learning how to prevent bud rot is critical to minimize the damage this pathogen can cause.

Aspergillus on Cannabis Plants

Aspergillus is a widespread genus of mold found in many environments. Most types of aspergillus are harmless, but some can have profound negative health impacts. These harms are compounded when aspergillus is inhaled — or smoked — and most strongly affect people with compromised immune systems.

Because of the potential harm to both consumers and those who work in cultivation centers, aspergillus is one of the most crucial cannabis pathogens to control.

Current Approaches to Pathogen Control: Evaluating the Pros and Cons

Cannabis cultivators have developed several techniques to attempt to control pathogens during the growing cycle and after harvest.

Managing Growing Conditions: Controlling temperature, humidity, and airflow can help create a less hospitable environment for some pathogens. However, many pathogens thrive in the same environment that cannabis plants prefer, so this approach can only do so much.
Maintaining Proper Sanitation Procedures: Ensuring clean practices during the growing process, like entry/exit procedures for workers and regular sanitization of tools and equipment, can help reduce the spread of certain pathogens. However, many plant pathogens also spread through the air.
Treatment With Microbial Products During the Growth Cycle: Treating plants, water, and soil with antimicrobial and antifungal chemicals introduces high levels of chemicals, is sometimes ineffective , and often affects the taste and terpene profile of finished products.
Post-Harvest Remediation: Many cultivators choose to remediate their flower after harvest as a matter of course to minimize the mold and pathogens present in finished products. However, this shouldn’t be considered a go-to solution; methods like irradiation, heat exposure, and chemical treatments often harm the terpene profiles, cannabinoid levels, and consumer-reported taste and effects of cannabis products.

Chlorine Dioxide: A Proven Antimicrobial Agent Used in Various Industries

It’s clear that cannabis cultivators need a new, more effective, and less disruptive method to control pathogens.

Chlorine dioxide (CIO2) provides a solution.

The same chemical that helps keep drinking water clean and potable has demonstrated safety in various applications, from surface cleaning to equipment sanitization . Cannabis cultivators have trusted chlorine dioxide, or CIO2, in their grow rooms for years, but the actual application of these chemicals has always been imprecise and extremely expensive.

The Science Behind Chlorine Dioxide: How it Works to Neutralize Pathogens

Chlorine dioxide kills various pathogens, including those most common in agricultural and cultivation settings. It works via oxidation , penetrating the cell walls of pathogen-causing microbes and neutralizing them.

CIO2 is a tiny molecule that, in a gaseous state, evenly fills its environment. These properties enable it to penetrate every crevice of grow rooms for exceptionally thorough sanitization. Because of its small molecule size and even distribution, CIO2 is also effective at much lower concentrations than other airborne sanitization compounds.

Chlorine dioxide is an exceptionally gentle, non-corrosive disinfectant effective against many pathogens, diseases, and microbes. Additionally, unlike other fungicidal and antimicrobial chemicals, crop-killing pathogens and diseases cannot build up a tolerance to chlorine dioxide, making it an ideal choice for cannabis cultivation.

Learn more about how Chorus is applying a smarter approach to chlorine dioxide for cannabis cultivation by clicking here .

Chorus Unveils Next-Gen Technology to Elevate Indoor Agriculture

Tue, 03 Dec 2024 14:00:08 GMT

Powered by Chlorine Dioxide, Chorus Gro™ Delivers Improved Air Quality with the World’s First On-Demand, Ultra-Low-Dose Generator and Integrated Sensor System

December 3, 2024 – Marlborough, MA – Chorus, an innovative technology start-up pioneering a new approach to pathogen control, today announced the launch of its first product, Chorus Gro™ . Tailored specifically for the needs of indoor agriculture facilities, Chorus Gro™ offers a state-of-the-art solution to improve air quality, control odors, and provide data insights, all while ensuring a healthy environment for plants, equipment, and personnel.

The patented Chorus Gro™ system represents a breakthrough in indoor ag technology. Equipped with a smart, closed-loop system, it generates controlled doses of chlorine dioxide (ClO₂) on demand, with real-time monitoring and adjustments made through integrated sensors and user-facing web and mobile applications. This innovative system not only helps improve air quality in grow rooms but also addresses challenging-to-reach spots, such as HVAC ducting and lighting fixtures, ensuring comprehensive management throughout facilities.

“Chorus Gro™ is designed with the grower in mind,” said Ray DeSabato, CEO of Chorus. “By harnessing the power of chlorine dioxide at gentle doses, we are empowering operators to create cleaner, healthier grow environments with ease and precision.”

Key Features of the Chorus Gro™ System:

Precision Air Quality & Odor Control : Maintains optimal air quality and controls odors across facilities.
Smart Monitoring & Data Insights : Provides real-time data and system control via Chorus Go web and mobile apps.
User-Friendly & Scalable : Supports room volumes ranging from 500 to 30,000 ft³ with a single unit while multiple units can be used for larger spaces.
Non-Corrosive & Gentle for Plants : Generates chlorine dioxide at levels compliant with OSHA guidelines, ensuring gentle levels for plants, equipment, and surfaces without causing corrosion.

The launch of Chorus Gro™ marks a significant step forward in indoor ag grow practices. By combining cutting-edge technology with the natural oxidative action of chlorine dioxide, Chorus aims to empower growers to maintain high standards of cleanliness and control in their operations.

For more information on the Chorus Gro™ System, visit: https://www.meetchorus.com/

About Chorus

Contact:

Kelsey Ganon
Marketing Communications Director
kganon@meetchorus.com

Chorus Welcomes Kelsey Ganon as Marketing Communications Director

Tue, 29 Oct 2024 21:38:38 GMT

Marlborough, MA – October 29, 2024 – Chorus is excited to announce the appointment of Kelsey Ganon as its new Marketing Communications Director. With extensive experience in strategic marketing, branding, and communications, Kelsey brings a wealth of expertise that will be instrumental in driving Chorus’s marketing initiatives, product launches, and brand presence.

Kelsey joins Chorus from Cambridge Consultants, where she served as Principal Marketing Manager for North America. In this role, she successfully established the company’s first regional marketing communications program, collaborating with C-suite leaders and industry partners to enhance brand awareness and support go-to-market strategies for a priority growth region. Her leadership resulted in the creation of multiple integrated marketing campaigns and a significant corporate rebranding effort.

“Bringing Kelsey on board marks a pivotal moment for Chorus as we plan to launch our first products into the marketplace,” said Ray DeSabato, CEO of Chorus. “Her proven track record in go-to-market planning and execution will help us connect with our audience and drive growth.”

Kelsey’s previous experience includes managing PR and communications strategies at Walker Sands and Porter Novelli, two prominent agencies in Boston, MA. She led campaigns across various sectors, enhancing client media relations and securing numerous media placements. Her ability to develop compelling narratives and content will be invaluable as Chorus continues to innovate and push boundaries in the tech landscape.

A graduate of Emerson College, Kelsey earned her bachelor’s degree in marketing communications, graduating summa cum laude. Her background in psychology further complements her marketing acumen, enabling her to understand and engage audiences more deeply.

“I am thrilled to join the talented team at Chorus,” said Kelsey. “I look forward to leveraging my experience to enhance our marketing efforts and help propel Chorus to new heights, as we seek to develop innovative technologies that ensure healthier indoor spaces for plants, people, and planet.”

Kelsey will be based at Chorus’s headquarters in Marlborough, MA, and will oversee all marketing communications, branding, and public relations efforts.

About Chorus

chorus

Chorus Appoints Guy Breier as Head of Manufacturing and Supply Chain

Experienced Operations Leader Joins Chorus to Strengthen Manufacturing Discipline and Supply Chain Foundations

Strengthening Manufacturing and Supply Chain Foundations

Deep Experience Across Complex Hardware Systems

A Measured, Engineering-Led Fit

Focused on Execution and Quality Discipline

About Chorus

Smarter Air Quality for Controlled Environment Agriculture

Why Air Quality Matters More Than Ever

Two Paths: Filtration vs. Sanitization

Mechanical Filtration

Active Sanitization

When to Use What

The ROI Is Real

Looking Ahead: Smarter, Integrated Systems

Chorus Bolsters Cold Storage Strategy with Appointment of Industry Veteran Chris Norris

24-Year Grocery Veteran Joins Mission to Transform Food Supply Chains through Science-Backed Antimicrobial Innovation ﻿

Driving Innovation with Real-World Impact

A Science-First Approach to Cold Chain Risk

Market Focus and Growth Strategy

Yamada and Chorus Announce Production Partnership, Equity Investment

Global Manufacturing Leader Yamada Takes Strategic Stake in Chorus as Companies Announce Production Partnership, Equity Investment

About Yamada

A Partnership Built for Growth

Chlorine Dioxide and Odor Control: A Scientific Approach to Fresh Air

Why Odor Control in the Cannabis Industry Matters

The Science Behind Chlorine Dioxide Uses

How Chlorine Dioxide for Odor Removal Works

The Benefits of Using Chlorine Dioxide Smell Removal in Cannabis Grows

Chlorine Dioxide and Terpenes: Ensuring Odor Control Without Sacrificing Aroma Quality

Compliance Considerations in Meeting Odor Control Regulations

Chorus: Revolutionizing Odor Control in Cannabis Cultivation

What is Chlorine Dioxide Used For?

The Science Behind Chlorine Dioxide Uses: Why Industries Rely on This Solution

The Role of Chlorine Dioxide Use in Environmental and Water Treatment

Chlorine Dioxide Uses in Industrial and Commercial Settings

Chlorine Dioxide Benefits in Food Processing and Packaging

Chlorine Dioxide Uses in Healthcare: Benefits for Sanitation and Infection Control

Does Chlorine Dioxide Kill Mold? A Powerful Solution for Molds and Mildews:

Chlorine Dioxide Benefits for Improved Air and Surface Quality

Is Chlorine Dioxide Safe for Odor Removal?

Future-Facing Industries Are Embracing Chlorine Dioxide Benefits

Can Chlorine Dioxide Keep Pathogens Under Control?

The Growing Importance of Pathogen Control in Cannabis Cultivation

Powdery Mildew, Botrytis, and Aspergillus: Understanding the Most Common Cannabis Pathogens

Powdery Mildew on Cannabis

Botrytis in Cannabis Cultivation

Aspergillus on Cannabis Plants

Current Approaches to Pathogen Control: Evaluating the Pros and Cons

Chlorine Dioxide: A Proven Antimicrobial Agent Used in Various Industries

The Science Behind Chlorine Dioxide: How it Works to Neutralize Pathogens

Chorus Unveils Next-Gen Technology to Elevate Indoor Agriculture

Powered by Chlorine Dioxide, Chorus Gro™ Delivers Improved Air Quality with the World’s First On-Demand, Ultra-Low-Dose Generator and Integrated Sensor System

Chorus Welcomes Kelsey Ganon as Marketing Communications Director

24-Year Grocery Veteran Joins Mission to Transform Food Supply Chains through Science-Backed Antimicrobial Innovation