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How wineries can utilize the R&D tax credit

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Estimated at more than $12 billion annually, the research and development (R&D) tax credit is one of the biggest tax incentives available to businesses. The potential tax savings for wineries could be in the hundreds of thousands of dollars. However, many Californian wineries are missing out, with some completely unaware of the credit’s existence.

Wineries that fail to realize the maximum benefits of the R&D tax credit often do so because of a lack of understanding about what activities qualify as research, what expenditures qualify and what documentation is required to substantiate their claims.

Can you use this credit?

Understanding what classifies as qualified research is the starting point for any company looking to claim the credit. Eligibility can often quickly and easily be estimated by answering simple questions in the IRS’ four-part test:

1. Elimination of uncertainty. You must demonstrate that you’ve attempted to eliminate uncertainty about the development or improvement of a product or process.

2. Process of experimentation. You must demonstrate — through modeling, simulation, systematic trial and error, or other methods — that you’ve evaluated alternatives for achieving the desired result.

3. Technological in nature. The process of experimentation must rely on the hard sciences, such as engineering, physics, chemistry, biology and/or computer science.

4. Qualified purpose. The purpose of the research must be to create a new or improved product or process, resulting in increased performance, function, reliability or quality.

Documenting activities and expenses

Eligible expenses for the R&D tax credit are wages (as reported on Form W-2, box 1), supplies used in the research process, and contractor expenses that would be eligible if the same services were performed in-house.

After identifying qualified research, it’s critical to document the activities and demonstrate a connection between your qualified activities and your eligible expenses. The importance of this documentation cannot be overstated. Accurately tracking qualified activities and their related expenses can help your company realize the full benefit of the R&D tax credit.

Your company may already be documenting its R&D efforts, in which case it may just be a matter of improving the records you keep or making adjustments to your documentation processes to ensure that you capture the records necessary to properly support the tax credit.

Examples could include project notes, lab reports, emails or other documents that help demonstrate how your activities meet the four-part test.

Using the R&D tax credit

Companies that are not currently taxable should still take advantage of the R&D tax credit, since the federal credit can be carried back one year and forward 20 years. And many state R&D tax credit programs also have lengthy carry forward provisions.

Certain elections must be made on your tax returns, and it’s much easier to collect documentation and support for credits identified and claimed contemporaneously than to look back and do so historically. Recently, the R&D credit was enhanced and made permanent.

One enhancement allows eligible small businesses to use their credits to offset the alternative minimum tax, and another allows qualified small businesses to use up to $250,000 in credits against their payroll taxes. Both enhancements are a windfall for companies and business owners who haven’t been able to use their credits in the past.

 The amount of R&D tax credit that wineries can claim will depend on many factors, but the potential tax savings make it well worth the time it takes to investigate. Companies that haven’t previously taken advantage of the credits can look back to all open tax years — typically three to four years — to claim the missed opportunity.

Slow but steady economic growth in New England states

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The New England economy has continued to move in a positive direction, according to the Federal Reserve Bank of Boston. The economy has seen consecutive yearly increases in employment as of the third quarter of 2016. These increases have been led by construction, hospitality, and information industries.

Only a year earlier in 2015, much of the region lagged the nation in terms of economic recovery. By September 2016 unemployment was as low as 2.9 percent in New Hampshire, 3.3 percent in Vermont, 3.6 percent in Massachusetts, and 4.1 percent in Maine, all lower than the national average of 5.0 percent that month.

Technology Driving Growth

Technology-related sectors are major economic drivers in New England, particularly in the R&D focused area of Massachusetts, which for generations has been renowned for the brainpower residing on its university campuses. The State Technology and Science Index from the Milken Institute once again named Massachusetts the nation’s most innovative state, continuing its strong run since 2002).

Among the region’s biggest tech-related headlines was word from Akamai Technologies that it plans to expand its corporate headquarters in Cambridge, Massachusetts. The tech company is spread across six buildings currently present, however plans to consolidate into two. In the process 700 jobs are expected to be added to the 1,666 already there. Another 400 new tech jobs are promised in Lowell, where cloud-based workforce management solutions provider Kronos plans to move its headquarters from nearby Chelmsford.

Rhode Island may be small but it gets its share of technology development, too. One of the past year’s biggest announcements involved plans by GE Digital to launch an information technology center in Providence, with the potential to create hundreds of new jobs, starting with about a hundred at the outset. The company cited strong university partnership opportunities and a healthy tech talent pipeline in making its decision.

The life sciences are historically strong in the region, led by Massachusetts. Among the developments, Siemens Healthcare Diagnostics intends to invest $300 million in an expansion of its office, warehouse, and lab space in the Massachusetts community of Walpole. As many as 400 new jobs will join the 600-plus that will be retained.

Pro-Business Initiatives

There is wide spread initiative seeking to explore a variety of ways to grow the areas economies. The state of Connecticut plans to builds upon its economic strengths with a variety of programs designed to facilitate growth. Its Small Business Express program gives small businesses access to capital and job training, and has benefited more than 1,500 companies and contributed to the creation or retention of about 22,500 jobs. Meanwhile, the First Five Plus program is designed to boost large-scale expansion or relocation projects, with a focus on generating capital investment and creating jobs. According to a recent analysis of the program, just over a dozen companies have signed up to participate, and they’ve collectively invested more than $1.3 billion in infrastructure and human capital, creating nearly 3,800 jobs.

The state of New Hampshire is making a variety of ongoing investments to boost innovation. For example, nearly 200 companies were awarded research and development tax credits in the past year. Companies of all sizes are eligible for the state’s program, which is based on qualified manufacturing research and development. And the New Hampshire Department of Resources and Economic Development recently landed federal grant money to help businesses expand their global opportunities.

Among the ways Rhode Island supports business growth is the Innovation Voucher program. A recent round of voucher funding is supporting six small companies that have entered into R&D partnerships with local universities. The recipients are involved in everything from life sciences to wind energy advancements to wireless charging of unmanned air and underwater vehicles. Also recognizing that big ideas tend to start small, the publicly financed Maine Technology Institute recently launched a new round of seed grant funding for 19 fledgling tech companies, plus several development loans and TechStart grants. Maine’s leadership offered additional signals of the state’s intent to keep moving in business-friendly directions — the governor, for example, laid out a proposal to gradually scale back Maine’s income tax until it hits zero in 2024.

Research parks increasing technology and innovation in Arkansas

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Research parks within Arkansas are the first port of call for the Little Rock Chamber of Commerce, to gauge the current ecosystem within the state. Jay Chesshir from theChamber of Commerce, stated that the Chamber of Commerce is attempting to transform the state to become a leader in the fields of technology and innovation.

The Arkansas Research and Technology Park (ARTP) adjacent to the University of Arkansas, and the Arkansas Bio science Innovation and Commercial Center at Arkansas State University are the two current science parks within the state; with a new park under construction within central Arkansas.

The ARTP used innovative techniques to nurture technology-intensive companies. It attempted to stimulate the formation of a collaborative community of companies, together with university faculty and students at Fayetteville, linked interdependently around a set of core R&D research competencies at the university.

 Growing current expertise within research parks

In a highly competitive industry, the ARTP is an example of a community that has begun to create the next generation of electronic and photonic devices for biotechnology and related areas. These areas include transportation and logistics, in which Arkansas is a leader; materials and manufacturing; database software; telecommunications; and applied sustainability. Those are areas in which the ARTP is successful in terms of grants attracted and progress toward becoming a center of excellence.

 The state’s primary knowledge community

A major advantage for the ARTP is its location in northwest Arkansas, near the main university campus. As the state’s primary knowledge community, the Fayetteville area provided valuable fuel for the innovation and technology development activities of the ARTP. Two affiliates had received the prestigious Frost and Sullivan Award for excellence in technology, and another affiliate won the Tibbetts Award for the most innovative small business. Earlier in the year, another affiliate won an R&D 100 award, which cites Washington County as one of the most innovative in the country. ARTP affiliates, he said, continue to advance the frontier of product development in many specialty areas.

In central Arkansas, a group had engaged a consultant to review activities at the University of Arkansas for Medical Sciences and the University of Arkansas at Little Rock. The question they asked was: How can we take the research and innovation that is already here and make it stronger? For so long, he said, the state had suffered from brain drain as its best and brightest young scientists, engineers, and medical researchers sought opportunities elsewhere. How, they asked, could the region take advantage of local innovative talent and turn it into jobs for the area and the state as a whole.

In 2007, this effort was rewarded when the General Assembly voted to create a research park authority, a legislative opportunity that would permit anyone in the state to create a research park and design it for sustainability. That effort had moved forward, he said, and at the end of the month, the authority was scheduled to be finalized with the city of Little Rock and its partners in central Arkansas, with the goal of beginning construction by 2012.

$1 million donated to Innovation Hub fund for student startups

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The Delta Regional Authority has donated $1 million toward the Arkansas Regional Innovation Hub’s I-Fund, a funding and training program for small businesses started by college students. The program will expand in its geographical reach and will be called the Delta I-Fund, according to the Hub.

The I-Fund was founded in 2015 as an early stage, proof-of-concept fund to train and invest in university startups in Arkansas. However, with the support of the DRA, the fund will now work with companies throughout the eight-state Delta region: Arkansas, Missouri, Illinois, Kentucky, Tennessee, Alabama, Mississippi and Louisiana.

IberiaBank, which donated $1 million to the I-Fund in the fall, also concentrates its philanthropic aims in the Delta region. The bank is headquartered in Lafayette, La. The training portion of the Delta I-Fund is based on the National Science Foundation’s I-Corps program, according to Jeff Stinson, director of entrepreneurship for the Hub.

Eight student companies were chosen to be the 2016 I-Fund group. Schools initially participating in the partnership were the University of Arkansas at Little Rock, the University of Arkansas for Medical Sciences, Arkansas State University and the University of Arkansas.

The companies were also given $5,000 upfront, once admitted to the program, and have the potential to receive up to $50,000 if they choose to apply for additional grants before the end of the school year. The additional funding is contingent on the students opening a viable company rather than keeping the idea as an academic pursuit, Stinson said.

Five of the eight companies applied for a second round of funding at $20,000 in the fall, but none of the companies have applied so far for the third round at $25,000. The next two 12-week sessions will be in the fall, offering $50,000 in potential funding for each startup. All companies accepted to the program will receive $5,000. Participants will be selected by a five-person committee, according to the Hub.

What You Need to Know About Claiming Your R&D Tax Credits in Texas

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If you are currently running your own company in Texas, you may be eligible for the Research and Development (R&D) tax credit. At Swanson Reed, we are here to help you with anything that you may need in relation to claiming this tax credit for your business. We can simplify the complex process involved in R&D tax relief by processing your claim and getting your business a rebate in less time than you would have thought possible.

R&D Tax Credits in Texas

In the state of Texas, the R&D tax credit is called the Texas Research and Development Tax Credit. Any corporations and flow-through entities can apply, and unused credit can be carried forward 20 years. Beginning with any tax returns filed after January 1, 2014, Texas taxpayers can claim the state-wide R&D tax credit to offset a portion of their franchise tax. Taxpayers may also choose to use it towards sales and use tax exemption on the purchase or lease of depreciable, tangible property, which is used in qualified research in Texas. The credit rates for the Franchise Tax Credit are 2.5% for companies who have less than 3 years of QREs and did not work through a university. The credit rate is 3.125% for those companies who have less than 3 years of QREs, but actually did work though a university. In contrast, this credit rate is 5% for companies who have 3 years of QREs, but didn’t work though a university. Finally, the rate is 6.125% for any company that has 3 years of QREs and also worked through a university. The Franchise Tax Credit for any one period, including any amounts that are carried forward, cannot surpass 50% of the franchise tax liability for that period.

Assessing Eligibility for the R&D Tax Credit

It is a common misconception that the R&D tax credit may be difficult to qualify for—but it is untrue. Our R&D Eligibility Tool is a good place to start if you think your company might be working on eligible R&D activities.. The R&D tax credit is specifically designed to reward those companies who have risked their investments by placing the importance on research and development. Such risks make this country more competitive and attractive to potential new investors. If you are not in the technological sector, there is no need to worry! Technology includes a wide range of processes, including: medicine, science, manufacturing, engineering, gaming, and architecture. If your company is working on improving a product or process, then you could be eligible for this credit.

How Swanson Reed Can Help

Our trained and friendly staff is here to help you with any potential dilemma that you run into while applying for the R&D tax credit. Once determining your eligibility, we can move onto the process of compiling your claim. Our tax advisors will help corporations, small startup companies, and any other business professionals in between. We can help make your business more profitable by reducing the tax bills that you need to pay. We will ensure that you receive your just rewards for your continued participation and dedication to innovation technologies. If you would like to learn more about claiming R&D tax credits for your business, contact us at 512-333-2076 or fill out our online form.

University of Connecticut and startup developing colon cancer vaccine

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The University of Connecticut and emerging immunotherapy company CaroGen Corp. have begun a collaboration to develop a vaccine for treatment of patients with colon cancer.

CaroGen’s proprietary technology platform will be applied to a specific target studied by UConn Health researchers Kepeng Wang, assistant professor of immunology, and Anthony T. Vella, professor and Boehringer Ingelheim Chair in Immunology.

CaroGen Corp.’s platform is a transformative virus-like vesicle (VLV) technology developed at Yale University School of Medicine and exclusively licensed by CaroGen for the development and commercialization of immunotherapies worldwide.

Colon cancer is the second leading cause of cancer-related deaths in the United States. It is expected to cause over 49,000 deaths during 2016, and the risk to individuals increases with age. Wang’s target, Interleukin-17 (IL-17), a pleiotropic pro inflammatory cytokine, can promote cancer-elicited inflammation and prevent cancer cells from immune surveillance.

The company will have the right to exclusively license intellectual property developed by UConn through this collaboration, for human and animal health use.

The company is one of 21 biotech startups now housed at the Technology Incubator Program (TIP) on the UConn Health campus in Farmington, which helps develop new biotechnology concepts into businesses. CaroGen is leveraging the resources of the program to develop a portfolio of immunotherapies, with a lead program in chronic hepatitis B viral infection in collaboration with researchers from Yale University School of Medicine and Albany Medical College.

It is also working on the development of VLV immunotherapies against C. difficile bacterial infection in collaboration with Kamal Khanna, assistant professor of immunology at UConn Health, and a vaccine against the Zika virus with Paulo Verardi, associate professor of pathology at UConn Storrs.

“CaroGen is proving to be both a scientific and entrepreneurial leader in Connecticut,” said Dr. Jeff Seemann, UConn’s vice president for research. “Dr. Almassian has led multiple efforts to apply the CaroGen technology in collaborations with UConn researchers where critical and urgent health care needs exist. We are very excited about this latest endeavor, which we believe will yield significant therapeutic and commercial opportunities through the combined expertise of UConn Health’s Department of Immunology and CaroGen.”

UConn’s Technology Incubator Program is a key component of BioScience Connecticut, the state’s initiative to position Connecticut to be a leader in bioscience research, boost the economy, and improve residents’ access to world-class medicine.

Connecticut Innovations invests $1.5M in Fintech Company

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Connecticut Innovations (CI) announced it has invested $1.5 million in Dream Payments, a fintech company that provides a cloud-based mobile payment platform for merchants and financial institutions. CI stated that the $1.5 million investment will help to further fuel the growth of Dream’s market share and accelerate the company’s entry into the United States.

Speaking about the investment, Matt McCooe, CEO of CI, stated:

“CI is excited to close this deal with the top investment award winner of VentureClash. This company has a strong leadership team and we look forward to supporting the company’s expansion in the U.S. market.”

Dream Payments stated it currently has a solid foothold in Canada in the payments-processing space and looks to expand its operations into the U.S. The company is also planning to create up to 10 employee positions in Connecticut with this investment and will look to add a business development professional to help assist with its U.S. growth plans. Brent Ho-Young, CEO of Dream Payments, added:

“The U.S. market is experiencing a major shift toward mobile commerce creating dramatic demand for Dream’s platform. We are thrilled to enter the U.S. market with the support of the State of Connecticut, which provides us strategic advantages in terms of proximity to our customers and partners such as CI, and access to a rich pool of specialized talent.”

How Kansas City’s accelerators are fueling innovation

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Area leaders are evaluating the impact accelerators have on Kansas city’s entrepreneurial community. Since 2014, the Kansas City-based Sprint Accelerators was powered by Techstars, a global accelerator and investment firm. In 2017, these two powerhouses will divide to create an independent organizations. Techstars will focus in Kansas City, with Sprint Accelerators focusing on corporate innovation with both Dairy Farmers of America and Virgin Mobile.

 

Techstars Kansas City

World traveler and entrepreneurial advocate Lesa Mitchell began in January as Techstars KC’s managing director. Mitchell is a Kansas City native but plans to use her network from all over the world to put local entrepreneurs on the map.

Mitchell said that it has been easy to engage people thus far, thanks to the attractiveness of Kansas City’s entrepreneurial ecosystem. She added that the connections made through Techstars will create a ripple effect in the city. But, she warned that we shouldn’t just meet up to meet up — we have to meet up with a purpose.

 

Mitchell is particularly interested in recruiting companies that dis-intermediate a market. She is also looking for diverse founders and those who believe in social impact.

Applications are now open and entrepreneurs are encouraged to apply.

Sprint Accelerator and Dairy Farmers of America

When the Dairy Farmers of America decided to come on board as a partner with the Sprint Accelerator, the large corporation — which produces one-third of all milk products in the United States — wasn’t sure what to expect.

However, the firm plans to drive new innovations in DFA’s logistics chain and learn how to better use data. The firm hopes to learn a thing or two from the entrepreneurs who are selected to the Sprint Accelerator 2017 cohort.

Sprint Accelerator manager Doug Dresslaer said that before the firms begin the 90-day program, they will establish three goals that they want to accomplish. Dresslaer hopes that each company will establish a working relationship with a corporate partner by the end of the program. Unlike the Sprint Accelerator in years past, the 2017 program will not make a financial investment in participating startups.

One of the main goals of the Sprint Accelerators is to encourage corporations to get more involved in the local startup scene. Dresslaer is thankful that Sprint has given them the opportunity to impact entrepreneurship in the city.

The Lean Lab

The Lean Lab is an education innovation incubator. Established three years ago, co-founder Katie Boody a former teacher and Teach for America alum,  realized that teachers do not have the tools needed to prepare students for the modern world. She’s particularly excited to see the incubator improve local education.

The Lean Lab invested $100,000 in five teams last year, thanks to KC Social Innovation, Village Capital and the City of Kansas City, Mo. 2016 was the first year that the incubator recruited nationally and Boody said the Lean Lab will continue that in 2017.

R&D program seeks to reduce methane emissions

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The emission of methane from oil and gas operations has become the topic of considerable debate of late. It largely contributes to greenhouse gas emission and potentially contributes to global warming over 20 times that of carbon dioxide. In addition to being a major contributor to green house gas emission, it is considered to have quite a substantial value. Annual methane emissions globally from oil and gas industries, are equivalent to $10-$23 billion worth of natural gas lost to the atmosphere.

In 2010, offshore production of oil and natural gas made up 9% of methane emissions from the US production sector and 6% of total methane emissions, accounting for 41% of total methane emissions in the petroleum sector. The emissions come from a number of different sources, including drilling and production platforms, service fleets and pipelines (both offshore and onshore).

In response to the growing debate in the US, the Environmental Protection Agency (EPA) issued the first-ever standards to cut methane emissions from the oil and gas sector in May 2016. The standards, and associated regulations, are predicted to reduce 510,000 short tons of methane by 2025.

At the same time, an Interagency Methane Strategy was initiated by the Obama administration under the Climate Action Plan. The US Department of Energy (DOE) was enlisted to “continue to conduct research and analysis to help improve our ability to measure methane emissions and advance technologies and practices that will enable cost-effective emissions reductions”.

The result was the September 2016 announcement by DOE of a natural gas infrastructure R&D program to enhance operational efficiency while reducing emissions. $13 million of total program funding will be awarded to 12 multi-year research projects. This new initiative by the Office of Fossil Energy builds upon the President’s Climate Action Plan Strategy to Reduce Methane Emissions.

Colorado Projects

Colorado State University (Fort Collins, Colorado).

The University of Colorado and AECOM will:

  1. Develop nationally-representative, activity-weighted, emission factors for each type of principal equipment located at typical gathering compressor stations suitable for use in EPA’s GHGI;
  2. Develop estimates of episodic emissions; and
  3. Test new methods to characterize intermittent device emissions.

The primary objectives include conducting a field measurement campaign, consolidating and publishing measurement results, developing a national model of gathering operations, and publishing a national model of methane emissions, including activity-weighted emission factors.

University of Colorado Boulder (Boulder, Colorado).

University of Colorado Boulder, along with NIST, University of California-Davis, and Scientific Aviation, will collect ground-based regional scale measurements and aircraft measurements in order to estimate emissions across the underground storage sector. The project will consist of multi-month deployments of a ground based dual frequency comb spectrometer in conjunction with multiple, focused aircraft mass balance flights at oil and natural gas storage facilities.

 

Effectiveness of Tax Credit for Research and Development

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As tax season approaches, you may be thinking about how you can best maximize the efficiency of both your personal filing as well as any business-related filings, including research and development. Of course, if you are like a lot of people, you might not be thinking too far in advance about your tax filings—you might even be avoiding thinking about it! Gathering receipts and paperwork and trying to find as many tax credits as possible to take advantage of might not be how you like to spend your time; however, taking advantage of research and development tax credits, for one, can make a big impact on your business, and it can open up new opportunities for you going forward.

How Can a Research and Development Tax Credit Benefit You?

Some people are under the impression that the time and effort it takes to apply for a tax cre
dit isn’t worth the return. While it is true that you will have to keep track of certain expenditures and paperwork, it is definitely worth your time. If you or your business are involved in research and development, you could be eligible for a tax credit that may enable you to purchase better equipment, hire a research assistant, and invest more into the process. The better your research and development process, the better the outcome, so accessing that credit can be invaluable for your company.

What Can You Receive Credit For?

So how can you access the research and development tax credit? What parts of your work are eligible for claiming? There are several types of expenditures related to research and development that you can claim for tax credit. Your best bet is to talk to a financial expert who specializes in tax claims to help you fully understand the criteria—remember, these processes are always simpler when you are working with someone who has knowledge and expertise in the area. In the meantime, simply keep receipts and documentation related to any research and development expenditures. Keep track of any equipment purchased, services or fees paid for, specialists hired, paperwork or application fees paid, and any time you spend money on research and development. All of these items may be eligible for credit.

What Steps Do You Need to Take to Claim?

The first step in claiming research and development tax credits is to set up a free consultation with our team at Swanson Reed who can walk you through the process. Present them with your receipts and documentation, and from there, they will be able to advise you on what you can claim. Claims will be made as part of your normal tax filings.

 

You can also ask Swanson Reed about how TaxTrex could work for you. TaxTrex is a software system designed specifically to help companies substantiate their R&D tax credit claim through accurate data and documentation keeping. Research and development tax credits can free up capital to further invest into your company or venture and improve the outcome of your research and development.