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# Lemna Environmental Technologies

Treating Your Water Right

## Sitemaps

- [XML Sitemap](https://www.lemna.com/sitemap.xml): Contains all public & indexable URLs for this website.

## Posts

- [What are Effluent Guidelines?](https://www.lemna.com/what-are-effluent-guidelines/) - EPA effluent guidelines are standards developed for direct and indirect dischargers to reduce the discharge of regulated pollutants into receiving waters.
- [Biden-Harris Administration Launches EPA-USDA Partnership to Provide Wastewater Sanitation to Underserved Rural Communities](https://www.lemna.com/biden-harris-administration-launches-epa-usda-partnership-to-provide-wastewater-sanitation-to-underserved-rural-communities/) - Historic Funding from President Biden’s Bipartisan Infrastructure Law Will Help Address Lack of Basic Wastewater Infrastructure in Rural America
- [What is a Sludge Blanket?](https://www.lemna.com/what-is-a-sludge-blanket/) - What is a sludge blanket? How does it work and what is its purpose in wastewater treatment?
- [Microbial predators can affect wastewater bacteria with changing seasons](https://www.lemna.com/microbial-predators-can-affect-wastewater-bacteria-with-changing-seasons/) - New research looks into how seasonal changes affect microbial communities in wastewater treatment, finding that temperature variations directly influence the microbial communities’ predators.
- [What is a wastewater treatment lagoon?](https://www.lemna.com/what-is-a-wastewater-treatment-lagoon/) - The basics of wastewater treatment lagoons, why they are used, and how to maintain them.
- [50 Years of the Clean Water Act](https://www.lemna.com/50-years-of-the-clean-water-act/) - On October 18, 1972, Public Law 92-500, better known as the Clean Water Act (CWA), was approved and passed by the 92nd Congress. A look at how the landmark law changed the water industry.
- [New Study Reveals Global Reservoirs Are Becoming Emptier](https://www.lemna.com/the-race-to-recycle-and-reuse-wastewater/) - Using satellite data from more than 7,000 global reservoirs, Texas A&M researchers found that while total storage capacity has increased, the filling rate is lower than expected.
- [Minnesota's PFAS removal in wastewater could cost $21B over 20 years](https://www.lemna.com/minnesotas-pfas-removal-in-wastewater-could-cost-21b-over-20-years/) - A report published by the Minnesota Pollution Control Agency finds that the removal and destruction of PFAS from certain wastewater streams in the state could cost $14-28 billion over 20 years.
- [Nontoxic powder uses sunlight to quickly disinfect contaminated drinking water](https://www.lemna.com/nontoxic-powder-uses-sunlight-to-quickly-disinfect-contaminated-drinking-water/) - Stanford University scientists have invented a low-cost, recyclable powder that kills thousands of waterborne bacteria per second when exposed to ordinary sunlight.
- [Colorado to reuse water for drinking, creating new supply](https://www.lemna.com/2073-2/) - Brewing beer, cooking food, and refilling water bottles with recycled wastewater could soon become standard practice in a state that’s synonymous with its pristine-tasting snowmelt and mountain springs.
- [EPA invests $41M in technical assistance for communities’ wastewater challenges](https://www.lemna.com/epa-invests-41m-in-technical-assistance-for-communities-wastewater-challenges/) - The U.S. EPA announced that it is investing $41 million in new technical assistance funding to help rural, small, and Tribal communities address urgent wastewater challenges.
- [INVESTING IN OUR PLANET: INSIGHTS FROM EARTHDAY.ORG’S EARTH WEEK 2023](https://www.lemna.com/investing-in-our-planet-insights-from-earthday-orgs-earth-week-2023/) - Earth Day is an annual, poignant reminder of the profound impact human activity has had on the environment and the urgent need to Invest in Our Planet in order to protect our future.
- [Water Treatment Technology Market — Performance and Outlook](https://www.lemna.com/water-treatment-technology-market-performance-and-outlook/) - An overview on the performance of the market and an outlook for 2023. The results from the 2022 WWEMA Market Indicators Survey can shed some light on this. Article Tom Houska
- [Researching Improvements for Wastewater Lagoons in Small, Rural and Tribal Communities](https://www.lemna.com/researching-improvements-for-wastewater-lagoons-in-small-rural-and-tribal-communities/) - When people in the U.S. flush their toilets, their water and waste can go to different types of systems for treatment. Depending on where you live, this could mean your waste goes to a septic tank near your home, a wastewater treatment facility, or a lagoon.
- [EPA Allocates $776M in Clean Water Revolving Funds](https://www.lemna.com/epa-allocates-776m-in-clean-water-revolving-funds/) - The U.S. Environmental Protection Agency has released $775.8 million for Clean Water State Revolving Funds to help finance upgrades for wastewater treatment infrastructure around the country.
- [Research develops light-based techniques to identify bacteria in fluids](https://www.lemna.com/research-develops-light-based-techniques-to-identify-bacteria-in-fluids/) - A new study adapted inkjet printer technology and combined it with machine learning to develop a rapid and affordable method of identifying both the quantity and types of bacteria in fluids like wastewater or blood.
- [U.S. EPA Updating Slaughterhouse Wastewater Rules For First Time In 20 Years](https://www.lemna.com/u-s-epa-updating-slaughterhouse-wastewater-rules-for-first-time-in-20-years/) - In the latest development from a U.S. EPA administration that is cracking down on industrial wastewater regulations, the agency is expected to revisit its rules for livestock processing operations for the first time in decades.
- [Toilet paper a source of PFAS in wastewater, study finds](https://www.lemna.com/toilet-paper-a-source-of-pfas-in-wastewater-study-finds/) - Research estimates that toilet paper contributed about 4% of the total 6:2 disubstituted polyfluoroalkyl phosphates in sewage in the U.S. and Canada.
- [Algae Could Be The Solution To Abandoned Mine Wastewater Problems](https://www.lemna.com/algae-could-be-the-solution-to-abandoned-mine-wastewater-problems/) - A group of enterprising researchers have come up with a way to turn one of the world’s biggest wastewater issues into a new positive for environmental health.
- [EPA allocates $2.4B for 2023 Clean Water State Revolving Fund](https://www.lemna.com/epa-allocates-2-4b-for-2023-clean-water-state-revolving-fund/) - The U.S. EPA has announced over $2.4 billion from the Bipartisan Infrastructure Law through this year’s Clean Water State Revolving Fund (CWSRF).
- [Cleaner Wastewater Makes For Healthier Rivers](https://www.lemna.com/cleaner-wastewater-makes-for-healthier-rivers/) - Have you ever thought about where your waste goes? For people living in cities, it goes to a treatment plant. However, treated wastewater ultimately finds its way into a local waterway. Have you ever thought about where your waste goes? For people living in cities, it goes to a treatment plant. However, treated wastewater ultimately finds its way into a local waterway.
- [4 Reasons to Upgrade Aeration in Wastewater Treatment](https://www.lemna.com/4-reasons-to-upgrade-aeration-in-wastewater-treatment/) - Why aeration in wastewater treatment is important, how modernizing technologies can lead to better results, and a walkthrough of some of the modern technologies for wastewater aeration.
- [EPA Awards Nearly $2M in Research and Issues Action Plan to Help Small Communities Protect Public Health and Increase Access to Clean Water](https://www.lemna.com/epa-awards-nearly-2m-in-research-and-issues-action-plan-to-help-small-communities-protect-public-health-and-increase-access-to-clean-water/) - EPA Awards Nearly $2M in Research and Issues Action Plan to Help Small Communities Protect Public Health and Increase Access to Clean Water
- [FAA Airport Grants Available for Wildlife Hazard Mitigation](https://www.lemna.com/industry-event-lemna/) - As part of the Federal Aviation Association's (FAA) Wildlife Hazard Mitigation Program, which has been in place for over 50 years and focuses on mitigating hazards, grant monies are available for qualifying activities at General Aviation (GA) airports.
- [Eight Trends to Watch in 2018](https://www.lemna.com/eight-trends-to-watch-in-2018/) - This past year was an interesting year for water: we saw an uptick in mergers and acquisitions (M&A), more fallout from Flint, a focus on smarter water technologies, lack of government investment in water, and an increasing number of weather events impacting on water infrastructure.
- [Succession Planning in the Wastewater Industry](https://www.lemna.com/succession-planning-in-the-wastewater-industry/) - While succession planning is a common topic in the industry, not very many people outside of it know that it’s a problem. We often hear about global warming, dwindling resources, and corporate ownership, but succession planning isn’t as hot a media topic.
- [Identifying and Responding to Problems Treating Wastewater](https://www.lemna.com/identifying-and-responding-to-problems-treating-wastewater/) - Wastewater treatment using lagoons is widespread in certain areas. The lagoon treatment process usually works well for wastewater treatment in some regions, but the regulated lagoon effluent quality is not always met.
- [Cover System Helps Optimize Wastewater Treatment in Cold Climates](https://www.lemna.com/cover-system-helps-optimize-wastewater-treatment-in-cold-climates/) - Cold climates present serious difficulties for biological wastewater treatment. Falling temperatures produce lowered biological activity in lagoons, which results in lower BOD removal rates.
- [Polished to Perfection](https://www.lemna.com/polished-to-perfection/) - The three-cell, 6-acre aerated lagoon at the Remsen (Iowa) Wastewater Treatment Plant could not meet new ammonia permit levels of less than 4 mg/l in winter and 2 mg/l in summer.
- [Innovative Retrofit by Lemna Environmental Technologies at Jasonville Wastewater Treatment Facility](https://www.lemna.com/innovative-retrofit-by-lemna-environmental-technologies-at-jasonville-wastewater-treatment-facility/) - Lemna Environmental Technologies, Inc. (LET) was distinguished for its "groundbreaking water infastructure design" in an American Council of Engineering Companies (ACEC) Magazine article, published in their March/April 2006 issue.
- [Improving Cold Temperature Nitrification Using Insulated Covers](https://www.lemna.com/improving-cold-temperature-nitrification-using-insulated-covers/) - In January 2007, the town of Troy, New Hampshire completed a lagoon upgrade designed to meet ammonia nitrogen limits imposed in their reissued NPDES discharge permit.

## Pages

- [Home](https://www.lemna.com/) - Lemna Environmental Technologies is the leading provider of innovative design and affordable lagoonwastewater solutions for municipal and industrial clients.
- [Events](https://www.lemna.com/events/)
- [Markets Overview](https://www.lemna.com/about/markets-overview/)
- [Products](https://www.lemna.com/products/) - LET delivers a full line of products and services to meet municipal and wastewater treatment needs whether it’s upgrading existing facilities or planning new construction. Our products are tailored for a wide range of applications and designed to perform in the most trying environments.
- [Career Opportunities](https://www.lemna.com/about/open-positions/)
- [Solutions](https://www.lemna.com/solutions/) - LET specializes in providing simple solutions for complex problems. Whether the problem is odor, algae, heat loss, gas collection, or meeting more stringent regulatory effluent limits for BOD, TSS, ammonia, phosphorus, and nitrogen, LET has a simple, effective and innovative solution.
- [About](https://www.lemna.com/about/)
- [News Articles](https://www.lemna.com/news/)
- [Brochures](https://www.lemna.com/brochures/)
- [Municipal Market](https://www.lemna.com/about/municipal-market/) - LET supports small to mid-sized municipalities with wastewater treatment products and processes that are both affordable and innovative.
- [Industrial Market](https://www.lemna.com/about/industrial-market/) - LET supports multiple industries by providing innovative wastewater treatments and processes that address critical environmental needs.
- [Circle of Innovation](https://www.lemna.com/about/circle-of-innovation/) - We are committed to continuous advancement of lagoon technologies with our "Circle of Innovation" approach that promotes new ideas and creative thinking.
- [Values](https://www.lemna.com/about/management-principles/) - Provide innovative and cost-effective wastewater treatment solutions that enable municipal and industrial clients to protect their water resources.
- [Sitemap](https://www.lemna.com/sitemap/)
- [Privacy Policy](https://www.lemna.com/privacy-policy/)
- [Search](/?s=)
- [Request Proposal](https://www.lemna.com/request-proposal/)
- [Contact](https://www.lemna.com/contact/)
- [Case Studies](https://www.lemna.com/case-studies/)
- [Milestones](https://www.lemna.com/about/milestones/) - For over 40 years, Lemna Environmental Technologies has been the trusted expert in lagoon wastewater treatment technologies and design.
- [About Lemna](https://www.lemna.com/about/about-lemna/) - Since 1983, LET has been recognized as the market experts and leader in lagoon-based wastewater treatment process technology and cover systems.
- [LinkedIn](https://www.linkedin.com/company/lemna-environmental-technologies/)
- [YouTube](https://www.youtube.com/channel/UCKhSSGFrH1PkydpUvi0S_4Q)

## Case Studies

- [Montana State Hospital](https://www.lemna.com/case-study/montana-state-hospital/) - The Hospital needed to upgrade its wastewater treatment facility to address both operational challenges and regulatory compliance requirements. As the largest state-run psychiatric hospital in Montana, the facility generates a significant volume of wastewater daily, containing a complex mix of biological and chemical contaminants. Over time, the existing treatment system became outdated and inefficient, struggling to meet the increased demand and the stricter environmental standards set by regulatory agencies.
- [Mt. Tabor Estates Wastewater Treatment Facility](https://www.lemna.com/case-study/mt-tabor-estates-wastewater-treatment-facility/) - The wastewater treatment plant within the Mt. Tabor development was initially designed for a smaller community and has been recently struggling to manage the increased wastewater from the growing number of residents. This strain on the infrastructure raised concerns about its capacity and ability to meet stricter ammonia limits.
- [Laurelville, OH Wastewater Treatment Plant](https://www.lemna.com/case-study/laurelville-oh-wastewater-treatment-plant/) - Laurelville’s wastewater treatment plant, which is owned and operated by the village, discharges treated wastewater into the nearby Brimstone Creek. Recently, their wastewater treatment plant upgrade became a top city priority due to non-compliance with EPA regulations. The 50-year-old facility had been unable to meet winter ammonia limits in the effluent and was still unable to achieve satisfactory results after several modifications including the addition of enhanced aeration and a biofilter. Additionally, the synthetic liners in the lagoons had deteriorated due to age. Another challenge the city faced was the plant was originally supposed to begin a major upgrade in late 2020 however, the pandemic delayed the process and increased costs. The city reached out to Lemna to provide a cost-effective solution for enhancing their existing facility, to accommodate projected flows as well as meet BOD, TSS and ammonia limits.
- [Elkhart, IA Wastewater Treatment Plant](https://www.lemna.com/case-study/elkhart-ia-wastewater-treatment-plant/) - Over the last 15 years Elkhart’s population has more than doubled. As a result of the growth, their wastewater lagoon system had reached its capacity. In addition, the city received a NPDES permit from the Iowa Department of Natural Resources, requiring new stringent regulations in the effluent. In contemplating solutions for its aerated lagoon system, the city explored various alternatives, all of which necessitated a significantly larger system than the current one. However, due to the system's proximity to residential areas within 300 feet, the city council strongly opposed expanding the treatment system at its current location. The city reached out to Lemna to provide a solution to their complex problem.
- [Maxwell, IA Wastewater Treatment Plant](https://www.lemna.com/case-study/maxwell-ia-wastewater-treatment-plant/) - The town of Maxwell, IA needed a new wastewater treatment plant in their community. The small community of just 859 people was faced with the decision to upgrade or replace its existing system.
- [Blairstown, IA Wastewater Treatment Plant](https://www.lemna.com/case-study/blairstown-ia-wastewater-treatment-plant/) - Nestled close to rivers and lakes, the city of Blairstown was faced with a vital decision. Their aging wastewater treatment plant was nearing the end of its useful life and was no longer able to meet the needs of the growing community. The plant was originally built in the 1950s and had been expanded and upgraded several times over the years, but it was no longer able to adequately treat the wastewater to meet state and federal environmental standards. This was a major concern for the community, as it could lead to increased pollution of the nearby Cedar River and pose a health risk to residents and wildlife. The city reached out to Lemna Environmental Technologies (LET) to provide a solution to their complex problem.
- [Dairy Processor - Wisconsin](https://www.lemna.com/case-study/poplar-bluff-mo-wastewater-treatment-plant/) - A global cheese producer in Wisconsin was embarking on a strategic initiative to accommodate the projected surge in cheese production, thereby necessitating the expansion of their wastewater management capabilities. Their existing infrastructure featured a lagoon-based system utilizing 17 floating, high-speed surface aerators across three primary lagoons, with an additional polishing lagoon. However, it became evident that this setup would prove inadequate in meeting their future demands for wastewater treatment.
- [Poplar Bluff, MO Wastewater Treatment Plant](https://www.lemna.com/case-study/poplar-bluff-mo-wastewater-treatment-plant-2/) - Poplar Bluff is a small city in Southeast Missouri. It is the county seat of Butler County and is known as "The Gateway to the Ozarks" among other names. Poplar Bluff takes its name from a bluff that overlooks the Black River. Due to its vicinity from several natural wonders, this small city boasts sparkling springs and rivers, a national forest, and state parks making it an excellent outdoor destination. Nestled close to a string of springs and rivers, this community was faced with a vital decision. They needed to improve their existing treatment plant so it could meet more rigorous effluent requirements.
- [Bloomfield, MO Wastewater Treatment Plant](https://www.lemna.com/case-study/bloomfield-mo-wastewater-treatment-plant/) - Located in the rural heartland of Missouri, the small town of Bloomfield faced a challenging decision regarding its wastewater treatment needs. With a population of around 2,400 residents, the existing treatment plant was struggling to meet increasingly stringent discharge limits on key pollutants and would soon be unable to accommodate the city's growth.
- [Consolidated Koshkonong Sanitary District](https://www.lemna.com/case-study/consolidated-koshkonong-sanitary-district/) - Koshkonong, WI is a charming and picturesque town located in Jefferson County, known for its beautiful natural landscapes and friendly community. The Consolidated Koshkonong Sanitary District was looking to upgrade their existing municipal treatment plant to bring the system into compliance with State of Wisconsin code requirements, all while staying true to their environmental values.
- [Montezuma, IN Wastewater Treatment Plant](https://www.lemna.com/case-study/montezuma-in-wastewater-treatment-plant/) - Montezuma, IN is a charming town located in Parke County, Indiana. Known for its scenic beauty and small-town charm, Montezuma is a popular destination for outdoor enthusiasts and history buffs alike. The town was recently faced with a challenge when the polishing step at their wastewater treatment plant was falling short of its nitrification performance.
- [Petro-Chemical - Ontario, Canada](https://www.lemna.com/case-study/case-study-petro-chemical-ontario-canada/) - A major Canadian employer, was facing constant complaints about problem odors when the winds shifted from a nearby upscale neighborhood.
- [Dairy Operation - New Wilmington, PA](https://www.lemna.com/case-study/case-study-dairy-operation-new-wilmington-pa/) - A dairy operation in Pennsylvania were looking for a cover on a 100' diameter tank that would control odors and operate reliably.
- [Eden Valley Institute - Loveland, CO](https://www.lemna.com/case-study/case-study-eden-valley-institute-loveland-co/) - The community was faced with the decision of upgrading or replacing its existing mechanical treatment plant to meet more strict effluent requirements.
- [American Crystal Sugar Company - East Grand Forks, MN](https://www.lemna.com/case-study/case-study-american-crystal-sugar-company-east-grand-forks-mn/) - American Crystal Sugar Company was looking for new ways to reduce air emissions, improve water quality, and reduce energy requirements.
- [Glasgow Wastewater Treatment Plant - Glasgow, MT](https://www.lemna.com/case-study/case-study-glasgow-wastewater-treatment-plant-glasgow-mt/) - The City of Glasgow, located in central Montana, was faced with more stringent effluent requirements that included Ammonia limits.
- [The City of Gering - Gering, NE](https://www.lemna.com/case-study/case-study-gering-ne/) - The City of Gering, located in central Nebraska, had a cover on its treatment lagoon system to help provide heat retention in the winter months and odor control in the summer.
- [Sierra Nevada Brewing Company - Ashville, North Carolina](https://www.lemna.com/case-study/case-study-sierra-nevada-brewing-company-ashville-north-carolina/) - The brewer was looking for new ways to achieve environmental sustainability. turned to LET to help capture gas from an anaerobic digester.
- [Kiron Wastewater Treatment Plant - Kiron, IA](https://www.lemna.com/case-study/case-study-kiron-wastewater-treatment-plant-kiron-ia/) - The City of Kiron, a small, rural community in Crawford County, IA, was faced with the decision to upgrade or replace its mechanical treatment plant.
- [Austin Straubel International Airport - Green Bay, WI](https://www.lemna.com/case-study/case-study-austin-straubel-international-airport/) - The Austin Straubel International Airport required a new cover for its storage pond, which is used for deicing and storm water retention.
- [The City of Berlin - Berlin, WI](https://www.lemna.com/case-study/the-city-of-berlin-berlin-wi/) - Two of the primary concerns when designing an anaerobic lagoon are objectionable odors and maintaining temperature in the lagoon for effective treatment.
- [Amusement Park - Missouri](https://www.lemna.com/case-study/amusement-park-missouri/) - Our client is a leader in entertainment and one of the largest employers in the region. They were bursting at the seams for 9 months of the year with tourists from all over the world. Their unique flow characteristics required a versatile system that could accommodate huge seasonal fluctuations.
- [Payette River-Idaho](https://www.lemna.com/case-study/payette-river-idaho/) - Our client is a municipality located 23 miles north of Boise, Idaho. The community is located in a valley with the Payette River running through it. The client needed to replace and upgrade its existing lagoons to meet more stringent discharge requirements.
- [Senath, MO Wastewater Treatment Plant](https://www.lemna.com/case-study/senath-wastewater-treatment-plant/) - The City of Senath, a small, rural community in Dunklin County, located in the Bootheel of the State of Missouri, was faced with upgrading its existing lagoon treatment system to accommodate higher flows and to meet more stringent effluent limits.
- [Three Forks, MT Wastewater Treatment Plant](https://www.lemna.com/case-study/three-forks-wastewater-treatment-plant/) - The City of Three Forks, located in central Montana was faced with more stringent effluent requirements that included Ammonia limits. This can be a daunting task for any wastewater treatment system, especially those located in cold climates where nitrification is adversely affected by winter temperatures.

## Products

- [LemTec™ Hydraulic Baffle System](https://www.lemna.com/product/hydraulic-baffle-system/)
- [LemTec™ Biological Treatment Process](https://www.lemna.com/product/biological-treatment-process/) - This state of the art treatment process focuses on eliminating many of the short comings of traditional aerated lagoon processes and enhancing many of their benefits.
- [LemTec™ Partial Mix Facultative Treatment](https://www.lemna.com/product/partial-mix-facultative-treatment/)
- [LemTec™ Aeration Technology](https://www.lemna.com/product/aeration-technology/)
- [LemTec™ Gas Collection Cover](https://www.lemna.com/product/gas-collection/)
- [LemTec™ Segmented Cover](https://www.lemna.com/product/segmented-floating-cover/)
- [LemTec™ Modular Insulated Cover](https://www.lemna.com/product/modular-insulated-cover-system/)
- [LemTec™ Recirculating Sand Filter](https://www.lemna.com/product/recirculating-sand-filter/)
- [LemTec™ Polishing Reactor](https://www.lemna.com/product/polishing-reactor/)
- [LemTec™ Phosphorus Removal System](https://www.lemna.com/product/phosphorus-removal-system/)
- [LemTec™ Moving Bed Bioreactor Process](https://www.lemna.com/product/moving-bed-bioreactor-process/)

## Solutions

- [Lemna Ownership Services](https://www.lemna.com/solution/lemna-ownership-services/) - LET provides many services to ensure you continue to receive the highest value from your investment in our wastewater technologies. Lemna will work directly with you to customize a service that fits your needs and budget.
- [Sludge Reduction](https://www.lemna.com/solution/sludge-reduction/) - LET utilizes a variety of advanced integrated lagoon technologies to ensure that the least amount of excess sludge and sludge build-up occurs.
- [Odor Control](https://www.lemna.com/solution/odor-control/) - LET has a number of innovative and low-maintenance cover solutions for municipal and industrial clients to address a variety of odor control/reduction applications.
- [BOD Removal](https://www.lemna.com/solution/bod-removal/) - The LemTec™ Biological Treatment Process optimizes BOD removal to meet limits previously thought unattainable in aerated lagoon facilities.
- [Total Suspended Solids Removal](https://www.lemna.com/solution/total-suspended-solids/) - The innovative LemTec™ modular cover system provides the ultimate solution for TSS removal in the wastewater treatment process.
- [Total Nitrogen Removal](https://www.lemna.com/solution/total-nitrogen-removal/) - The LemTec up-flow sand filter consists of in‐ground up‐flow biologically active filters and modular components that can be sized to meet the project's requirements.
- [Phosphorus Removal](https://www.lemna.com/solution/phosphorus-removal/) - The LET system for phosphorus removal addresses the significant issues caused by high levels of phosphorus in the water supply.
- [Ammonia (NH3-N) Removal](https://www.lemna.com/solution/ammonia-nitrogen-removal/) - The LemTec™ Biological Treatment Process simplifies ammonia treatment. We have several proven methods to remove Ammonia Nitrogen (NH3-N).
- [Biogas Collection & Utilization](https://www.lemna.com/solution/biogas-collection-utilization/) - LET Gas Containment, Collection, and Utilization Covers are known as the ultimate solution for virtually any anaerobic wastewater treatment system.
- [Heat Retention](https://www.lemna.com/solution/heat-retention/) - LET’s optimized insulated modular cover designs help our clients achieve optimized performance in their lagoon or tank year-round.
- [Algae Reduction & Prevention](https://www.lemna.com/solution/algae-reduction-prevention/) - LemTec™ Cover solutions provide a simple method of controlling algae growth without the need for complicated equipment or chemicals.
- [Hazard Mitigation](https://www.lemna.com/solution/wildlife-hazard-mitigation/) - LET’s cover system provides a sturdy, thick layer of protection reducing the attraction of birds and limiting access to other wildlife as well.

## Categories

- [Uncategorized](https://www.lemna.com/category/uncategorized/)
- [Article](https://www.lemna.com/category/article/)

## Tags

- [EPA](https://www.lemna.com/tag/epa/)
- [Lagoon Treatment](https://www.lemna.com/tag/lagoon-treatment/)
- [Clean waterway](https://www.lemna.com/tag/clean-waterway/)
- [wastewater treatment](https://www.lemna.com/tag/wastewater-treatment/)
- [FAA](https://www.lemna.com/tag/faa/)
- [Wildlife hazard mitigation](https://www.lemna.com/tag/wildlife-hazard-mitigation/)
- [Wildlife Hazard Management Plans](https://www.lemna.com/tag/wildlife-hazard-management-plans/)
- [aeration](https://www.lemna.com/tag/aeration/)
- [diffusers](https://www.lemna.com/tag/diffusers/)
- [PFAS](https://www.lemna.com/tag/pfas/)
- [reuse wastewater](https://www.lemna.com/tag/reuse-wastewater/)
- [Water Supply](https://www.lemna.com/tag/water-supply/)
- [Water Reservoirs](https://www.lemna.com/tag/water-reservoirs/)